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About TS PGECET 2020
Osmania University will conduct Telangana State Post Graduate Engineering Common Entrance Test (TS PGECET) from May 28 to 31, 2020 on behalf of Telangana State Council of Higher Education (TSCHE) for admissions into regular PG courses in Engineering, Technology, Architecture, and Pharmacy. The application form of TS PGECET 2020 will be available in online mode tentatively from the second week of March. Candidates who wish to apply for TS PGECET 2020 after the last date of submission will be able to do so by paying a late fee as specified by the University. TS PGECET 2020 hall ticket will be released for all registered candidates tentatively in the third week of. The authorities will declare the result of TS PGECET 2020 in online mode. Qualified candidates will be able to participate in TS PGECET 2020 counselling. Check the complete details of TS PGECET below.
Exam level: | State Level Exam |
Frequency: | Once a year |
Languages | English |
Conducting Body: | Osmania University |
Duration | 2 Hours |
Download all details about TS PGECET 2020
Download BrochureTS PGECET 2020 Important Dates
Upcoming Dates and Events
13 Mar, 2020 - 17 May, 2020 (Tentative)
Application | Mode: Online
22 May, 2020 (Tentative)
Admit Card | Mode: Online
28 May, 2020 - 31 May, 2020
Exam | Mode: Online
20 Jun, 2020 (Tentative)
Result | Mode: Online
APPLICATIONS OPEN NOW
Apply to UPES M.Tech Admissions 2020
Candidates who wished to apply for the university exam are required to meet the eligibility criteria of TS PGECET 2020 and must check this before filling in the online application form. The eligibility criteria of TS PGECET 2020 is mentioned below:
- Only Indian nationals can apply
- Candidates should belong to either Andhra Pradesh or Telangana State
- All the candidates must be local or non-local residents as per the requirements of the admission
- Candidates should score at least 50% marks in the qualifying exam for the general categories whereas for the reserved categories its 45% marks
- GATE qualified candidates are also eligible to apply for the admission
- Candidates in their final year of the graduation are also eligible to apply
The eligibility criteria of the participating institutes of TS PGECET 2020 can be checked from the below table:
University | Download Link |
Jawaharlal Nehru Architecture And Fine Arts University, Hyderabad | |
Jawaharlal Nehru Technological University, Hyderabad | |
Kakatiya University, Warangal | |
Osmania University, Hyderabad | |
Palamuru University, Mahabubnagar |
Mode of Application : Online
Mode of Payment : Credit Card | Debit Card | Other
The application form of TS PGECET 2020 will be available in an online mode tentatively from the second week of March till the final week of April. However, the application form can also be filled with payment of late fees. Candidates will be required to first pay the application fee through debit/credit card or at the AP/TS centres and then fill in their personal and academic details. Any application form with incomplete details will be rejected. After the candidates have successfully filled in the application form of TS PGECET 2020, their Registration ID for the exam will be generated. Candidates are not required to send the hard copy application form to the authorities.
Steps to Fill TS PGECET 2020 Application Form
The aspiring candidates are advised to go through the following step-wise procedure to fill in the application form:
STEP 1- Payment of Fees: Candidates applying to TS PGECET 2020 will be first required to pay the examination fee. The University accepts the payment of application form of TS PGECET 2020 through two modes- AP/TS Centres or Credit/Debit Card.
STEP 2-Registration: Candidates will be required to register after they have successfully made the payment of application form of TS PGECET 2020. In order to register, candidates will be required to fill in the details such as Payment reference ID, Qualifying Examination Hall ticket number, Mobile number and date of birth.
STEP 3- Login: Candidates whose registration process is complete should log into the admission portal to fill in the application form.
STEP 4- Filling the Application Form: Candidates should fill all the required details in the application form as mentioned below.
- Personal details such as Name, Gender, Parent’s name, exam centre, Aadhaar card number, category and application number of Caste certificate, Special category, income certificate, minority status, etc.
- Academic Details
- Contact details along with the address
- Exam centres in the order of preference
- Subject stream
STEP 5- Documents: Candidates will be required to upload the documents after they have successfully filled in the application form. They will be required to upload their recent photograph (of less than 50 kb in JPEG/JPG format) and signature (of less than 30 kb in JPEG/JPG format). Documents if not uploaded in the correct order, the candidate’s application form of TS PGECET 2020 might get rejected. After the candidate has uploaded the documents, they are required to read the declaration and then click on “agree” to proceed.
STEP 6- Submission of the Application Form: Candidates will have to review their TS PGECET 2020 application form after they agree to the declaration. The registration ID will be displayed which the candidates should make a note of for future purposes. Thereafter, candidates will have to click on the “confirm” button to submit their application form. The candidate will not be required to submit their printed copy of the application form to the admission office.
Application Fees
Category | Quota | Mode | Gender | Amount |
---|---|---|---|---|
General, OBC | Online | Male, Female | ₹ 1000 | |
ST, SC | Online | Male, Female | ₹ 500 |
TS PGECET E-books and Sample Papers
TS PGECET - A Complete Guide
TS PGECET 2020 Syllabus
TS PGECET Aerospace Engineering Syllabus
Engineering mathematics | |
---|---|
Linear algebra | Vector algebra |
Matrix algebra | |
Systems of linear equations | |
Eigen values and Eigen vectors | |
Rank of a matrix | |
Calculus | Functions of single variable |
Limit | |
Continuity and differentiability | |
Mean value theorems | |
Chain rule | |
Partial derivatives | |
Total derivative | |
Maxima and minima | |
Gradient | |
Gradient, divergence and curl | |
Vector identities | |
Directional derivatives | |
Line, surface and volume integrals | |
Stokes, gauss and green's theorems | |
Differential calculus | First order linear and nonlinear equations |
Higher order linear ODEs with constant coefficients | |
Laplace transforms | |
Partial differential equations and separation of variables methods | |
Numerical methods | Numerical solution of linear and nonlinear algebraic equations |
Integration by trapezoidal and Simpson rule | |
Single and multi-step methods for differential equations | |
Flight mechanics | |
Atmosphere | Properties |
Standard atmosphere | |
Classification of aircraft | |
Airplane (fixed wing aircraft) configuration and various parts | |
Airplane performance | Pressure altitude |
Equivalent, calibrated and indicated air speeds | |
Primary flight instruments | |
Altimeter, ASI, VSI, turn-bank indicator | |
ASI | |
VSI | |
Turn-bank indicator | |
Drag polar | |
Take-off and landing | |
Steady climb & descent, absolute and service ceiling | |
Absolute and service ceiling | |
Cruise, cruise climb, endurance or loiter | |
Cruise climb | |
Endurance or loiter | |
Load factor | |
Turning flight | |
V-N diagram | |
Winds: Head, tail & cross winds | |
Head | |
Tail & cross winds | |
Static stability | Angle of attack |
Sideslip | |
Roll | |
Roll, pitch and yaw controls | |
Longitudinal stick fixed & free stability | |
Horizontal tail position and size | |
Directional stability | |
Vertical tail position and size | |
Dihedral stability | |
Wing dihedral | |
Sweep and position | |
Hinge moments | |
Stick forces | |
Dynamic stability | Euler angles |
Equations of motion | |
Aerodynamic forces and moments | |
Stability & control derivatives | |
Decoupling of longitudinal and lat-directional dynamics | |
Longitudinal modes | |
Lateral-directional modes | |
Aerodynamics | |
Space dynamics | Central force motion |
Determination of trajectory and orbital period in simple cases | |
Orbit transfer | |
In-plane and out-of-plane | |
Elements of rocket motor performance | |
Basic fluid mechanics | Incompressible irrotational flow |
Helmholtz and Kelvin theorem | |
Singularities and superposition | |
Viscous flows | |
Boundary layer on a flat plate | |
Airfoils and wings | Classification of airfoils |
Aerodynamic characteristics | |
High lift devices | |
Kutta Joukowski theorem | |
lift generation | |
Thin airfoil theory | |
Wing theory | |
Induced drag | |
Qualitative treatment of low aspect ratio wings | |
Compressible flows | Dynamics and thermodynamics of 1-d flow |
Isentropic flow | |
Normal shock | |
Oblique shock | |
Prandtl-Meyer flow | |
Flow in nozzles and diffusers | |
Elementary ideas of viscous flows including boundary layers | |
Wind tunnel testing: measurement and visualization techniques | |
Wind tunnel testing | Measurement and visualization techniques |
Stress and strain | Equations of equilibrium |
Constitutive law | |
Displacement relationship | |
Compatibility equations | |
Plane stress and strain | |
Airy's stress function | |
Flight vehicle structures | Characteristics of aircraft structures and materials |
Torsion, bending and flexural shear of thin-walled sections | |
Bending and flexural shear | |
Flexural shear flow in thin-walled sections | |
Buckling | |
Failure theories, Mohr’s circle(stress), deflection of beams | |
Loads on aircraft | |
Structural dynamics | Free and forced vibration of discrete systems |
Damping and resonance | |
Dynamics of continuous systems | |
Propulsion | |
Thermodynamics, boundary layers and heat transfer and combustion thermochemistry | |
Thermodynamics of aircraft engines | Thrust, efficiency and engine performance of turbojet |
Turboprop, turbo shaft, turbofan and ramjet engines | |
Thrust augmentation of turbojets and turbofan engines | |
Aerothermodynamics of non-rotating propulsion components such as intakes, combustor and nozzle | |
Axial compressors | Angular momentum |
Work and compression | |
Characteristic performance of a single axial compressor stage | |
Efficiency of the compressor and degree of reaction | |
Axial turbines | Axial turbine stage efficiency |
Centrifugal compressor | Centrifugal compressor stage dynamics |
Inducer, impeller and diffuser | |
Rocket propulsion | Thrust equation and specific impulse |
Vehicle acceleration, drag, gravity losses | |
Multi-staging of rockets | |
Classification of chemical rockets | |
Performance of solid and liquid propellant rockets |
TS PGECET Architecture and Planning Syllabus
Architecture and planning | |
---|---|
City planning | Evolution of cities |
Principles of city planning | |
Types of cities and new towns | |
Planning regulations and building byelaws | |
Eco city concept | |
Sustainable development | |
Housing | Concept of housing |
Neighborhood concept | |
Site planning principles | |
Housing typology | |
Housing standards | |
Housing infrastructure | |
Housing policies | |
Finance and management | |
Housing programs in india | |
Self help housing | |
Landscape design | Principles of landscape design and site planning |
History of landscape styles | |
Landscape elements and materials | |
Plant characteristics and planting design | |
Environmental considerations in landscape planning | |
Computer aided design | Application of computers in architecture and planning |
Understanding elements of hardware and software | |
Computer graphics | |
Programming languages c and visual basic and usage of packages of autocad, 3d studio, 3d max | |
Environmental studies in building science | Components of ecosystem |
Ecological principles concerning environment | |
Climate responsive design | |
Energy efficient building design | |
Thermal comfort | |
Solar architecture | |
Principles of lighting and styles for illumination | |
Basic principles of architectural acoustics | |
Environment pollution and their control and abatement | |
Visual and urban design | Principles of visual composition |
Principles of proportion | |
Principles of scale | |
Principles of rhythm,symmetry,harmony,datum,balance,form,color,texture | |
Sense of place and space | |
Division of space | |
Barrier free design | |
Focal point | |
Image ability | |
Vista | |
Visual survey | |
Figure background relationship | |
History of architecture | Indian indus valley |
Vedic | |
Buddhist | |
Indo aryan | |
Dravidian and mughal periods | |
European egyptian | |
Greek, roman, medieval and renaissance periods-construction and architectural styles | |
Vernacular and traditional architecture | |
Development of contemporary architecture | Architectural developments and impacts on society since industrial revolution |
Influence of modern art on architecture | |
Works of national and international architects | |
Art novuea | |
Eclecticism | |
International styles | |
Post modernism | |
Deconstruction in architecture | |
Building services | Water supply |
Sewerage and drainage systems | |
Sanitary fittings and fixtures | |
Plumbing systems | |
Principles of internal and external drainage systems | |
Principles of electrification of buildings | |
Intelligent buildings | |
Elevators and escalators and their standards and uses | |
Air conditioning systems | |
Fire fighting systems | |
Building safety and security systems | |
Building construction and management | Building construction techniques |
Methods and details | |
Building systems and prefabrication of building elements | |
Principles of modular coordination | |
Specification | |
Valuation | |
Professional practice | |
Project management techniques e.g., pert, cpm | |
Materials and structural systems | Behavioral characteristics of all types of building materials like e.g,mud, timber, bamboo, brick, concrete, steel, glass, frp,different polymers |
Composites | |
Principles of strength of materials | |
Design of structural elements in wood | |
Steel and rcc | |
Elastic and limit state design | |
Complex structural systems | |
Principles of pre stressing | |
Tall buildings | |
Principles of disaster resistant structures | |
Planning theory | Regional planning |
Settlement system planning | |
History of human settlements | |
Growth of cities and metropolises | |
Principles of ekistics | |
Rural urban migration | |
Urban conservation | |
Urban renewal | |
Five year plan | |
Structural and sect oral plan | |
Techniques of planning | Planning survey techniques |
Preparation of urban and regional structure plans | |
Development plans | |
Action plans | |
Site planning principles and design | |
Statistical methods of data analysis | |
Application of g.i.s and remote sensing techniques in urban and regional planning | |
Decision making models | |
Traffic and transportation planning | Principles of traffic engineering and transportation planning |
Traffic survey methods | |
Design of roads | |
Intersections | |
Grade separators and parking areas | |
Hierarchy of roads and levels of services | |
Traffic and transport management in urban areas | |
Intelligent transportation system | |
Mass transportation planning | |
Para transits and other modes of transportation | |
Pedestrian and slow moving traffic planning | |
Infrastructure, services and amenities | Principles of water supply and sanitation systems |
Water treatment | |
Solid waste disposal systems | |
Waste treatment | |
Recycle and reuse | |
Urban rainwater harvesting | |
Power supply and communication systems of network design and guidelines | |
Demography related standards at various levels of the settlements for health,education, recreation | |
Religious and public semi public facilities | |
Development administration and management | Planning laws |
Development control and zoning regulations | |
Laws relating to land acquisition | |
Development enforcements | |
Urban land ceiling | |
Land management techniques | |
Planning and municipal administration | |
Disaster mitigation management | |
73rd and 74th constitutional amendments | |
Valuation and taxation | |
Revenue resources and fiscal management | |
Public participation and role of ngo and cbo | |
Institutional networking and capacity building |
TS PGECET Biomedical Engineering Syllabus
Engineering mathematics | |
---|---|
Differential and integral calculus | Partial and total differentials |
Composite functions | |
Systems of linear equations | |
Matrices and determinants | |
Rank, cramer’s rule | |
Differential Equations | |
Homogeneous and non-homogeneous | |
Power series | |
Theory of complex variables | |
Cauchy-reimann equations | |
Cauchy’s residue theorem | |
Singular points | |
Evaluation of residues | |
Probability | |
Conditional probability | |
Probability density | |
Function, mean, median, mode and standard deviation | |
Random variables | |
Uniform, normal, exponential, poisson and binomial distributions | |
Biomedical engineering | |
Bioelectricity | Resting potential |
Action potential | |
Nernst equation | |
Propagation in myelinated and unmyelinated nerve fibres | |
Origin of biopotential signals like ecg, eeg, emg and eog | |
Biopotential electrodes | |
Medical instrumentation and equipment | |
General characteristics of medical instruments | |
Analytical instrumentation | |
ECG | |
Eeg | |
Emg | |
Cardiac pacemaker | |
Defibrillator | |
x-ray machine | |
Haemodialysis | |
Ventilator | |
Heart lung machine | |
Surgical diathermy | |
Biomechanics and biomaterials | |
Mechanical properties of bone and soft tissues | |
Viscoelasticity | |
Analysis of forces in skeletal joints | |
Mechanics of blood flow in the cardiovascular system | |
Biocompatibility | |
Characteristics of an ideal biomaterial | |
Metals | |
Polymers and ceramics | |
Biomedical signal processing and imaging | |
Qrs detection methods | |
Rhythm analysis | |
Ecg pattern recognition | |
Ecg data compression algorithms | |
Detection of resting rhythms | |
Ultrasound | |
Ct | |
Mri | |
Pet | |
Techniques of image enhancement and reconstruction | |
Biological control systems | |
General features of biological control systems | |
Regulation of body temperature | |
Blood pressure | |
Heart rate | |
Electronic engineering | Electronic devices and circuits |
P-N junction | |
BJT | |
Mosfet characteristics | |
Basic amplifier configurations | |
Biasing of bjt and jfet | |
Difference amplifier | |
R-c coupled amplifier | |
Frequency response | |
Feedback in amplifiers | |
Power amplifiers | |
Power rectification | |
Pulse and digital circuits | |
Linear and nonlinear wave shaping | |
Sweep circuits | |
Multivibrators | |
Logic gates boolean algebra | |
Arithmetic circuits | |
TTL | |
Mos | |
Cmos | |
Flip flops | |
Counters | |
Shift registers | |
8 bit microprocessor architecture | |
Programming and interfacing | |
Signals and systems | |
Representation of continuous and discrete time signals | |
Linear, time invariant and causal systems | |
Fourier series representation of continuous periodic signals | |
Sampling theorem | |
Fourier, laplace and z transforms | |
Electrical engineering | Topological description of a network, kvl, kcl, mesh and nodal analysis |
First and second order circuits, rl, rc and rlc circuits | |
Forced and natural response of a network to step | |
Impulse and sinusoidal inputs | |
Transient and steady state response | |
Laplace transform method of solution | |
Network theorems | |
Implications of linearity | |
Online signal analysis | |
Two port networks | |
Electrical machines | |
Single phase transformer | |
Three phase transformers | |
Dc machines types of winding | |
Generator characteristics | |
Starting and speed control of motors | |
Three phase and single phase induction motors principles control systems | |
Principles of feedback | |
Transfer function | |
Block diagrams | |
Steady state errors | |
Stability | |
Routh and nyquist techniques | |
Electronics and instrumentation engineering | Bridges and potentiometers |
PMMC | |
Moving iron | |
Dynamo meter and induction type instruments | |
Measurement of voltage | |
Current | |
Power | |
Energy and power factor | |
Instrument transformers | |
Digital voltmeters and multimeters | |
Phase time and frequency measurement | |
Q meters | |
Oscillo scopes | |
Potentiometric recorders | |
Transducers | |
Basic requirements | |
Passive and active transducers | |
Operating principles of transducers for measurement of displacement | |
Temperature | |
Pressure and flow | |
Signal conditioning circuits and application |
TS PGECET Biotechnology Syllabus
Engineering mathematics | |
---|---|
Linear algebra | Matrices and determinants |
Systems of linear equations | |
Eigen values and Eigen vectors | |
Calculus | Limit |
Continuity and differentiability | |
Partial derivatives | |
Maxima and minima | |
Sequences and series | |
Test for convergence | |
Fourier series | |
Differential equations | Linear and nonlinear first order ODEs |
Higher order ODEs with constant coefficients | |
Cauchy's and Euler's equations | |
Laplace transforms | |
PDE Laplace | |
Heat and wave equations | |
Probability and Statistics | Probability and Sampling Theorem |
Conditional probability | |
Mean | |
Median | |
Mean, median, mode & standard deviation | |
Random variables | |
Poisson, normal & binomial distributions | |
Normal and binomial distributions | |
Correlation and regression analysis | |
Numerical methods | Solution of linear and nonlinear algebraic equations |
Integration of trapezoidal and Simpson's rule | |
Single and multistep methods for differential equations | |
Biotechnology | |
Microbiology | Prokaryotic and eukaryotic cell structure |
Microbial nutrition | |
Growth and control | |
Microbial metabolism aerobic and anaerobic respiration, photosynthesis | |
Nitrogen fixation | |
Chemical basis of mutations and mutagens | |
Microbial genetics plasmids, transformation, transduction, conjugation | |
Microbial diversity and characteristic features viruses | |
Biochemistry | Biomolecules and their conformation |
Weak inter-molecular interactions and biomacromolecules | |
Chemical and functional nature of enzymes | |
Kinetics of single substrate and bi-substrate enzyme catalyzed reactions bioenergetics | |
Metabolism glycolysis, tca and oxidative phosphorylation | |
Membrane transport and pumps | |
Cell cycle and cell growth control | |
Cell signalling and signal transduction | |
Molecular biology and genetics | Molecular structure of genes and chromosomes |
DNA replication and control | |
Transcription and its control | |
Translational processes | |
Regulatory controls and prokaryotes and eukaryotes | |
Mendelian inheritance | |
Gene interaction | |
Complementation | |
Linkage | |
Recombination and chromosome mapping | |
Extra chromosomal inheritance | |
Chromosomal variation | |
Population genetics | |
Transposable elements | |
Molecular basis of genetic diseases and applications | |
Process biotechnology | Bioprocess technology for the production of cell biomass and primary/secondary metabolites |
Such as baker’s yeast, ethanol, citric acid, amino acids, exopolysacharides, antibiotics and pigments etc | |
Microbial production | |
Purification and bioprocess application (s) of industrial enzymes | |
Production and purification of recombinant proteins on a large scale | |
Chromatographic and membrane based bioseparation methods | |
Immobilization of enzymes and cells and their application for bioconversion processes | |
Aerobic and anaerobic biological processes for stabilization of solid / liquid wastes bioremediation | |
Bioprocess engineering | Kinetics of microbial growth |
Substrate utilisation and product formation | |
Simple structured models | |
Sterilization of air and media | |
Batch | |
Fed batch and continuous processes | |
Aeration and agitation | |
Mass transfer and bioreactors | |
Rheology of fermentation fluids | |
Scale up concepts | |
Design of fermentation media | |
Various types of microbial and enzyme reactors | |
Instrumentation and bioreactors | |
Plant and animal biotechnology | Special features and organization of plant cells |
Totipotency | |
Regeneration of plants | |
Plant products of industrial importance | |
Biochemistry of major metabolic pathways and products | |
Autotrophic and heterotrophic growth | |
Plant growth regulators and elicitors | |
Cell suspension culture development | |
Methodology | |
kinetics of growth and production formation | |
Nutrient optimization | |
Production of secondary metabolites by plant suspension cultures | |
Hairy root cultures and their cultivation | |
Techniques and raising transgencies | |
Characteristics of animal cells | Metabolism |
Regulation and nutritional requirements for mass cultivation of animal cell cultures | |
Kinetics of cell growth and product formation and effect of shear force | |
Product and substrate transport | |
Micro and macro carrier culture | |
Hybridoma technology | |
Live stock improvement | |
Cloning and animals | |
Genetic engineering and animal cell culture | |
Animal cell preservation | |
Immunology | The origin of immunology |
Inherent immunity | |
Humoral and cell mediated immunity | |
Primary and secondary lymphoid organ | |
Antigen b and t cells and macrophages | |
Major histocompatibility complex mhc | |
Antigen processing and presentation | |
Synthesis of antibody and secretion | |
Molecular basis of antibody diversity | |
Polyclonal and monoclonal antibody | |
Complement | |
Antigen antibody reaction | |
Regulation of immune response | |
Immune tolerance | |
Hyper sensitivity | |
Autoimmunity | |
Graft versus host reaction | |
Recombinant DNA technology | Restriction and modification enzymes |
Vectors | |
Plasmid | |
Bacteriophage andother viral vectors | |
Cosmids | |
Ti plasmid | |
Yeast artificial chromosome | |
CDNA and genomic DNA library | |
Gene isolation | |
Gene cloning | |
Expression of cloned gene | |
Transposons and gene targeting | |
DNA labelling | |
DNA Sequencing | |
Polymerase chain reactions | |
DNA fingerprinting | |
Southern and northern blotting | |
Situ hybridization | |
RAPD | |
RFLP | |
Sitedirected mutagenesis | |
Gene transfer technologies | |
Gene therapy | |
Bioinformatics | Major bioinformatics resources ncbi, ebi, expasy |
Sequence and structure databases | |
Sequence analysis bimolecular sequence file formats, scoring matrices, sequence alignment, phylogeny | |
Genomics and proteomics large scale genome sequencing strategies comparative genomics understanding dna micro arrays and protein arrays | |
Molecular modeling and simulations basic concepts including concept of force fields |
TS PGECET Chemical Engineering Syllabus
Engineering mathematics | |
---|---|
Linear algebra | Matrices and determinants |
Systems of linear equations | |
Eigen values and Eigen vectors | |
Calculus | Functions of single variable |
Limit | |
Continuity and differentiability | |
Mean value theorems | |
Evaluation of definite and improper integrals | |
Partial derivatives | |
Total derivative | |
Maxima and minima | |
Gradient | |
Gradient, divergence and curl | |
Vector densities | |
Directional derivatives | |
Line | |
Surface and volume integral | |
Stokes, Gauss and Green’s theorems | |
Gauss and Green's theorems | |
Differential equations | First order equations linear and nonlinear |
Higher order linear differential equations with constant coefficients | |
Cauchy's and Euler's equations | |
Initial and boundary value problems | |
Laplace transforms | |
Solutions of one dimensional heat and wave equations and Laplace equation | |
Complex variables | Analytic functions |
Cauchy's integral theorem | |
Taylor and Laurent series | |
Residue theorem | |
Probability and Statistics | Definitions of probability and sampling theorems |
Conditional probability | |
Probability Density Function | |
Mean | |
Median | |
Mean, median, mode & standard deviation | |
Random variables | |
Exponential | |
Poisson, normal & binomial distributions | |
Normal and binomial distributions | |
Numerical methods | Numerical solutions of linear and non linear algebraic equations Integration by trapezoidal and Simpson's rule |
Single and multi step methods for differential equations | |
Chemical engineering | |
Process calculations and thermodynamics | Laws of conservation of mass and energy |
Use of tie components | |
Recycle and bypass and purge calculations | |
Degree of freedom analysis | |
First and second laws of thermodynamics | |
First law application to close and open systems | |
Second law and Entropy Thermodynamic properties of pure substances | |
Equation of state and departure function | |
Properties of mixtures | |
Partial molar properties | |
Fugacity | |
Excess properties and activity coefficients | |
Phase equilibria | |
Predicting VLE of systems | |
Chemical reaction equilibria | |
Fluid mechanics and mechanical unit operations | Fluid statics |
Newtonian and non Newtonian fluids | |
Bernoulli equation | |
Macroscopic friction factors | |
Energy balance | |
Dimensional analysis | |
Shell balances | |
Flow through pipeline systems | |
Flow meters | |
Flow meters , pumps and compressors | |
Packed and fluidized beds | |
Elementary boundary layer theory | |
Size Reduction and Size Separation | |
Free and hindered settling | |
Centrifuge and cyclones | |
Thickening and classification | |
Filtration | |
Mixing and Agitation | |
Conveying of solids | |
Heat transfer | Conduction of het transfer |
Convection and radiation | |
Heat transfer coefficients | |
Steady and unsteady heat conduction | |
Boiling | |
Boiling, condensation and evaporation | |
Types of heat exchangers and evaporators and their design | |
Mass transfer | Fick's law |
Molecular diffusion in fluids | |
Mass transfer coefficients | |
Two film | |
Film, penetration and surface renewal theories | |
Momentum | |
Momentum, heat and mass transfer analogies | |
Stage wise and continuous contacting operations and stage efficiencies | |
HTU And NTU concepts design and operation of equipment for distillation | |
Absorption | |
Leaching | |
Liquid liquid extraction | |
Drying | |
Humidification | |
Dehumidification and adsorption | |
Chemical reaction engineering | Theories of reaction rates |
Kinetics of homogeneous reactions | |
Interpretation of kinetic data | |
Single and multiple reactions in ideal reactors | |
Non ideal reactors | |
Residence time distribution | |
Single parameter model | |
Non isothermal reactors | |
Kinetics of heterogeneous catalytic reactions | |
Diffusion effects in catalysis | |
Instrumentation and process control | Measurement of process variables |
Sensors | |
Sensors, transducers and their dynamics | |
Transfer functions and dynamic responses of simple systems | |
Process reaction curve | |
Controller modes of p, pi, and pid | |
Control valves | |
Analysis of closed loop systems including stability | |
Frequency response and controller tuning | |
Cascade | |
Feed forward control | |
Plant design and economics | Process design and sizing of chemical processing equipment such as compressors |
Heat exchangers | |
Multistage contactors | |
Principles of process economics and cost estimation including total annual cost | |
Cost indexes | |
Rate of return | |
Payback period | |
Discounted cash flow | |
Optimization in design | |
Chemical technology | Inorganic chemical industries |
Sulfuric acid | |
NaOH | |
Fertilizers ammonia, urea, ssp and tsp | |
Natural products industries pulp and paper, sugar, oil, and fats | |
Petroleum refining and petrochemicals | |
Polymerization industries | |
Polyethylene | |
Polypropylene | |
PVC and polyester synthetic fibers |
TS PGECET Civil Engineering Syllabus
Engineering mathematics | |
---|---|
Linear algebra | Matrices and determinants |
Systems of linear equations | |
Eigen values and Eigen vectors | |
Calculus | Functions of single variable |
Limit in calculus | |
Continuity and differentiability | |
Mean value theorems | |
Evaluation of definite and improper integrals | |
Partial derivatives | |
Total derivative | |
Maxima and minima | |
Gradient | |
Gradient, divergence and curl | |
Vector identities | |
Directional derivatives | |
Line | |
Line, surface & volume integrals | |
Stokes, Gauss and Green’s theorems | |
Gauss and Green's theorems | |
Differential equations | First order equations like linear and nonlinear |
Higher order linear differential equations with constant coefficients | |
Cauchy's and Euler's equations | |
Initial and boundary value problems | |
Laplace transforms | |
Solutions of one dimensional heat and wave equations and Laplace equation | |
Complex variables | Analytic functions |
Cauchy's integral theorem | |
Taylor and Laurent series | |
Probability and Statistics | Definitions of probability and sampling theorems |
Conditional probability | |
Probability Density Function | |
Mean | |
Median | |
Mean, median, mode & standard deviation | |
Random variables | |
Exponential | |
Poisson, normal & binomial distributions | |
Normal and binomial distributions | |
Numerical methods | Numerical solutions of linear and non-linear algebraic equations. Integration by trapezoidal and Simpson's rule |
Single and multi-step methods for differential equations | |
Structural engineering | |
Engineering mechanics | System of forces |
Free-body diagrams | |
Equilibrium equations | |
Internal forces in structures | |
Friction and its applications | |
Kinematics of point mass and rigid body | |
Centre of mass | |
Euler's equations of motion | |
Impulse-momentum | |
Energy methods | |
Principles of virtual work | |
Solid mechanics | Bending moment and shear force in statically determinate beams |
Simple stress and strain relationship | |
Stress and strain in two dimensions | |
Principal stresses | |
Stress transformation | |
Mohr's circle | |
Simple bending theory | |
Flexural and shear stresses | |
Unsymmetrical bending | |
Shear centre | |
Thin walled pressure vessels | |
Uniform torsion | |
Buckling of column | |
Combined and direct bending stresses | |
Structural analysis | Analysis of statically determinate trusses |
Arches | |
Beams | |
Cables and frames | |
Displacements in statically determinate structures and analysis of statically indeterminate structures by force/ energy methods | |
Analysis by displacement methods are slope deflection methods and moment distribution methods | |
Influence lines for determinate and indeterminate structures | |
Basic concepts of matrix methods of structural analysis | |
Construction materials and management | Structural steel - composition, material properties and behaviour |
Concrete - constituents, mix design, short-term and long-term properties | |
Bricks and mortar | |
Timber | |
Bitumen | |
Types of construction projects | |
Tendering and construction contracts | |
Rate analysis and standard specifications | |
Cost estimation | |
Project planning and network analysis - PERT and CPM | |
Concrete structures | Concrete technology |
Properties of concrete | |
Basics of mix design | |
Concrete design basic working stress and limit state design concepts | |
Analysis of ultimate load capacity and design of members subjected to flexure | |
Shear | |
Compression and torsion by limit state methods | |
Basic elements of prestressed concrete | |
Analysis of beam sections at transfer and service loads | |
Steel structures | Analysis and design of tension and compression members |
Beams and beam | |
Columns and column bases | |
Connections-simple and eccentric | |
Beam'column connections | |
Plate girders and trusses | |
Plastic analysis of beams and frames | |
Geotechnical engineering & environmental engineering | |
Soil mechanics | Origin of soils |
Soil classification | |
Three-phase system | |
Fundamental definitions | |
Relationship and interrelationships | |
Permeability & seepage | |
Effective stress principle | |
Consolidation | |
Compaction | |
Shear strength | |
Foundation engineering | Sub-surface investigations |
Scope | |
Drilling bore holes | |
Sampling | |
Penetration tests | |
Plate load test | |
Earth pressure theories | |
Effect of water table | |
Layered soils | |
Stability of slopes infinite slopes | |
Finite slopes | |
Foundation types and its foundation design requirements | |
Shallow foundations and bearing capacity | |
Effect of shape | |
Water table and other factors | |
Stress distribution | |
Settlement analysis in sands & clays | |
Deep foundations pile types | |
Dynamic & static formulae | |
Load capacity of piles in sands & clays | |
Negative skin friction | |
Water resources & environmental engineering | |
Fluid mechanics and hydraulics | Properties of fluids |
Principle of conservation of mass | |
Momentum | |
Energy and corresponding equations | |
Potential flow | |
Applications of momentum and Bernoulli’s equation | |
Laminar and turbulent flow | |
Flow in pipes | |
Pipe networks | |
Concept of boundary layer and its growth | |
Uniform flow | |
Critical flow and gradually varied flow in channels | |
Specific energy concept | |
Hydraulic jump | |
Forces on immersed bodies | |
Flow measurements in channels | |
Tanks and pipes | |
Dimensional analysis and hydraulic modeling | |
Kinematics of flow | |
Velocity triangles and specific speed of pumps and turbines | |
Hydrology | Hydrologic cycle |
Rainfall | |
Evaporation | |
Infiltration | |
Stage discharge relationships | |
Unit hydrographs | |
Flood estimation | |
Reservoir capacity | |
Reservoir and channel routing | |
Well hydraulics | |
Irrigation | Duty |
Delta | |
Duty, delta, estimation of evapotranspiration | |
Crop water requirements | |
Design of lined and unlined canals | |
Waterways | |
Head works | |
Gravity dams and spillways | |
Design of weirs on permeable foundation | |
Types of irrigation system | |
Irrigation methods | |
Water logging and drainage | |
Sodic soils | |
Water & waste water engineering | Quality standards |
Basic unit processes and operations for water treatment. | |
Drinking water standards | |
Water requirements | |
Basic unit operations | |
Unit processes for surface water treatment | |
Distribution of water | |
Sewage and sewerage treatment | |
Quantity and characteristics of wastewater | |
Primary, secondary and tertiary treatment of wastewater | |
Sludge disposal | |
Effluent discharge standards | |
Domestic wastewater treatment | |
Quantity of characteristics of domestic wastewater | |
Primary and secondary treatment, unit operations and unit processes of domestic wastewater | |
Air pollution | Types of pollutants |
Their sources and impacts | |
Air pollution meteorology | |
Air pollution control | |
Air quality standards and limits | |
Municipal solid wastes | Characteristics of municipal solid wastes |
Generation | |
Generation, collection and transportation of solid wastes | |
Engineered systems for solid waste management | |
Noise pollution | Impacts of noise |
Permissible limits of noise pollution | |
Measurement of noise and control of noise pollution | |
Transportation & geomatics engineering | |
Transportation infrastructure | Highway alignment and engineering surveys |
Geometric design of highways - cross-sectional elements, sight distances, horizontal and vertical alignments | |
Geometric design of railway track | |
Airport runway length, taxiway and exit taxiway design | |
Highway pavements | Highway materials - desirable properties and quality control tests |
Design of bituminous paving mixes | |
Design factors for flexible and rigid pavements | |
Design of flexible pavement using IRC: 37-2012 | |
Design of rigid pavements using IRC: 58-2011 | |
Distresses in concrete pavements | |
Traffic engineering | Traffic studies on flow, speed, travel time - delay and O-D study, PCU, peak hour factor, parking study, accident study and analysis, statistical analysis of traffic data |
Microscopic and macroscopic parameters of traffic flow, fundamental relationships | |
Control devices, signal design by Webster’s method | |
Types of intersections and channelization | |
Highway capacity and level of service of rural highways and urban roads | |
Principles of surveying | Errors and their adjustment |
Maps-scale, coordinate system | |
Distance and angle measurement - levelling and trigonometric levelling | |
Traversing and triangulation survey | |
Total station | |
Horizontal and vertical curves | |
Photogrammetry | Scale, flying height |
Remote sensing - basics, platform and sensors, visual image interpretation | |
Basics of geographical information system (GIS) and geographical positioning system (GPS) |
TS PGECET Computer Science and Information Technology Syllabus
Engineering mathematics | |
---|---|
Discrete mathematics | Propositional and first order logic |
Sets | |
Relations | |
Functions | |
Partial orders and lattices | |
Groups | |
Graphs | |
Connectivity | |
Matching | |
Coloring | |
Combinatorics | |
Counting | |
Recurrence relations | |
Generating functions | |
Linear algebra | Matrices |
Determinants | |
System of linear equations | |
Eigen values and Eigen vectors | |
LU decomposition | |
Calculus | Limits |
Continuity and differentiability | |
Maxima and minima | |
Mean value theorem | |
Integration | |
Probability | Random variables |
Uniform, exponential, normal, poisson and binomial distributions. | |
Normal | |
Exponential | |
Poisson and binomial distributions | |
Mean | |
Median | |
Mean, median, mode & standard deviation | |
Conditional probability and Bayes theorem | |
Computer science and information technology | |
Digital logic | Boolean algebra |
Combinational and sequential circuits | |
Minimization | |
Number representations and computer arithmetic fixed and floating point | |
Computer organization and architecture | Machine instructions and addressing modes |
ALU | |
Data path and control unit | |
Instruction pipelining | |
Memory hierarchy | |
Cache | |
Cache, main memory and secondary storage | |
I/o interface interrupt and dma mode | |
Programming and data structures | Programming in C |
Recursion | |
Arrays | |
Stacks | |
Queues | |
Linked lists | |
Trees | |
Binary search trees | |
Binary heaps | |
Graphs | |
Algorithms | Searching |
Sorting | |
Hashing | |
Asymptotic worst case time and space complexity | |
Algorithm design techniques | |
Greedy | |
Dynamic programming and divide and conquer | |
Graph search | |
Minimum spanning trees | |
Shortest paths | |
Theory of computation | Regular expressions and finite automata |
Context free grammars and push down automata | |
Regular and context free languages | |
Pumping lemma | |
Turning machines and undecidability | |
Compiler design | Lexical analysis |
Parsing | |
Syntax directed translation | |
Runtime environments | |
Intermediate code generation | |
Operating system | Processes |
Threads | |
Inter process communication | |
Concurrency and synchronization | |
Deadlock | |
CPU scheduling | |
Memory management and virtual memory | |
File systems | |
Databases | ER‐model |
Relational model | |
Relational algebra | |
Tuple calculus | |
Sql | |
Integrity constraints | |
Normal forms | |
File organization | |
Indexing e.g., b and b+ trees | |
Transactions and concurrency control | |
Computer networks | Concept of layering. lan technologies ethernet |
Flow and error control techniques | |
Switching | |
IPV4/ IPV6 | |
Routers and routing algorithms in distance vector, link state | |
TCP/UDP and sockets | |
Congestion control | |
Application layer protocols are dns, smtp, pop, ftp, http | |
Basics of wi-fi | |
Network security | |
Authentication | |
Basics of public key and private key cryptography | |
Digital signatures and certificates | |
Firewalls | |
Software engineering | Software process |
Data flow diagram | |
Uml diagrams | |
Life cycle | |
Design | |
Coding | |
Testing | |
Implementation | |
Maintenance |
TS PGECET Electrical Engineering Syllabus
Engineering mathematics | |
---|---|
Linear algebra | Matrices and determinants |
Systems of linear equations | |
Eigen values and Eigen vectors | |
Calculus | Mean value theorems |
Theorems of integral calculus | |
Evaluation of definite and improper integrals | |
Partial derivatives | |
Maxima and minima | |
Multiple integrals | |
Fourier series | |
Vector identities | |
Directional derivatives | |
Line, surface, volume integrals | |
Stokes, Gauss and Green’s theorems | |
Gauss and Green's theorems | |
Differential equations | First order equation of linear and nonlinear |
Higher order linear differential equations with constant coefficients | |
Method of variation of parameters | |
Cauchy's and Euler's equations | |
Initial and boundary value problems | |
Partial Differential Equations and variable separable method | |
Complex variables | Analytic functions |
Cauchy's integral theorem and integral formula | |
Taylor's and Laurent's series | |
Residue theorem | |
Solution integrals | |
Transforms | Fourier series representation of continuous periodic signals |
Sampling theorem | |
Fourier | |
Laplace and z-transforms | |
Probability and Statistics | Probability and Sampling theorems |
Conditional probability | |
Probability Density Function | |
Mean, median, mode and standard deviation | |
Random variables | |
Discrete and continuous distributions | |
Exponential | |
Poisson, normal & binomial distributions | |
Normal and Binomial distribution | |
Correlation and regression analysis | |
Numerical methods | Solutions of non linear algebraic equations |
Single and multi step methods for differential equations | |
Electrical engineering | |
Electric circuits and fields | Network graph |
KCL | |
KVL | |
Node and mesh analysis | |
Transient response of DC and AC networks | |
Sinusoidal steady state analysis | |
Resonance | |
Basic filter concepts | |
Ideal current and voltage sources | |
Thevenin's | |
Norton's and Superposition and Maximum Power Transfer theorems | |
Two port networks | |
Three phase circuits | |
Gauss Theorem | |
Electric field and potential due to point | |
Line | |
Plane, line and spherical charge distributions | |
Ampere's and biot savart's laws | |
Inductance | |
Dielectrics | |
Capacitance | |
Electrical machines | Single phase transformer equivalent circuit |
Phasor diagram | |
Tests | |
Regulation and efficiency | |
Three phase transformers connections | |
Parallel operation | |
Auto transformer | |
Energy conversion principles | |
Dc machines types | |
Windings | |
Generator characteristics | |
Armature reaction and commutation | |
Starting and speed control of motors | |
Three phase induction motors principles | |
Types of performance characteristics | |
starting and speed control | |
single phase induction motors | |
Synchronous machines performance | |
Regulation and parallel operation of generators | |
motor starting | |
characteristics and applications | |
Servo and stepper motors | |
Power systems | Basic power generation concepts |
Transmission line models and performance | |
Cable performance | |
Insulation | |
Corona and radio interference | |
Distribution systems | |
Per unit quantities | |
Bus impedance and admittance matrices | |
Load flow | |
Voltage control | |
Power factor correction | |
Economic operation | |
Symmetrical components | |
Fault analysis | |
Principles of over current | |
Differential and distance protection | |
solid state relays and digital protection | |
Circuit breakers | |
System stability concepts | |
Swing curves and equal area criterion | |
HVDC transmission and FACTS concepts | |
Control systems | Principles of feedback |
Transfer function | |
Block diagrams | |
Steady state errors | |
Routh and Niquist techniques | |
Bode plots | |
Root loci | |
Lag | |
Lead and lead lag compensation | |
State space model | |
State transition matrix | |
controllability and observability | |
Electrical and electronic measurements | Bridges and potentiometers |
PMMC | |
moving iron | |
Dynamometer and induction type instruments | |
Measurement of voltage | |
Current | |
Power | |
Energy and power factor | |
Instrument transformers | |
Digital voltmeters and multimeters | |
Phase | |
Time, phase and frequency measurement | |
Q meters | |
Oscilloscopes | |
Potentiometric recorders | |
Error analysis | |
Analog and digital electronics | Characteristics of diodes, BJT, MOSFET |
BJT | |
FET | |
Amplifiers biasing | |
Equivalent circuit and frequency response | |
Oscillators and feedback amplifiers | |
Operational amplifiers characteristics and applications | |
Simple active filters | |
VCOs and timers | |
Combinational and sequential logic circuits | |
Multiplexer | |
Schmitt trigger | |
Multi vibrators | |
Sample and hold circuits | |
A/D and D/A converters | |
8 bit microprocessor basics 8085 | |
Architecture | |
Programming and interfacing | |
Power electronics and drives | Semiconductor power diodes |
Transistors | |
Thyristors | |
Triacs | |
GTOs | |
Mosfets and igbts static characteristics and principles of operation | |
Triggering circuits | |
Phase control rectifiers | |
Bridge converters fully controlled and half controlled | |
Principles of choppers and inverters | |
Basis concepts of adjustable speed dc and ac drives | |
Utilization | Electric traction and track electrification |
Speed time curves | |
Tractive effort | |
Specific energy consumption | |
Mechanism of train movement | |
Adhesive weight | |
Coefficient of adhesion | |
High frequency eddy current heating | |
Di electric heating | |
Arc furnace | |
Electric arc welding and electric welding | |
Illumination | |
Laws of illumination | |
Mscp | |
Sv and mv lamps | |
Factory | |
Street and flood lighting |
TS PGECET Electronics and Communication Engineering Syllabus
Engineering mathematics | |
---|---|
Linear algebra | Matrices and determinants |
Systems of linear equations | |
Eigen values and Eigen vectors | |
Calculus | Mean value theorems |
Theorems of integral calculus | |
Evaluation of definite and improper integrals | |
Partial derivatives | |
Maxima and minima | |
Multiple integrals | |
Fourier series | |
Fourier transforms | |
Vector identities | |
Directional derivatives | |
Line | |
Line, surface & volume integrals | |
Stokes, Gauss and Green’s theorems | |
Gauss and Green's theorems | |
Differential equations | First order equation |
Higher order linear differential equations with constant coefficients | |
Method of variation of parameters | |
Cauchy's and Euler's equations | |
Initial and boundary value problems | |
Partial Differential Equations and variable separable method | |
Complex variables | Analytic functions |
Cauchy's integral theorem and integral formula | |
Taylor's and Laurent' series | |
Residue theorem | |
Solution integrals | |
Probability and Statistics | Probability |
Conditional probability | |
Discrete and continuous random variables | |
Probability distribution and density functions | |
Exponential | |
Poisson, normal & binomial distributions | |
Normal and binomial distributions functions | |
Mean | |
Mean square and standard deviation | |
Numerical methods | Solutions of non-linear algebraic equations |
Single and multi-step methods for differential equations | |
Electronics and communication engineering | |
Networks | Network graphs |
Matrices associated with graphs | |
Incidence | |
Fundamental cut set and fundamental circuit matrices | |
Solution methods | |
Nodal and mesh analysis | |
Network theorems | |
Superposition | |
Thevenin and Norton's maximum power transfer | |
Wye-delta transformation | |
Steady state sinusoidal analysis using phasors | |
Linear constant coefficient differential equations | |
Time domain analysis of simple RLC circuits | |
Solution of network equations using Laplace transform | |
Frequency domain analysis of RLC circuits | |
2 port network parameters | |
Driving point and transfer functions | |
State equations for networks | |
Electronic devices | Energy bands in silicon |
Intrinsic and extrinsic silicon | |
Carrier transport in silicon | |
Diffusion current | |
Drift current | |
Mobility and resistivity | |
Generation and recombination of carriers | |
P-N junction diode | |
Zener diode | |
Tunnel diode | |
BJT | |
JFET | |
MOS capacitor | |
MOSFET | |
LED | |
PIN and avalanche photo diode | |
Basics of LASERs | |
Device technology | |
Integrated circuits fabrication process | |
Oxidation | |
Diffusion | |
Ion | |
Implantation | |
Photolithography | |
N-tub | |
P-tub and twin-tub cmos process | |
Analog circuits | Small signal equivalent circuits of diodes |
BJTs | |
MOSFETs and analog CMOS | |
Simple diode circuits | |
Clipping | |
Clamping | |
Rectifier | |
Biasing and bias stability of transistor and FET amplifiers | |
Amplifiers | |
Single-and multi-stage | |
Differential and operational | |
Feedback and power | |
Frequency response of amplifiers | |
Simple op-amp circuits | |
Filters | |
Sinusoidal oscillators | |
Criterion for oscillation | |
Single-transistor and op-amp configurations | |
Function generators and wave-shaping circuits | |
555 Timers | |
Power supplies | |
Digital circuits | Boolean algebra |
Minimization of Boolean functions | |
Logic gates | |
Digital ic families | |
Combinatorial circuits | |
Arithmetic circuits | |
Code converters | |
Multiplexers | |
Decoders | |
PROMs and PLAs | |
Sequential circuits | |
Latches and flip-flops | |
Counters and shift-registers | |
Sample and hold circuits | |
Adcs | |
Dacs | |
Semiconductor memories: RAM, ROM, storage devices, printer, connectors, floppy drives, organization of computer, simple programme | |
Microprocessor 8085 | |
Architecture | |
Programming | |
Memory and i/o interfacing | |
Signals and systems | Definitions and properties of Laplace transform |
Continuous time and discrete time Fourier series | |
Continuous time and discrete time Fourier Transform | |
Dft and ff | |
Z-transform | |
Sampling theorem | |
Linear time invariant lti systems | |
Definitions and properties | |
Causality | |
Stability | |
Impulse response | |
Convolution | |
Poles and zeros | |
Parallel and cascade structure | |
Frequency response | |
Group delay | |
Phase delay | |
Signal transmission through LTI systems | |
Control systems | Basic control system components |
Block diagrammatic description | |
Reduction of block diagrams | |
Open loop and closed loop systems and stability analysis of these systems | |
Signal flow graphs and their use in determining transfer functions of systems | |
Transient and steady state analysis of LTI control systems and frequency response | |
Tools and techniques for LTI control system analysis | |
Root loci | |
Routh-hurwitz criterion | |
Bode and Nyquist plots | |
Control system compensators | |
Elements of lead and lag compensation | |
Elements of proportional integral derivative pid control | |
State variable representation and solution of state equation of LTI control systems | |
Communications | Deterministic and Random signals |
Types of noise | |
Autocorrelation | |
Power spectral density | |
Analog communication systems | |
Amplitude and angle modulation and demodulation systems | |
spectral analysis of these operations | |
superheterodyne receivers | |
Elements of hardware | |
Realizations of analog communication systems | |
Signal to noise ratio calculations for amplitude modulation and frequency modulation for low noise conditions | |
Fundamentals of information theory and channel capacity theorem | |
Digital communication systems | |
Sampling theory pulse code modulation | |
Differential pulse code modulation | |
Digital modulation schemes | |
Amplitude and phase and frequency shift keying schemes | |
Matched filter receivers | |
Bandwidth consideration and probability of error calculations for these schemes | |
Basics of TDMA, FDMA and CDMA and GSM | |
Electromagnetics | Elements of vector calculus |
Gradient, divergence and curl | |
Gauss' and Stokes' theorems | |
Maxwell's equations | |
Differential and integral forms | |
Wave equation | |
Poynting vector | |
Plane waves | |
Propagation through various media | |
Reflection and refraction | |
Phase and group velocity | |
Skin depth | |
Transmission lines | |
Characteristic impedance | |
Impedance transformation | |
Smith chart | |
Impedance matching | |
S parameters | |
Pulse excitation | |
Waveguides | |
Modes in rectangular waveguides | |
Boundary conditions | |
Cut-off frequencies | |
Dispersion relations | |
Basics of propagation in dielectric waveguide and optical fibers | |
Basics of Antennas | |
Dipole antennas | |
Radiation pattern | |
Antenna gain |
TS PGECET Environmental Management Syllabus
Elementary mathematics | |
---|---|
Statistics | Solutions of simultaneous linear equations |
Quadratic equations | |
Progressions | |
Perambulations and combinations | |
Concepts of matrices and determinants | |
Sample mean and variance | |
Random variable | |
Distributed and continuous distributions | |
Mean and variance of distribution | |
Correlation, coefficient, confidence intervals | |
Goodness of fit test | |
Pairs of measurements | |
Fitting straight lines | |
Computer science | |
Introduction to computers and programming | Components of computers |
Characteristics of computer | |
Modes of operation | |
Type of computer algorithms | |
Flowcharts | |
Programming languages | |
Operating systems | |
Fundamentals of c | |
Structure of c | |
Variables and constants | |
Arithmetic and logical expression | |
Ecology & environment | |
Nature of ecosystems | |
Energy flow in ecosystems | |
Energy fixation by autotrophs | |
Energy beyond the producers | |
Biogeochemical cycles and ecosystems | |
Ecology of populations | |
Population growth | |
Age structure | |
Equilibrium level | |
Dynamics of ecological communities | |
Microbiology | |
Major characteristics of microorganisms | |
Bacteria | |
Fungi, molds and yeasts | |
Algae | |
Protozoa | |
Viruses | |
Cultivation of microorganisms | |
Aerobic and anaerobic cultivation | |
Isolation | |
Enumeration and preservation of microorganisms | |
Control of microorganisms | |
Physical and chemical agents | |
Microorganisms in aerobic & anaerobic biological waste treatment | |
Major groups of microbes and their role | |
Microorganisms | |
Growth kinetics | |
Bacterial growth curve | |
Various phases of growth | |
Growth rate and doubling time | |
Environmental chemistry | |
Basic concepts and scope of environmental chemistry | |
Environmental segments | |
Atmosphere | |
Structure | |
Chemical and photo chemical reactions | |
Ozone chemistry | |
Greenhouse effect | |
Hydrosphere | |
Hydrologic cycle | |
Chemistry of water and waste water | |
Lithosphere | |
Micro and macro nutrients | |
Wastes and pollution of soil | |
Air and water | |
Environmental effects of pollution | |
Health effects of pollution | |
Pollution control engineering | |
Solid, liquid and gaseous wastes | |
Various pollutants and their harmful effects | |
Water quality | |
Water purification systems | |
Waste water characteristics | |
Primary / secondary treatment methods | |
Air pollution control methods | |
Geospatial technology | |
Origin and age of the earth | |
Internal constitution of the earth | |
Geological processes - exegetic and endogenic | |
Ligneous, metamorphic and sedimentary rocks distinguishing features of these three types of rocks | |
Basic principle of structural geology | |
Geology of dams and reservoirs | |
Geomorphic cycle | |
Geomorphic agents | |
Definition of weathering | |
Types of weathering physical and chemical | |
Definition of erosion and denudation | |
Cycle of erosion | |
Landforms created by geomorphic agents | |
Map terminology | |
Map reading | |
Topographic map | |
Conventional symbols | |
Locating points, and map projections and classification of maps | |
Aerial photogrammetry | |
Definition, photo scale, classification of ariel photographs | |
Air photo interpretation key elements | |
Photogrammetric terminology | |
Remote sensing | |
Electromagnetic energy | |
Electromagnetic spectrum | |
Various satellites and sensors | |
Latest advancements in satellite remote sensing | |
General knowledge on indian remote sensing programmes | |
Surface hydrology | |
Hydrologic cycle | |
Precipitation, different types and forms of precipitation and their mechanism | |
Rain gauges | |
Evaporation and transpiration | |
Concepts, measurements and factors affecting evaporation and transpiration | |
Infiltration - concept, measurement and factors affecting infiltration, runoff | |
Definition and factors affecting runoff | |
Stream gauging - computation of run-off | |
Ground water hydrology | |
Occurrence of ground water in consolidated and unconsolidated formations | |
Types of aquifers | |
Properties: porosity, specific yield, storativity, hydraulic conductivity and transmissivity | |
Darcy’s law | |
Ground water management | |
Artificial recharging methods | |
Types of wells, open wells, tube wells | |
Construction of wells | |
National water resources problems with reference to the environment of major river valley projects |
TS PGECET Food Technology Syllabus
Engineering mathematics | |
---|---|
Linear algebra | Matrices and determinants |
Systems of linear equations | |
Eigen values and Eigen vectors | |
Calculus | Limit |
Continuity and differentiability | |
Partial derivatives | |
Maxima and minima | |
Sequences and series | |
Test for convergence | |
Fourier series | |
Differential equations | Linear and nonlinear first order ODEs |
Higher order ODEs with constant coefficients | |
Cauchy's and Euler's equations | |
Laplace transforms | |
PDE Laplace | |
Heat and wave equations | |
Probability and Statistics | Probability and Sampling Theorem |
Conditional probability | |
Mean | |
Median | |
Mean, median, mode & standard deviation | |
Random variables | |
Poisson, normal & binomial distributions | |
Normal and binomial distributions | |
Correlation and regression analysis | |
Numerical methods | Solution of linear and nonlinear algebraic equations |
Integration of trapezoidal and Simpson's rule | |
Single and multistep methods for differential equations | |
Food chemistry and nutrition | |
Food chemistry | Carbohydrates structure and functional properties of mono |
Di and oligo-polysaccharides including starch | |
Cellulose | |
Pectic substances and dietary fibre | |
Classifications and structure of proteins in food | |
Classification and structure of lipids | |
Rancidity of fats | |
Rancidity, polymerization and polymorphism | |
Pigments carotenoids | |
Chlorophylls | |
Anthocyanins | |
Tannins and myoglobin | |
Food flavours terpenes | |
Esters | |
Ketones and quinones | |
Enzymes,enzymatic and nonenzymatic browning in different foods | |
Nutrition | Balanced diet |
Essential amino acids and fatty acids per | |
Water soluble and fat soluble vitamins | |
Role of minerals in nutrition | |
Antinutrients | |
Nutrition deficiency diseases | |
Food microbiology and biotechnology | |
Food microbiology | Morphology of microorganisms characteristics |
Structure and detection of bacteria | |
Yeast and mold in food | |
Spores and vegetative cells | |
Microbial growth in food intrinsic and extrinsic factors | |
Growth and death kinetics | |
Serial dilution method for quantification | |
Factors that contribute food spoiling | |
Spoilage bacteria | |
Microbial spoilage of milk and milk products | |
Meat and meat products | |
Foodbome disease toxins produced by staphylococcus | |
Clostridium and aspergillus | |
Bacterial pathogens salmonella | |
Bacillus | |
Listeria | |
Escherichia coli | |
Shigella | |
Campylobacter | |
Biotechnology | Fermented food like buttermilk, yoghurt, cheese, sausage, alcoholic beverage, vinegar, wine, beer, whisky, sauerkraut and soya sauce |
Food technology | Cereals, pulses and oil seeds |
Composition | |
Nutritive value | |
Rice, wheat, and maize, barley, oats & minor millets | |
Bengal gram, red gram, green gram, black gram, chick peas | |
Ground nut, soya bean, sunflower and other oil seeds | |
Fruits,vegetables,and plantation crops | |
Extraction | |
Clarification concentration and packing of fruit juice | |
Production of jam | |
Production of jam, jelly, marmalade, squash, candies, and pickles, pectin from fruit waste, tea, coffee, chocolate and essential oils from spices | |
Meat, fish, poultry and milk | |
Post mortem changes of meat | |
Freezing | |
Aging | |
Pickling | |
Smoking and tenderization of meat | |
Drying and canning of fish | |
Structure | |
Functional properties of eggs and its preservation by different methods | |
Milk and milk products processing | |
Milk processing flow sheet | |
Filtration/clarification | |
Storage of milk | |
simple problems in standardization | |
Homogenization | |
Types of pasteurization process | |
Manufacture of cream, butter, ghee, milk powder, cheese | |
Food engineering | |
Fluid mechanics | Nature of fluids |
Flow properties of fluids | |
Flow through pipes and fittings | |
Flow measurement | |
Transportation of fluids pumps | |
Compressors and blowers | |
Heat transfer | |
Heat transfer by conduction | |
Convection | |
Radiation | |
Boiling and condensation | |
Steady and unsteady state heat transfer | |
Other unit operations | |
Size reduction | |
Homogenization | |
Filtration | |
Sedimentation | |
Centrifugation | |
Sieving | |
Mixing | |
Extraction | |
Crystallization | |
Evaporation | |
Drying and extrusion | |
Types of equipment used in each unit operation | |
Their selection applications in food industry | |
Food quality and standards | |
Food quality | Classification of Quality Attributes and their role in food Quality |
Quality assessment of food materials fruits and vegetables | |
Cereals and pulses | |
Dairy products, meat, poultry, egg and processed food products sensory evaluation of food quality and its methods food adulteration and food safety | |
Standards | Food safety and regulations 2011 scope |
Definitions and standards of quality packing fsms 22000 | |
2005 various elements included in the standard | |
Introduction to the family of ISO 22000 standards | |
Comparison of iso 9001:2008 vs. iso 22000:2005 | |
Haccp-terminology | |
Haccp-principles | |
Identification of CCPs | |
Application of HACCP System and the logic sequence involved | |
Codex alimentarius | |
Food safety and standards authority of india (fssai) |
TS PGECET Geoengineering and Geoinformatics Syllabus
Engineering mathematics | |
---|---|
Linear algebra | Matrices and determinants |
Systems of linear equations | |
Eigen values and Eigen vectors | |
Calculus | Functions of single variable limit |
Continuity and differentiability | |
Mean value theorems | |
Evaluation of definite and improper integrals | |
Partial derivatives | |
Total derivative | |
Gradient | |
Gradient, divergence and curl | |
Vector identities | |
Directional derivatives | |
Line | |
Line, surface & volume integrals | |
Stokes, Gauss and Green’s theorems | |
Gauss and Green's theorems | |
Complex variables | Analytic functions |
Cauchy's integral theorem | |
Taylor and Laurent series | |
Probability and Statistics | Definitions of probability and sampling theorems |
Conditional probability | |
Mean | |
Median | |
Mean, median, mode & standard deviation | |
Random variables | |
Exponential | |
Poisson, normal & binomial distributions | |
Normal and binomial distributions | |
Geo-engineering and geo informatics | |
Continents | |
Earth composition | |
Earth orbit | |
Oceans of depth, bottom, relief | |
Kinds of rocks | |
Minerals and physical properties of minerals | |
Topographic surveying | |
Theodolite applications | |
Topographic sheets | |
Aerial photo formats | |
Map projections | |
Cartography | |
Physical principles of remote sensing | |
Electromagnetic spectrum | |
GIS concepts and applications | |
Study of rain fall | |
Estimation of run off and evapotranspiration | |
Water table | |
Environment meaning, scope components environments | |
Soils of texture, strengths, porosity and permeability | |
Programming in C | Variables of programming in c |
Data types | |
Expressions | |
Control structures | |
Arrays | |
Functions | |
Pointers | |
structure |
TS PGECET Instrumentation Engineering Syllabus
Engineering mathematics | |
---|---|
Linear algebra | Matrices and determinants |
Systems of linear equations | |
Eigen values and Eigen vectors | |
Calculus | Mean value theorems |
Theorems of integral calculus | |
Evaluation of definite and improper integrals | |
Partial derivatives | |
Maxima and minima | |
Multiple integrals | |
Fourier series | |
Vector identities | |
Directional | |
Derivatives | |
Line | |
Line, surface & volume integrals | |
Stokes, Gauss and Green’s theorems | |
Gauss and Green's theorems | |
Differential equations | First order equation like linear and nonlinear |
Higher order linear differential equations with constant coefficients | |
Method of variation of parameters | |
Cauchy's and Euler's equations | |
Initial and boundary value problems | |
Partial Differential Equations and variable separable method | |
Complex variables | Analytic functions |
Cauchy's integral theorem and integral formula | |
Taylor's and laurent's series, residue theorem | |
Solution integrals | |
Probability and Statistics | Probability |
Sampling theorems | |
Conditional probability | |
Probability Density Function | |
Mean | |
Median | |
Mean, median, mode & standard deviation | |
Random variables | |
Discrete and continuous distributions | |
Exponential | |
Poisson, normal & binomial distributions | |
Normal and Binomial distribution | |
Correlation and regression analysis | |
Numerical methods | Solutions of non-linear algebraic equations |
Single and multi-step methods for differential equations. | |
Instrumentation engineering | |
Basics of circuits and measurement systems | Kirchoff's laws |
Mesh and nodal analysis | |
Circuit theorems | |
One-port and two-port network functions | |
Static and dynamic characteristics of Measurement Systems | |
Error and uncertainty analysis | |
Statistical analysis of data and curve fitting | |
Transducers, mechanical measurement and industrial instrumentation | Piezoelectric transducers and their signal conditioning |
Measurement of displacement | |
Velocity and acceleration, translational and rotational | |
Velocity and acceleration | |
Force | |
Torque | |
Vibration and shock | |
Measurement of pressure | |
Flow | |
Temperature and liquid level | |
Measurement of pH | |
Conductivity | |
Viscosity and humidity | |
Analog electronics | Characteristics of diode |
BJT | |
JFET and MOSFET | |
Diode circuits | |
Transistors at low and high frequencies | |
Amplifiers | |
Single and multi-stage | |
Feedback amplifiers | |
Operational amplifiers | |
Characteristics and circuit configurations | |
Instrumentation amplifier | |
Precision rectifier | |
V-to-i and i-to-v converter | |
Op-amp based active filters | |
Oscillators and signal generators | |
Digital electronics | Combinational logic circuits |
Minimization of Boolean functions | |
IC families | |
TTL | |
MOS and CMOS | |
Arithmetic circuits | |
Comparators | |
Schmitt trigger | |
Timers and mono-stable multi-vibrator | |
Sequential circuits | |
Flip-flops | |
Counters | |
Shift registers | |
Multiplexer | |
Analog to-digital and digital and to-analog converters | |
Basics of number system | |
Microprocessor applications | |
Memory and input and output interfacing | |
Microcontrollers | |
Signals, systems and communications | Periodic and aperiodic signals |
Impulse response | |
Function and frequency response of first and second order systems | |
Fourier transform | |
Laplace transform | |
Z - transform | |
Convolution | |
Correlation and characteristics of linear time invariant systems | |
Discrete time system | |
Impulse and frequency response | |
Pulse transfer function | |
IIR and FIR filters | |
Amplitude and frequency modulation and demodulation | |
Sampling theorem | |
Pulse code modulation | |
Frequency and time division multiplexing | |
Amplitude shift keying | |
Frequency shift keying and pulse shift keying for digital modulation | |
Electrical and electronic measurements | Bridges and potentiometers |
Measurement of r, l and c | |
Measurements of voltage | |
Current | |
Power | |
Power factor and energy | |
Ac & dc current probes | |
Extension of instrument ranges | |
Q-meter and waveform analyzer | |
Digital voltmeter and multi-meter | |
Time and phase and frequency measurements | |
Cathode ray oscilloscope | |
Serial and parallel communication | |
Shielding and grounding | |
Control systems and process control | Feedback principles |
Signal flow graphs | |
Transient Response | |
Steady- state-errors | |
Routh and Nyquist criteria | |
Bode plot | |
Root loci | |
Time delay systems | |
Phase and gain margin | |
State space representation of systems | |
Mechanical | |
Mechanical, hydraulic and pneumatic system components | |
Synchro pair | |
On and off | |
On-off, cascade, p, pi, pid | |
Feed forward and derivative controller | |
Fuzzy controllers | |
Analytical, optical and biomedical instrumentation | Mass spectrometry |
UV | |
Visible and IR spectrometry | |
X- ray and nuclear radiation measurements | |
Optical sources and detectors | |
LED | |
Laser | |
Photo-diode | |
Photo resistor and their characteristics | |
Interferometers | |
Applications in metrology | |
Basics of fiber optics | |
Biomedical instruments | |
Eeg | |
Ecg and emg | |
Clinical measurements | |
Ultrasonic transducers and Ultrasonography | |
Principles of Computer Assisted Tomography |
TS PGECET Mechanical Engineering Syllabus
Engineering mathematics | |
---|---|
Linear algebra | Matrices and determinants |
Systems of linear equations | |
Eigen values and Eigen vectors | |
Calculus | Functions of single variable |
Limit | |
Continuity and differentiability | |
Mean value theorems | |
Evaluation of definite and improper integrals | |
Partial derivatives | |
Total derivative | |
Maxima and minima | |
Gradient | |
Gradient, divergence and curl | |
Vector identities | |
Directional derivatives | |
Line | |
Line, surface & volume integrals | |
Stokes, Gauss and Green’s theorems | |
Gauss and Green's theorems | |
Differential equations | First order equations linear and nonlinear |
Higher order linear differential equations with constant coefficients | |
Cauchy's and Euler's equations | |
Initial and boundary value problems | |
Laplace transforms | |
Solutions of one dimensional heat and wave equations and Laplace equation | |
Complex variables | Analytic functions |
Cauchy's integral theorem | |
Taylor and Laurent series | |
Probability and Statistics | Definitions of probability and sampling theorems |
Conditional probability | |
Mean | |
Median | |
Mean, median, mode & standard deviation | |
Random variables | |
Exponential | |
Poisson, normal & binomial distributions | |
Normal and binomial distributions | |
Numerical methods | Numerical solutions of linear and non linear algebraic equations |
Integration by trapezoidal and Simpson's rule | |
Single and multi step methods for differential equations | |
Applied mechanics and design | |
Engineering mechanics | Free body diagrams and equilibrium; |
Trusses and frames | |
Virtual work | |
Kinematics and dynamics of particles and of rigid bodies in plane motion | |
Including impulse and momentum linear and angular and energy formulations | |
Impact | |
Strength of materials | Stress and strain |
Stress strain relationship and elastic constants | |
Mohr's circle for plane stress and plane strain | |
Thin cylinders | |
Shear force and bending moment diagrams | |
Bending and shear stresses | |
Deflection of beams | |
Torsion of circular shafts | |
Euler's theory of columns | |
Strain energy methods | |
Thermal stresses | |
Theory of machines | Displacement |
Velocity and acceleration analysis of plane mechanisms | |
Dynamic analysis of slider crank mechanism | |
Gear trains | |
Flywheels | |
Vibrations | Free and forced vibration of single degree of freedom systems |
Effect of damping | |
Vibration isolation | |
Resonance | |
Critical speeds of shafts | |
Machine design | Design for static and dynamic loading |
Failure theories, Mohr’s circle(stress), deflection of beams | |
Fatigue strength and the sn diagram | |
Principles of the design of machine elements like bolted, riveted and welded joints, shafts, spur,gears | |
Rolling and sliding contact bearings | |
Brakes and clutches | |
Fluid mechanics and thermal sciences | |
Fluid mechanics | Fluid properties |
Fluid statics | |
Manometry | |
Buoyancy | |
Control volume analysis of mass | |
Momentum and energy | |
Fluid acceleration | |
Differential equations of continuity and momentum | |
Bernoulli's equation | |
Viscous flow of incompressible fluids | |
Boundary layer | |
Elementary turbulent flow | |
Flow through pipes | |
Head losses in pipes,bend | |
Heat transfer | Modes of heat transfer |
One dimensional heat conduction | |
Resistance concept | |
Electrical analogy | |
Unsteady heat conduction | |
Fins | |
Dimensionless parameters in free and forced convective heat transfer | |
Various correlations for heat transfer in flow over flat plates and through pipes | |
Thermal boundary layer | |
Effect of turbulence | |
Radiative heat transfer | |
Black and grey surfaces | |
Shape factors | |
Network analysis | |
Heat exchanger performance | |
LMTD and NTU methods | |
Thermodynamics | Zeroth |
First and second laws of thermodynamics | |
Thermodynamic system and processes | |
Carnot cycle | |
Irreversibility and availability | |
Behaviour of ideal and real gases | |
Properties of pure substances | |
Calculation of work and heat in ideal processes | |
Analysis of thermodynamic cycles related to energy conversion | |
Applications | Power Engineering |
Steam Tables | |
Rankine | |
Brayton cycles with regeneration and reheat | |
I.c | |
Engines of air standard otto | |
Diesel cycles | |
Refrigeration and air-conditioning | |
Vapour refrigeration cycle | |
Heat pumps | |
Gas refrigeration | |
Reverse Brayton cycle | |
Moist air and psychrometric chart | |
Basic psychrometric processes | |
Turbomachinery and pelton wheel | |
Francis and kaplan turbines | |
Impulse and reaction principles | |
Velocity diagrams | |
Materials, manufacturing and industrial engineering | |
Engineering materials | Structure and properties of engineering materials |
Heat treatment | |
Stress strain diagrams for engineering materials | |
Metal casting | Design of patterns |
Moulds and cores | |
Solidification and cooling | |
Riser and gating design | |
Design considerations | |
Metal forming | Plastic deformation and yield criteria |
Fundamentals of hot and cold working processes | |
Load estimation for bulk forging, rolling, extrusion, drawing | |
Sheet shearing, deep drawing, bending | |
Metal forming processes | |
Principles of powder metallurgy | |
Joining process | Physics of welding |
Brazing and soldering | |
Adhesive bonding | |
Design considerations in welding | |
Machining and machine tool operations | Mechanics of machining |
Single and multi point cutting tools | |
Tool geometry and materials | |
Tool life and wear | |
Economics of machining | |
Principles of non traditional machining processes | |
Principles of work holding | |
Principles of design of jigs and fixtures | |
Metrology and inspection | Limits |
Fits and tolerances | |
Linear and angular measurements | |
Comparators | |
Gauge design | |
Interferometry | |
Form and finish measurement | |
Alignment and testing methods | |
Tolerance analysis in manufacturing and assembly | |
Computer integrated manufacturing | Basic concepts of CAD/CAM and their integration tools |
Production planning and control | Forecasting models |
Aggregate production planning | |
Scheduling | |
Materials requirement planning | |
Inventory control | Deterministic and probabilistic models |
Safety stock inventory control systems | |
Operations research | Linear Programming |
Simplex and duplex method | |
Transportation | |
Assignment | |
Network flow models | |
Simple queuing models | |
PERT and CPM |
TS PGECET Metallurgical Engineering Syllabus
Engineering mathematics | |
---|---|
Linear algebra | Matrices and determinants |
Systems of linear equations | |
Eigen values and Eigen vectors | |
Calculus | Limit |
Continuity and differentiability | |
Partial derivatives | |
Maxima and minima | |
Sequences and series | |
Test for convergence | |
Fourier series | |
Vector calculus | Gradient |
Gradient, divergence and curl | |
Line | |
Line, surface & volume integrals | |
Stokes, Gauss and Green’s theorems | |
Gauss and Green's theorems | |
Differential equations | Linear and non linear first order ODEs |
Higher order linear ODEs with constant coefficients | |
Cauchy's and Euler's equations | |
Laplace transforms | |
PDEs Laplace | |
Heat and wave equations | |
Probability and Statistics | Probability and Sampling Theorem |
Conditional probability | |
Probability Density Function | |
Mean, median, mode and standard deviation | |
Random variables | |
Exponential | |
Poisson, normal & binomial distributions | |
Normal and binomial distributions | |
Correlation and regression analysis | |
Numerical method | Solutions of linear and non linear algebraic equations |
Integration of trapezoidal and Simpson's rule | |
Single and multi step methods for differential equations | |
Metallurgical engineering | |
Thermodynamics and rate processes | Laws of thermodynamics |
Activity | |
Equilibrium constant | |
Applications to metallurgical systems | |
Solutions | |
Phase equilibria | |
Ellingham and phase stability diagrams | |
Thermodynamics of surfaces | |
Interfaces and defects | |
Adsorption and segregation | |
Basic kinetic laws | |
Order of reactions | |
Rate constants and rate limiting steps | |
Principles of electro chemistry single electrode potential | |
Electro chemical cells and polarizations | |
Aqueous corrosion and protection of metals | |
Oxidation and high temperature corrosion characterization and control | |
Heat transfer conduction | |
Convection and heat transfer coefficient relations | |
Radiation | |
Mass transfer diffusion and Fick's laws | |
Mass transfer coefficients | |
Momentum Transfer Concepts of Viscosity | |
Shell balances | |
Bernoulli's equation | |
Friction factors | |
Extractive metallurgy | Minerals of economic importance |
Comminution techniques | |
Size classification | |
Flotation | |
Gravity and other methods of mineral processing | |
Agglomeration | |
Pyro hydro and electro metallurgical processes | |
Material and energy balances | |
Principles and processes for the extraction of non ferrous metals aluminium | |
Copper | |
Zinc | |
Lead | |
Magnesium | |
Nickel | |
Titanium and other rare metals | |
Iron and steel making principles | |
Role structure and properties of slags | |
Metallurgical coke | |
Blast furnace | |
Direct reduction processes | |
Primary and secondary steel making | |
Ladle metallurgy operations including deoxidation | |
Desulphurization | |
Sulphide shape control | |
Inert gas rinsing and vacuum reactors | |
Secondary refining processes including AOD, VAD, VOD, VAR and ESR | |
Ingot and continuous casting | |
Stainless steel making | |
Furnaces and refractories | |
Physical metallurgy | Crystal structure and bonding characteristics of metals |
Alloys | |
Ceramics and polymers | |
Structure of surfaces and interfaces | |
Nano crystalline and amorphous structures | |
Solid solutions | |
Solidification | |
Phase transformation and binary phase diagrams | |
Principles of heat treatment of steels | |
Cast iron and aluminum alloys | |
Surface treatments | |
Recovery | |
Recrystallization and grain growth | |
Industrially important ferrous and non ferrous alloys | |
Elements of X-ray and electron diffraction | |
Principles of scanning and transmission electron microscopy | |
Industrial ceramics | |
Polymers and composites | |
Electronic basis of thermal | |
Optical | |
Electrical and Magnetic properties of materials | |
Electronic and Optoelectronic materials | |
Mechanical metallurgy | Elasticity |
Yield criteria and plasticity | |
Defects in crystals | |
Elements of dislocation theory types of dislocations | |
Slip and twinning | |
Source and multiplication of dislocations | |
Stress fields around dislocations | |
Partial dislocations | |
Dislocation interactions and reactions | |
Strengthening mechanisms | |
Tensile | |
Fatigue and creep behaviour | |
Super plasticity | |
Fracture griffith theory | |
Basic Concepts of Linear Elastic and elasto plastic fracture mechanics | |
Ductile to brittle transition | |
Fracture toughness | |
Failure analysis | |
Mechanical testing tension | |
Compression | |
Torsion, bending and flexural shear of thin-walled sections | |
Hardness | |
Impact | |
Creep | |
Fatigue | |
Fracture toughness and formability | |
Manufacturing processes | Metal casting patterns and moulds including mould design involving feeding |
Gating and risering | |
Melting | |
Casting practices in sand casting | |
Permanent mould casting | |
Investment casting and shell moulding | |
Casting defects and repair | |
Hot | |
Warm and cold working of metals | |
Metal forming fundamentals of metal forming processes of rolling | |
Forging | |
Extrusion | |
Wire drawing and sheet metal forming | |
Defects in forming | |
Metal joining soldering | |
Brazing and welding | |
Common welding processes of shielded metal arc welding | |
Gas metal arc welding | |
Gas tungsten arc welding and submerged arc welding | |
Welding metallurgy | |
Problems associated with welding of steels and aluminium alloys | |
Defects in welded joints | |
Powder metallurgy | |
NDT using dye penetrant | |
Ultrasonic | |
Radiography | |
Eddy current | |
Acoustic emission and magnetic particle methods |
TS PGECET Nanotechnology Syllabus
Nanotechnology | |
---|---|
Engineering mechanics and strength of material | Concurrent forces in a plane and its equilibrium |
Centroids of composite plane figures | |
General case of forces in a plane | |
Moment of inertia of plane figures | |
Parallel axis theorem | |
Polar MI | |
Concept mass MI | |
Rectilinear translation | |
Kinematics | |
Principal of dynamics Motion of a particle under constant force | |
Force proportional to displacement and free vibrations | |
D’ Albert’s principle | |
Momentum | |
Impulse work and energy | |
Rotation of a rigid body about a fixed axis kinematics | |
Equation of motion of a rigid body about a fixed axis | |
Rotation under constant moment | |
Torsional vibration | |
Simple stresses and strains | |
Stresses on inclined plane | |
2 dimensional stress systems | |
Principal stress and principal planes | |
Mohr's circle | |
Shearing force and bending moment | |
Types of loads | |
Types of Supports | |
SF and BM diagrams for formula | |
Bending stresses in the above types of beams with rectangular and circulars sections | |
Torsion of circular shafts | |
Determination of shear stress | |
Fluid mechanics and heat transfer | Classification of flows |
Steady | |
Unsteady | |
Uniform, exponential, normal, poisson and binomial distributions. | |
Non-uniform | |
Laminar | |
Turbulent | |
Rotational | |
Irrotational flows | |
Vorticity and circulation | |
Conservation of mass | |
Equation of continuity | |
Conservation of momentum | |
Euler's equation | |
Conservation of energy | |
Bernoulli’s equation and its applications | |
One-dimensional viscous flow | |
Couette flow | |
Plane couetee flow | |
Two dimensional Viscous Flow | |
Navier stokes equations and solutions | |
Laminar Boundary Layer | |
Momentum integral equation | |
Flow over a flat plate | |
Displacement thickness | |
Momentum thickness and energy thickness | |
Turbulent Boundary Layer | |
Turbulent transition | |
Momentum equations and reynold’s stresses | |
Dimensional Analysis and Modeling Similitude | |
Fundamental and derived dimensions | |
Dimensionless groups | |
Buckingham Theorem | |
Rayleigh method | |
Elements of heat transmission | |
Steady state conduction | |
Convection and radiation | |
Furnaces | |
Classification of furnaces and their use in metallurgical industries | |
Heat utilization in furnaces | |
Available heat and factors affecting it | |
Heat losses in furnaces and furnace efficiency | |
Heat balance and sankey diagrams | |
Principles of waste heat recovery | |
Recuperators and regenerators | |
Types and applicability | |
AMTD and LMTD in recuperators | |
Protective atmosphere and their applications salt bath furnaces | |
Elements of material science | Introduction |
Classification of materials | |
Space lattice and unit cells | |
Crystal systems | |
Indices for planes and directions | |
Structures of common metallic materials | |
Crystal defects | |
Point defects | |
Line and surface defects | |
Dislocations and their types | |
Burgers’ Vector | |
Dislocation movement by climb and cross slip | |
Dislocation sources | |
Dislocation point and defect interaction and pileups | |
Plastic deformation of single crystals | |
Deformation by slip | |
CRSS for slip | |
Deformation of single crystal | |
Deformation by twinning | |
Stacking faults | |
Hot working | |
Cold working | |
Recovery | |
Recrystallization and grain growth | |
Hall Petch equation | |
Tensile stress-strain diagrams | |
Proof stress | |
Yield stress | |
Modulus of elasticity | |
Typical stress-strain diagrams for mild steel cast iron and aluminum alloy | |
Metallurgical thermodynamics | Introduction |
Basic concepts in thermodynamics | |
Objectives and limitations of classical thermodynamics | |
Zeroth law of thermodynamics | |
First law of thermodynamics | |
Forms of energy | |
Heat and work | |
Joules Experiments | |
Conservation of energy | |
Concept of Maximum Work | |
Isothermal Expansion | |
Reversible | |
Adiabatic Expansion | |
Constant Pressure Processes | |
Constant Volume Processes | |
Enthalpy | |
Second law of thermodynamics | |
Efficiency of cyclic process | |
Carnot cycle | |
Entropy | |
Thermodynamic equation of state | |
Statistical Entropy | |
Physical Meaning of Entropy | |
Boltzman Equation | |
Mixing Entropy | |
Stirling’s Approximation Auxiliary Functions | |
Fundamental Equations of State | |
Max well Relationships | |
Other Thermodynamic Relations | |
Chemical potential | |
Gibbs- helmholtz equation | |
Criteria of Equilibria | |
Third law of thermodynamics | |
Heat Capacity and Entropy Changes | |
Sensible Heats | |
Transformation Heats | |
Reaction Heats | |
Adiabatic Flame Temperatures | |
Heat Balances | |
Phase Equilibria in One Component Systems | |
Clausius-claperyon equation | |
Heats of Vaporization From Vapor Pressure Data | |
Shift in Transformation | |
Temperature with Pressure | |
Fugacity | |
Activity and equilibrium constant | |
Vant Hoff’s isotherm | |
Ellingham diagrams and application | |
Advanced material science | Electrical and Electronic properties of materials |
Electronic conductivity | |
Free electron theory and band theory of solids | |
Intrinsic semi conductors | |
Super conductivity | |
Magnetic properties | |
Diamagnetism and paramagnetism | |
Ferromagnetism and ferrimagnetism | |
Soft and hard magnetic materials and applications | |
Optical properties of materials | |
Refractive index | |
Absorption emission of light | |
Optical fibers | |
Opto-electronic materials | |
Polymerization | |
Cross linking glass transition | |
Classification of polymers | |
Mechanical properties | |
Dielectric behaviour of materials | |
Uses of polymers | |
Ceramics and glasses | |
Crystalline and non-crystalline ceramics | |
Structure of ceramics and glasses | |
Major mechanical and optical properties | |
Composite materials | |
Classification | |
Matrices and reinforcements | |
Fabrication methods | |
Examples and applications | |
Importance of nano materials | |
Emergence of nano-technology | |
Bottom-up and top-down app roaches | |
Challenges in nano-technology | |
Applications |
The aspiring candidates who will appear for the entrance exam are required to go through the exam pattern of TS PGECET 2020 before starting with the preparation. Osmania University will conduct TS PGECET 2020 examination between May 28 to 31. The exam will be a Computer Based Test (CBT). With the help of the exam pattern details, candidates will be able to know how the questions will feature in the question paper, total marks, marks for each question, topics covered, mode of examination, and more. Candidates are thus advised to check the exam pattern so that they are able to attempt and prepare for the TS PGECET 2020 exam in a planned manner.
TS PGCET 2020 Exam Pattern
Medium of Question Paper | English only |
Mode of test | Computer Based Test |
Duration of the examination | 2 hours |
Total number of questions | 120 |
Marking Scheme | 1 mark for each correct answer |
Type of questions | Multiple choice objective type questions |
Negative Marking | Not applicable |
TS PGECET 2020 Mock Test
TS PGECET Aerospace Engineering Mock Test
To practise on the TS PGECET Mock Test for Aerospace Engineering click here
TS PGECET Architecture and Planning Mock Test
The TS PGECET mock test for Architecture and Planning has not been announced yet and will be updated here after it is announced by the University
TS PGECET Biomedical Engineering Mock Test
To practise on the TS PGECET Biomedical Engineering paper click here
TS PGECET Biotechnology Mock Test
To use the TS PGECET Biotechnology Mock test click here
TS PGECET Chemical Engineering Mock Test
Click here to practise with TS PGECET mock test for Chemical Engineering.
TS PGECET Civil Engineering Mock Test
Click here to start the TS PGECET Civil Engineering mock test
TS PGECET Computer Science and Information Technology Mock Test
To practise with the TS PGECET Computer Science and Information Technology Mock Test Click here
TS PGECET Electrical Engineering Mock Test
Click here to practise with the TS PGECET Mock Test for Electrical Engineering
TS PGECET Electronics and Communication Engineering Mock Test
To use the mock test for TS PGECET Electronics and Communication Engineering click here
TS PGECET Environmental Management Mock Test
To use the TS PGECET Mock Test for Environmental Management by click here
TS PGECET Food Technology Mock Test
To practise with TS PGECET Mock Test for Food Technology click here
TS PGECET Geoengineering and Geoinformatics Mock Test
Click here to practise with TS PGECET Geo-Engineering & Geo-Informatics Mock Test
TS PGECET Instrumentation Engineering Mock Test
To practise with TS PGECET Instrumentation Engineering Mock Test click here
TS PGECET Mechanical Engineering Mock Test
Click here to use the Mock Test for TS PGECET Mechanical Engineering
TS PGECET Metallurgical Engineering Mock Test
Click here to practise with TS PGECET Metallurgical Engineering Mock test
TS PGECET Nanotechnology Mock Test
To practise with TS PGECET Nano Technology Mock Test click here
TS PGECET Pharmacy Mock Test
Click here to practise with the TS PGECET Pharmacy Mock Test
The admission authority of the conducting body i.e., Osmania University will release the hall ticket of TS PGECET 2020 tentatively in the second week of May. The candidates will have to download their hall ticket from the admission portal by logging in to the portal by providing their registration number, date of birth and selecting the stream they have applied for. Candidates are advised by the authorities to check the details provided on the TS PGECET 2020 hall ticket and should contact the admission authority if there are any corrections to be made. Candidates will have to take the print of the downloaded hall ticket to present it at the time of the examination and also at the time of counselling.
TS PGECET 2020 Exam Centers
State | City |
---|---|
Telangana | Hyderabad |
Warangal |
Documents Required at Exam
- TS PGECET 2020 hall ticket
TS PGECET 2020 Answer Key
TS PGECET Aerospace Engineering Answer Key
TS PGECET Answer Key for Aerospace Engineering
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
TS PGECET Architecture and Planning Answer Key
TS PGECET Answer Key for Architecture and Planning
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
TS PGECET Biomedical Engineering Answer Key
TS PGECET Answer Key for Biomedical Engineering
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
TS PGECET Biotechnology Answer Key
TS PGECET Answer Key for Biotechnology
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
TS PGECET Chemical Engineering Answer Key
TS PGECET Answer Key for Chemical Engineering
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
TS PGECET Civil Engineering Answer Key
TS PGECET Answer Key for Civil Engineering
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
TS PGECET Computer Science and Information Technology Answer Key
TS PGECET Answer Key for Computer Science and Information Technology
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
TS PGECET Electrical Engineering Answer Key
TS PGECET Answer Key for Computer Science and Information Technology
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
TS PGECET Electronics and Communication Engineering Answer Key
TS PGECET Answer Key for Electronics and Communication Engineering
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
TS PGECET Environmental Management Answer Key
TS PGECET Answer Key for Environmental Management
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
TS PGECET Food Technology Answer Key
TS PGECET Answer Key for Food Technology
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
TS PGECET Geoengineering and Geoinformatics Answer Key
TS PGECET Answer Key for Geo-Engineering & Geo-Informatics
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
TS PGECET Instrumentation Engineering Answer Key
TS PGECET Answer Key for Instrumentation Engineering
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
TS PGECET Mechanical Engineering Answer Key
TS PGECET Answer Key for Mechanical Engineering
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
TS PGECET Metallurgical Engineering Answer Key
TS PGECET Answer Key for Metallurgical Engineering
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
TS PGECET Nanotechnology Answer Key
TS PGECET Answer Key for Nano Technology
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
TS PGECET Pharmacy Answer Key
TS PGECET Answer Key for Pharmacy
Year | Question Paper | Answer Key |
2019 | Coming soon | Coming soon |
2018 | click here | click here |
110
Colleges
Accepting Admission
through
TS PGECET
Click here
The result of TS PGECET 2020 will be announced tentatively in the third week of June in an online mode. Candidates will be able to download the result which will be available in the form of ranks. Candidates will have to log in to the admission portal by providing the details such as registration number, hall ticket number, and date of birth. The rank card of TS PGECET 2020 will comprise of the candidate's details such as marks obtained and rank secured in the examination, etc. Candidates will be required to take out the print of the rank card to present it at the time of counselling and admission process.
The cutoff of TS PGECET 2020 will be the minimum score that the candidates will be required to get if they wish to take admissions in M.Tech degree programmes in the participating institutes. Various factors such as the availability of seats, difficulty level of exam, number of candidates applying for the exam will be kept in mind before preparing the TS PGECET 2020 cutoff. Candidates who will secure marks above than the cutoff marks will only have a higher chance of getting admissions in the participating institutes. The cutoff will be notified after the admission authority releases the notification. As per the previous years cutoff, the cutoff marks for general category was 30 and for the reserved categories, there were no such cutoff marks.
Qualifying Marks Trend
Year | Category | Cutoff |
---|---|---|
2019 | General | 30 |
OBC | 30 | |
SC | 0 | |
ST | 0 |
Mode of Counselling: Online
The admission authority of the University will start the counselling of TS PGECET 2020 tentatively from the first week of August. The candidates will be called for the counselling process on the basis of ranks. The candidates will be required to register for the counselling of TS PGECET 2020 if they wish to take admission in the participating institutes. After the registration, candidates will be required to pay the counselling fees of Rs. 1200 for General category and Rs. 600 for SC/ST categories. Candidates have to fill their choices and college in order of the preference during the TS PGECET 2020 counselling. Candidates will have to get their documents verified to get the admission in the University.
TS PGECET 2020 Counselling Centers
State | City |
---|---|
Telangana | Hyderabad |
Documents Required at Counselling
- GATE score card if applying on basis of GATE scores
- TS PGECET 2020 hall ticket
- TS PGECET 2020 rank card
- Transfer certificate
- Class 10th mark sheet/certificates
- Class 12th mark sheet/certificates
- Degree certificate & memorandum of marks of qualifying exam
- Residence certificate for preceding 7 years of the qualifying examination for candidates who have completed their graduation through private study without any institutionalized education
- Residence certificate of father or mother for a period of 10 years in Telangana/A.P. excluding the period of their employment outside Telangana/A.P. from M.R.O. in case of candidates who studied outside the state of Telangana/AP
- Integrated community certificate issued by the competent authority in case of BC/SC/ST candidates
- Income certificate issued after Jan 1, 2020
- Minorities – degree TC containing minority status
- Residence certificate from MRO for a period of 10 years of either parent for non-locals
- Aadhaar card
- Income certificate issued by MRO after 01-01-2020 will only be considered
General Information
Validity of Exam Result: | For 1 Year |
Mode of Exam: | Online |
Contacts: | 04027097124 |
+1 More | |
Relevant Links: | Official Website Link Click Here |
Applications Open Now
Questions related to TS PGECET
suggest a Book for PGECET to conquire a good rank
Hello Manya
I hope you might be clear with the syllabus of PGECET because it will become easy for you to tackle the path ahead.
The PGECET offer post graduation opportunity in almost 14 courses in the field of engineering and also your GATE score is taken into account.
Following is the list of best books for PGECET:
- Early medieval Andhra Pradesh, AD 624-1000
- IMU-DNS course full package
- GATE and PGECET for computer science and engineering
- Wiley's AP/TS GENCO/TRANSCO/DISCOMs AE Exam Goalpost Electrical Engineering, solved papers & practice
- Pg next 2015 to 2018 pack of 2 books + ap Telengana 2015 supplement free
Hope this might help you to plan your strategy.
i want TS EAMCET related question papers
https://www.google.com/amp/s/engineering.careers360.com/articles/ts-eamcet-sample-papers/amp?espv=1
here is the link for sample papers of tsmcet. Hope this helps you!!
To get seat in osmania university, jawaharlal nehru technology university and kakatiya university by Ts pgecet, how much rank is required
1) 140-127 for general category
2) 125-98 for Sheduled Castecategory
3) 120-91 for Sheduled Tribe
For Kakatiya Institute of Technology, it is as follows:
1) 121-56 for General Category
2) 99-41 for Sheduled Caste
3) 81-37 for Sheduled Tribe
Suggest a book for Ts pgecet which help to conquire good rank.
If you're from a different board, make sure to have a look at questions from NCERT. Make sure to practice enough numericals.
SIR NOW FRESH APPLICATION FOR SCHOLARSHIP STARTED IN TSEPASS,I M 2018 PASSOUT ,DO I NEED GAP CERTIFICTE FOR APPLYING SCHOLARSHIP
In any of the scholarship application if it is demanded to have your previous qualification then definitely you will need to have gap certificate if you you got any gap in between your academic continuation. So concludely you definitely need to have a gap certificate justify what you did in this gap if you will apply for TSPGCET.
For more detail you can refer below page:
https://engineering.careers360.com/articles/ts-pgecet
Best of luck.
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