Karnataka PGCET Exam 2026 - Date (Out), Registration, Syllabus, Pattern, Question Paper, Admission Process

Building engineering science: Unit 01

Building engineering science: Unit 02

Building engineering science: Unit 03

Building engineering science: Unit 04

Building engineering science: Unit 05

Building engineering science: Unit 06

Building engineering science: Unit 07

Building engineering science: Unit 08

Building engineering science: Unit 09

Building engineering science: Unit 10

Building engineering science: Unit 11

Building engineering science: Unit 12

Building engineering science: Unit 13

Building engineering science: Unit 14

Building engineering science: Unit 15

Surveying: Unit 01

Surveying: Unit 02

Surveying: Unit 03

Surveying: Unit 04

Surveying: Unit 05

Surveying: Unit 06

Surveying: Unit 07

Surveying: Unit 08

Surveying: Unit 09

Surveying: Unit 10

Fluid mechanics: Unit 01

Fluid mechanics: Unit 02

Fluid mechanics: Unit 03

Fluid mechanics: Unit 04

Fluid mechanics: Unit 05

Fluid mechanics: Unit 06

Fluid mechanics: Unit 07

Fluid mechanics: Unit 08

Fluid mechanics: Unit 09

Fluid mechanics: Unit 10

Fluid mechanics: Unit 11

Fluid mechanics: Unit 12

Structures: Unit 01

Structures: Unit 02

Structures: Unit 03

Structures: Unit 04

Structures: Unit 05

Structures: Unit 06

Structures: Unit 07

Structures: Unit 08

Structures: Unit 09

Structures: Unit 10

Structures: Unit 11

Structures: Unit 12

Structures: Unit 13

Structures: Unit 14

Structures: Unit 15

Structures: Unit 16

Structures: Unit 17

Structures: Unit 18

Structures: Unit 19

Structures: Unit 20

Structures: Unit 21

Structures: Unit 22

Geotechnical engineering: Unit 01

Geotechnical engineering: Unit 02

Geotechnical engineering: Unit 03

Geotechnical engineering: Unit 04

Geotechnical engineering: Unit 05

Geotechnical engineering: Unit 06

Geotechnical engineering: Unit 07

Geotechnical engineering: Unit 08

Geotechnical engineering: Unit 09

Water supply and sanitary engineering: Unit 01

Water supply and sanitary engineering: Unit 02

Water supply and sanitary engineering: Unit 03

Water supply and sanitary engineering: Unit 04

Water supply and sanitary engineering: Unit 05

Water supply and sanitary engineering: Unit 06

Water supply and sanitary engineering: Unit 07

Water supply and sanitary engineering: Unit 08

Water supply and sanitary engineering: Unit 09

Water supply and sanitary engineering: Unit 10

Water supply and sanitary engineering: Unit 11

Water supply and sanitary engineering: Unit 12

Water supply and sanitary engineering: Unit 13

Water supply and sanitary engineering: Unit 14

Water supply and sanitary engineering: Unit 15

Water supply and sanitary engineering: Unit 16

Water supply and sanitary engineering: Unit 17

Water supply and sanitary engineering: Unit 18

Water supply and sanitary engineering: Unit 19

Water supply and sanitary engineering: Unit 20

Water supply and sanitary engineering: Unit 21

Water supply and sanitary engineering: Unit 22

Water supply and sanitary engineering: Unit 23

Water supply and sanitary engineering: Unit 24

Water supply and sanitary engineering: Unit 25

Water supply and sanitary engineering: Unit 26

Water supply and sanitary engineering: Unit 27

Water supply and sanitary engineering: Unit 28

Water supply and sanitary engineering: Unit 29

Water supply and sanitary engineering: Unit 30

Water supply and sanitary engineering: Unit 31

Transportation engineering: Unit 01

• Highway cross-section elements, sight distance, design of horizontal alignment, design of vertical alignment

Transportation engineering: Unit 02

• Traffic characteristics, traffic operation, pavement materials, design and evaluation, rail gage, train resistance, power of locomotive, rails, sleepers, curvature of track, tunneling of soft soil, transition curve, harbour and dock

Hydrology: Unit 01

Hydrology: Unit 02

Hydrology: Unit 03

Hydrology: Unit 04

Hydrology: Unit 05

Hydrology: Unit 06

Irrigation: Unit 01

Irrigation: Unit 02

Irrigation: Unit 03

Irrigation: Unit 04

Irrigation: Unit 05

Irrigation: Unit 06

Momentum transfer: Unit 01

Momentum transfer: Unit 02

Momentum transfer: Unit 03

Momentum transfer: Unit 04

Mechanical operations: Unit 01

Mechanical operations: Unit 02

Mechanical operations: Unit 03

Mechanical operations: Unit 04

Mechanical operations: Unit 05

Mechanical operations: Unit 06

Heat transfer: Unit 01

Heat transfer: Unit 02

Heat transfer: Unit 03

Heat transfer: Unit 04

Heat transfer: Unit 05

Thermodynamics: Unit 01

Thermodynamics: Unit 02

Thermodynamics: Unit 03

Thermodynamics: Unit 04

Material science: Unit 01

Material science: Unit 02

Material science: Unit 03

Material science: Unit 04

Material science: Unit 05

Material science: Unit 06

Material science: Unit 07

Material science: Unit 08

Chemical reaction engineering: Unit 01

Chemical reaction engineering: Unit 02

Chemical reaction engineering: Unit 03

Chemical reaction engineering: Unit 04

Chemical reaction engineering: Unit 05

Process control and instrumentation: Unit 01

Process control and instrumentation: Unit 02

Process control and instrumentation: Unit 03

Process control and instrumentation: Unit 04

Process control and instrumentation: Unit 05

Process control and instrumentation: Unit 06

Process control and instrumentation: Unit 07

Process control and instrumentation: Unit 08

Industrial pollution control: Unit 01

Industrial pollution control: Unit 02

Industrial pollution control: Unit 03

Industrial pollution control: Unit 04

Industrial pollution control: Unit 05

Industrial pollution control: Unit 06

Industrial pollution control: Unit 07

Industrial pollution control: Unit 08

Industrial pollution control: Unit 09

Chemical process industries: Unit 01

Chemical process industries: Unit 02

Chemical process industries: Unit 03

Chemical process industries: Unit 04

Chemical process industries: Unit 05

Chemical process industries: Unit 06

Chemical process industries: Unit 07

Chemical process industries: Unit 08

Chemical process industries: Unit 09

Chemical process industries: Unit 10

Chemical process industries: Unit 11

Chemical process industries: Unit 12

Chemical process industries: Unit 13

Chemical process industries: Unit 14

Chemical process industries: Unit 15

Chemical process industries: Unit 16

Chemical process industries: Unit 17

Mass transfer operations: Unit 01

Mass transfer operations: Unit 02

Mass transfer operations: Unit 03

Mass transfer operations: Unit 04

Mass transfer operations: Unit 05

Mass transfer operations: Unit 06

Mass transfer operations: Unit 07

Mass transfer operations: Unit 08

Mass transfer operations: Unit 09

Mass transfer operations: Unit 10

Mass transfer operations: Unit 11

Mass transfer operations: Unit 12

Mass transfer operations: Unit 13

Mass transfer operations: Unit 14

Mass transfer operations: Unit 15

Mass transfer operations: Unit 16

Process modeling: Unit 01

Process modeling: Unit 02

Process modeling: Unit 03

Process modeling: Unit 04

• Review of shell balance approach, continuity equation, energy equation, equation of motion, transport equation of state equilibrium and kinetics, classification of mathematical models

Process modeling: Unit 05

• Basic tank model-level v/s time

Process modeling: Unit 06

Data structures and algorithms: Unit 01

Data structures and algorithms: Unit 02

Data structures and algorithms: Unit 03

Data structures and algorithms: Unit 04

Data structures and algorithms: Unit 05

Data structures and algorithms: Unit 06

Data structures and algorithms: Unit 07

Data structures and algorithms: Unit 08

Data structures and algorithms: Unit 09

Data structures and algorithms: Unit 10

Data structures and algorithms: Unit 11

Data structures and algorithms: Unit 12

Data structures and algorithms: Unit 13

Data structures and algorithms: Unit 14

Data structures and algorithms: Unit 15

Data structures and algorithms: Unit 16

Data structures and algorithms: Unit 17

Data structures and algorithms: Unit 18

Data structures and algorithms: Unit 19

Data structures and algorithms: Unit 20

Data structures and algorithms: Unit 21

Login design and computer organization: Unit 01

Login design and computer organization: Unit 02

Login design and computer organization: Unit 03

Login design and computer organization: Unit 04

Login design and computer organization: Unit 05

Login design and computer organization: Unit 06

Login design and computer organization: Unit 07

Login design and computer organization: Unit 08

Login design and computer organization: Unit 09

Login design and computer organization: Unit 10

Login design and computer organization: Unit 11

Login design and computer organization: Unit 12

Formal language and automata theory: Unit 01

Formal language and automata theory: Unit 02

Formal language and automata theory: Unit 03

Formal language and automata theory: Unit 04

System software: Unit 01

System software: Unit 02

System software: Unit 03

System software: Unit 04

System software: Unit 05

System software: Unit 06

Operating system: Unit 01

Operating system: Unit 02

Operating system: Unit 03

Operating system: Unit 04

Operating system: Unit 05

Operating system: Unit 06

Operating system: Unit 07

Operating system: Unit 08

Databases: Unit 01

Databases: Unit 02

Databases: Unit 03

Databases: Unit 04

Databases: Unit 05

Computer networks: Unit 01

Computer networks: Unit 02

Computer networks: Unit 03

Computer networks: Unit 04

Computer networks: Unit 05

Computer networks: Unit 06

Computer networks: Unit 07

Computer networks: Unit 08

Computer networks: Unit 09

Computer networks: Unit 10

Computer networks: Unit 11

Computer networks: Unit 12

Computer networks: Unit 13

Computer networks: Unit 14

Computer networks: Unit 15

Web technologies: Unit 01

Web technologies: Unit 02

Web technologies: Unit 03

Web technologies: Unit 04

Web technologies: Unit 05

Web technologies: Unit 06

Web technologies: Unit 07

Microbiology: Unit 01

Microbiology: Unit 02

Microbiology: Unit 03

Microbiology: Unit 04

Microbiology: Unit 05

Microbiology: Unit 06

Microbiology: Unit 07

Microbiology: Unit 08

Microbiology: Unit 09

Microbiology: Unit 10

Microbiology: Unit 11

Microbiology: Unit 12

Microbiology: Unit 13

Microbiology: Unit 14

Environmental fluid mechanics and water resources engineering: Unit 01

Environmental fluid mechanics and water resources engineering: Unit 02

Environmental fluid mechanics and water resources engineering: Unit 03

Environmental fluid mechanics and water resources engineering: Unit 04

Environmental fluid mechanics and water resources engineering: Unit 05

Environmental fluid mechanics and water resources engineering: Unit 06

Environmental fluid mechanics and water resources engineering: Unit 07

Environmental fluid mechanics and water resources engineering: Unit 08

Environmental fluid mechanics and water resources engineering: Unit 09

Environmental fluid mechanics and water resources engineering: Unit 10

Environmental fluid mechanics and water resources engineering: Unit 11

Environmental fluid mechanics and water resources engineering: Unit 12

Environmental fluid mechanics and water resources engineering: Unit 13

Environmental fluid mechanics and water resources engineering: Unit 14

Environmental fluid mechanics and water resources engineering: Unit 15

Environmental fluid mechanics and water resources engineering: Unit 16

Environmental fluid mechanics and water resources engineering: Unit 17

Environmental fluid mechanics and water resources engineering: Unit 18

Environmental fluid mechanics and water resources engineering: Unit 19

Environmental fluid mechanics and water resources engineering: Unit 20

Environmental fluid mechanics and water resources engineering: Unit 21

Environmental fluid mechanics and water resources engineering: Unit 22

Environmental fluid mechanics and water resources engineering: Unit 23

Environmental fluid mechanics and water resources engineering: Unit 24

Environmental fluid mechanics and water resources engineering: Unit 25

Environmental fluid mechanics and water resources engineering: Unit 26

Environmental fluid mechanics and water resources engineering: Unit 27

Environmental fluid mechanics and water resources engineering: Unit 28

Water supply and treatment: Unit 01

Water supply and treatment: Unit 02

Water supply and treatment: Unit 03

Water supply and treatment: Unit 04

Water supply and treatment: Unit 05

Water supply and treatment: Unit 06

Water supply and treatment: Unit 07

Water supply and treatment: Unit 08

Water supply and treatment: Unit 09

Water supply and treatment: Unit 10

Water supply and treatment: Unit 11

Water supply and treatment: Unit 12

Water supply and treatment: Unit 13

Water supply and treatment: Unit 14

Water supply and treatment: Unit 15

Water supply and treatment: Unit 16

Water supply and treatment: Unit 17

Water supply and treatment: Unit 18

Waste water and treatment: Unit 01

Waste water and treatment: Unit 02

Waste water and treatment: Unit 03

Waste water and treatment: Unit 04

Waste water and treatment: Unit 05

Waste water and treatment: Unit 06

Waste water and treatment: Unit 07

Waste water and treatment: Unit 08

Waste water and treatment: Unit 09

• Suspended and fixed growth system, aerobic and anaerobic systems, activated sludge process, trickling filters, RBC, biofilter, secondary sedimentation tank

Waste water and treatment: Unit 10

Waste water and treatment: Unit 11

Waste water and treatment: Unit 12

Waste water and treatment: Unit 13

Waste water and treatment: Unit 14

Waste water and treatment: Unit 15

Waste water and treatment: Unit 16

Waste water and treatment: Unit 17

Waste water and treatment: Unit 18

Waste water and treatment: Unit 19

Waste water and treatment: Unit 20

Waste water and treatment: Unit 21

Waste water and treatment: Unit 22

Waste water and treatment: Unit 23

Waste water and treatment: Unit 24

Waste water and treatment: Unit 25

Waste water and treatment: Unit 26

Solid and hazardous wastes management: Unit 01

Solid and hazardous wastes management: Unit 02

Solid and hazardous wastes management: Unit 03

Solid and hazardous wastes management: Unit 04

Solid and hazardous wastes management: Unit 05

Solid and hazardous wastes management: Unit 06

Solid and hazardous wastes management: Unit 07

Solid and hazardous wastes management: Unit 08

Solid and hazardous wastes management: Unit 09

Solid and hazardous wastes management: Unit 10

Solid and hazardous wastes management: Unit 11

Solid and hazardous wastes management: Unit 12

Solid and hazardous wastes management: Unit 13

Solid and hazardous wastes management: Unit 14

Solid and hazardous wastes management: Unit 15

Solid and hazardous wastes management: Unit 16

Solid and hazardous wastes management: Unit 17

Solid and hazardous wastes management: Unit 18

Solid and hazardous wastes management: Unit 19

Solid and hazardous wastes management: Unit 20

Solid and hazardous wastes management: Unit 21

Solid and hazardous wastes management: Unit 22

Solid and hazardous wastes management: Unit 23

Solid and hazardous wastes management: Unit 24

Solid and hazardous wastes management: Unit 25

Solid and hazardous wastes management: Unit 26

Solid and hazardous wastes management: Unit 27

Solid and hazardous wastes management: Unit 28

Solid and hazardous wastes management: Unit 29

Solid and hazardous wastes management: Unit 30

Solid and hazardous wastes management: Unit 31

Solid and hazardous wastes management: Unit 32

Solid and hazardous wastes management: Unit 33

Solid and hazardous wastes management: Unit 34

Solid and hazardous wastes management: Unit 35

Solid and hazardous wastes management: Unit 36

Solid and hazardous wastes management: Unit 37

Atmospheric pollution and control: Unit 01

Atmospheric pollution and control: Unit 02

Atmospheric pollution and control: Unit 03

Atmospheric pollution and control: Unit 04

Atmospheric pollution and control: Unit 05

Atmospheric pollution and control: Unit 06

Atmospheric pollution and control: Unit 07

Atmospheric pollution and control: Unit 08

Atmospheric pollution and control: Unit 09

Atmospheric pollution and control: Unit 10

Atmospheric pollution and control: Unit 11

Atmospheric pollution and control: Unit 12

Atmospheric pollution and control: Unit 13

Atmospheric pollution and control: Unit 14

Atmospheric pollution and control: Unit 15

Atmospheric pollution and control: Unit 16

Atmospheric pollution and control: Unit 17

Atmospheric pollution and control: Unit 18

Atmospheric pollution and control: Unit 19

Atmospheric pollution and control: Unit 20

Atmospheric pollution and control: Unit 21

Atmospheric pollution and control: Unit 22

Atmospheric pollution and control: Unit 23

Atmospheric pollution and control: Unit 24

Atmospheric pollution and control: Unit 25

Atmospheric pollution and control: Unit 26

Atmospheric pollution and control: Unit 27

Atmospheric pollution and control: Unit 28

Atmospheric pollution and control: Unit 29

Atmospheric pollution and control: Unit 30

Atmospheric pollution and control: Unit 31

Atmospheric pollution and control: Unit 32

Atmospheric pollution and control: Unit 33

Atmospheric pollution and control: Unit 34

Atmospheric pollution and control: Unit 35

Atmospheric pollution and control: Unit 36

Atmospheric pollution and control: Unit 37

Atmospheric pollution and control: Unit 38

Atmospheric pollution and control: Unit 39

Atmospheric pollution and control: Unit 40

Atmospheric pollution and control: Unit 41

Atmospheric pollution and control: Unit 42

Atmospheric pollution and control: Unit 43

Atmospheric pollution and control: Unit 44

Environmental impact assessment: Unit 01

Environmental impact assessment: Unit 02

Environmental impact assessment: Unit 03

Environmental impact assessment: Unit 04

Environmental impact assessment: Unit 05

• Advantages and limitation of EIA, step-by-step procedure for conducting EIA; objective and scope of EIA; environmental attributes, public participation in EIA

Environmental impact assessment: Unit 06

Environmental impact assessment: Unit 07

Environmental impact assessment: Unit 08

Environmental impact assessment: Unit 09

Environmental impact assessment: Unit 10

Environmental impact assessment: Unit 11

Environmental impact assessment: Unit 12

Environmental impact assessment: Unit 13

Environmental impact assessment: Unit 14

Environmental impact assessment: Unit 15

Yarn manufacture: Ginning and baling: Unit 01

• Objects and methods of mixing, opening and cleaning, blow room machineries cleaning efficiency, lap regularity, modern developments, auto mixer and calculations pertaining to blow room

Yarn manufacture: Ginning and baling: Unit 02

• Objects, working, speeds and setting, grinding and stripping, silver quality, modern developments in carding, calculations related to carding, fibre hooks at card, opening lines required for processing of various blends

Yarn manufacture: Ginning and baling: Unit 03

• Objects and principles, roller drafting systems, modern developments, calculations pertaining to draw frame

Yarn manufacture: Ginning and baling: Unit 04

• Hook formation in carding, study pf preparatory machines to comber, combing process-setting, modern, combers, calculations pertaining to comber

Yarn manufacture: Ginning and baling: Unit 05

• Objects, working and drafting systems, twist insertion, mechanism of winding, lift of bobbin, bobbin building mechanism, speeds and production calculations, modern speed frames

Yarn manufacture: Ginning and baling: Unit 06

• Objects, working and ring frame mechanisms, yarns tension during spinning a yarn and package faults, modern developments, calculations pertaining to ring frame

Yarn manufacture: Ginning and baling: Unit 07

• Objects, dry doubling and wet doubling, fancy yarns, hosiery and seing threads, properties and end uses

Yarn manufacture: Ginning and baling: Unit 08

• Principles of break spinning, comparison of ring and OE yarns, recent developments in OE spinning, different types of rotors and opening rollers

Yarn manufacture: Ginning and baling: Unit 09

• Twist less spinning, self twist spinning, wrap spinning, friction spinning and air-jet spinning, comparison of the above methods for their principles and yarn properties, end used and techno-economics feasibility
• Siro, core and cover spinning methods

Fabric manufacture: Unit 01

• Objects, derivation of speeds, coil angles, cone angle, study of modern winders production calculations

Fabric manufacture: Unit 02

• Objects, study of modern warping machines, production calculations

Fabric manufacture: Unit 03

• Study of ingredients, properties, modern size cooking equipments, modern sizing machine, production calculations

Fabric manufacture: Unit 04

• Study of plain tappet tappet loom, automatic looms, drop box looms, dobby and jacquard looms, production calculations

Fabric manufacture: Unit 05

• Study of gripper, rapier, air jet, water jet machines

Fabric manufacture: Unit 06

• Classification, web productions techniques, properties of binders, geometry of non woven structures identification and testing of non wovens, study of thermal, spun bonding and spun lacing
• Knitting: Well basic stitches, jersey, rid, purl, interlock, warp basic stitches, pillar, atlas, tricot, study of circular well knitting machines, advantages of positive feed, study of warp knitting machines-Tricot and Raschel

Chemical processing of textiles: Unit 01

• Preparatory processes to wet processing; an overview of wet processing, sequences of wet processing, desizing-methods of desizing, singeing-methods of singeing, batching, souring, bleaching, mercerizing
• Methods of purifying fibre yarn and fabric made from other natural fibre like silk, wool, jute etc; methods of desizing-scouring and bleaching of regenerated cellulose fibre

Chemical processing of textiles: Unit 02

• Coloration, theories of coloration/ dyeing, factors that affect dyeing mechanism of dyeing, mechanism used for dyeing, classification of dyes, dyeing of natural fibres using direct, reactive, acid, metal complex, yat, sulphur
• Ingrain dyes and other popular dyes using different methods, after treatments and testing o dyed materials, yarn package dyeing, dyeing of knitted fabrics, dyeing of garments

Chemical processing of textiles: Unit 03

• Design development for printing, sources of inspection, the designers tools and work space, different techniques for design generation and reproduction, transfer of designs on wooden blocks, screen and stencil, scope of printing
• Methods and principles of printing, machineries used for textile printing, passage of material through printing machines

Chemical processing of textiles: Unit 04

• Objects of finishing, various methods of finishing, cotton, silk, wool, worsted fabric, chemicals formulation of different finishes, machiners used for finishing, speciality chemicals used for finishing, finishing, of garments

Textile testing: Unit 01

• Regain, length, fineness, maturity, strength, their determination, HVI and AFIS

Textile testing: Unit 02

• Yarn count, twist, strength, hairiness, uniformity and their determination

Textile testing: Unit 03

• Fabric weight, thickness, cover, tear, abrasion, drape, crease, colour fastness, their determination
• Fabric handle-KESF and FAST

Silk technology: Unit 01

• Sorting of cocoons, cocoon testing, storage of cocoons, stifling of cocoons, drying of cocoons, cooking of cocoons
• Methods employed-characteristics of cocoons

Silk technology: Unit 02

• Methods of silk reeling-charakha, cottage basins, filatures, semi automatic an automatic types
• Raw silk testing-packing of raw silk, utilization of by-products

Silk technology: Unit 03

• Manufacture of yarns for use in ordinary, chiffon, crepe, georgette fabrics, number of plies and different twist levels used
• Developments in silk throwing industry

Silk technology: Unit 04

• Warp and weft preparation, machineries employed in small scale and organized sections
• Silk weaving, handloom and power bow weaving, special features of silk looms, modifications required on power loom to weave silk fabrics

Silk technology: Unit 05

• Raw materials for spun silk yarn production, production of spun yarn and their properties

Silk technology: Unit 06

• Degumming and drying of silk yarns, dyeing, printing and finishing of silk fabrics

Silk technology: Unit 07

• Study of plain, twill, stain, crepe, Mockleno and towelling structures
• Backed cloths, extra wrap and extra well cloths, double cloth terry weaves, velvet, velveteens, gauge and leno, Damask Brocade cloths

Fashion design and garment technology: Unit 01

Fashion design and garment technology: Unit 02

Fashion design and garment technology: Unit 03

Fashion design and garment technology: Unit 04

Fashion design and garment technology: Unit 05

Fashion design and garment technology: Unit 06

Fashion design and garment technology: Unit 07

Fashion design and garment technology: Unit 08

Fashion design and garment technology: Unit 09

Fashion design and garment technology: Unit 10

Fashion design and garment technology: Unit 11

Fashion design and garment technology: Unit 12

Fashion design and garment technology: Unit 13

Fashion design and garment technology: Unit 14

Fashion design and garment technology: Unit 15

Fashion design and garment technology: Unit 16

Fashion design and garment technology: Unit 17

Fashion design and garment technology: Unit 18

Fashion design and garment technology: Unit 19

Fashion design and garment technology: Unit 20

Fashion design and garment technology: Unit 21

Fashion design and garment technology: Unit 22

Fashion design and garment technology: Unit 23

Fashion design and garment technology: Unit 24

Fashion design and garment technology: Unit 25

Fashion design and garment technology: Unit 26

Fashion design and garment technology: Unit 27

Fashion design and garment technology: Unit 28

Electric circuits and fields: Unit 01

• Graph of network, concept of tree, links, tie set schedule, cutset schedule

Electric circuits and fields: Unit 02

• Source transformation, circuit analysis using loop current and node voltage methods, star-delta conversion, dual networks and concept of controlled sources
• Network theorems-Thevenin's, Norton, maximum power transfer, superposition and reciprocity, resonant circuits, transient analysis, Laplace transformations and applications, standard test signals, initial conditions

Electric circuits and fields: Unit 03

• y and z parameters and h-parameters of two port networks

Electric circuits and fields: Unit 04

• Types of errors and sources of errors

Electric circuits and fields: Unit 05

• Coulomb's law and electric field intensity, electric flux density

Analog and digital electronics: Unit 01

• Diode circuits, rectifiers, transistor biasing and bias stability, class A, class B, and class C amplifiers, small signal h-parameter equivalent circuit of transistor
• Expression for current gain, voltage gain, input impedance, RC coupled amplifier, frequency response, half power frequencies, bandwidth and factors influencing the bandwidth
• RC Coupled emitter follower amplifier, current gain, voltage gain, input and output impedance, applications

Analog and digital electronics: Unit 02

• Power amplifiers: Class A, class B, push pull, and class C power amplifiers, maximum power output, driving power requirements
• Feedback amplifiers and oscillators: Concept of positive and negative feedback, advantages of negative feedback. Voltage and current feedback, effect of the same on performance characteristics. Condition for oscillation, Wein bridge oscillator
• Feedback amplifiers and oscillators: Expression for frequency of oscillation, crystal oscillators. Voltage regulator, operational amplifiers, comparator, ZCD, precision rectifier, I to V and V to I converters, instrumentation amplifiers, square wave
• Feedback amplifiers and oscillators: Triangular wave and saw tooth wave generator
• Wave shaping circuits: Clipping, clamping, integrator and differentiator circuits

Analog and digital electronics: Unit 03

• Number Systems and codes: Decimal, binary, octal, hexadecimal, binary coded decimal, octal, hex numbers, excess 3 and gray codes, binary arithmetic
• Digital circuits: Combinational logic circuits-digital signals, Boolean constants and variables, basic logic operations, AND, OR, NOR gates and realization or truth tables, Boolean-expressions, simplification of Boolean expressions using basic theorems
• Digital circuits: Combinational logic circuits-Karnaugh map method of obtaining logic expressions, maxterm, mintenn realization of logic functions using basic gates and also using NAND and NOR gates. Half adder, full adder, multiplexers, demultiplexers
• Digital circuits: Combinational logic circuits-encoders and decoders, A/D and D/A converters
• Sequential logic: SR latch, clocked RS FF, D FF, JK and T FF, master slave JK-FF, edge triggered flip-flops, registers, shift registers, asynchronous counters, synchronous counters
• Semiconductor memories: RAM, ROM, PROM, EPROM, EEPROM, and Flash

Control systems: Unit 01

Control systems: Unit 02

Control systems: Unit 03

Control systems: Unit 04

Control systems: Unit 05

Control systems: Unit 06

Control systems: Unit 07

Control systems: Unit 08

Control systems: Unit 09

• Absolute and relative stability, RH criterion. Polar plots, phase cross over and gain cross over frequencies
• Bode plots, phase plot, and gain plot, determination of gain and phase margins

Control systems: Unit 10

• Principle of mapping of Nyquist path, gain margin, phase margin
• Nyquist stability criterion
• Root locus

Control systems: Unit 11

• State variables, state model of linear systems, solution of state equation, state transition matrix

8051 microcontroller: Unit 01

8051 microcontroller: Unit 02

8051 microcontroller: Unit 03

• Architecture, memory organization, addressing modes, instruction set

8051 microcontroller: Unit 04

• Assembly language programs, time delay calculations and subroutines

8051 microcontroller: Unit 05

• Timers/ counters, serial communication

8051 microcontroller: Unit 06

Electrical and electronics: Unit 01

• Principles of operation, EMF equation of DC machine, constructional features, classification, generator action, voltage regulation
• Motor action, characteristics, applications, efficiency, testing of DC machines, starting of DC motors
• Principle of operation and constructional features of induction motor, equivalent circuit, circle diagram of IM, torque equation, starting of IM and speed control
• Construction and operation of cylindrical rotor and salient pole synchronous generator, EMF equation, harmonics and their minimization, armature reaction, regulation by EMF method, MMF method and ZPF methods
• Two reaction theory for salient pole machine
• Determination of Xd and Xq from slip test, synchronization, synchronizing with infinite bus, parallel operation of two alternators, operation on infinite bus, load sharing, effect of change in excitation power angle
• Equation of power in terms of power angle
• Synchronous motor: Principle of operation, V and inverted V curves, synchronous motor as synchronous condenser for pf improvement, method of starting, torque and torque angle

Electrical and electronics: Unit 02

• Single phase and 3-phase transformer, principle of operation, equivalent circuit, vector diagram, efficiency and regulation
• Polarity test, OC and SC tests, pre determination of efficiency and regulation
• Power and distribution transformer
• All day efficiency, Sumpner's test, 3-phase transformer connection, 3-phase to 6-phase, Scott connection and open delta, harmonics
• Auto transformers: Construction, application, 3-phase autotransformers.

Electrical and electronics: Unit 03

• Hydel, thermal, and nuclear power plants, plant factors, technologies connected with the above plants, power plant economics, major equipment in power stations, power factor improvement, substation
• MVA calculation, current limiting reactors, typical transmission and distribution schemes, overhead transmission lines
• Line parameters, calculation of resistance, inductance and capacitance
• Short medium and long transmission lines
• HVAC/DC generation and measurement
• Insulators: Types potential distribution in suspension insulators string efficiency, testing of insulators; underground cables types, material used, grading of cables, charging current, testing of cables
• AC distribution system: Radial and ring main system
• Switch gear and protection: Fuses, circuit breakers, switches, relays, protector schemes. HVAC/DC generation and measurement

Electrical and electronics: Unit 04

• Power semiconductor devices, power diodes, power transistors, power MOSFET, IGBT, their switching characteristics ,merits and demerits, their typical application
• Thyristor two transistor analogy, static and dynamic characteristics-turn on and turn off characteristics, gate characteristics, triggering schemes, snubber circuits, over current and over voltage protection

Electrical and electronics: Unit 05

• Representation of power systems components: Single line diagram, per unit concept
• Symmetrical 3 phase faults: Short circuit current and selection of circuit breaker
• Symmetrical components: Resolution of unbalanced voltage and current into their symmetrical components
• Power in terms of symmetrical components, positive, negative and zero sequence networks of power systems
• Power system stability; steady state and transient stability
• Swing equation, equal area criteria and its application
• Load flow studies, solution of load flow studies by Gauss Sidal, N.R method and fast decoupled method, economic operation of power system

Electrical and electronics: Unit 06

Electrical and electronics: Unit 07

Electrical and electronics: Unit 08

Electronics and communication engineering/ telecommunication engineering: Unit 01

• Micro-electronics, CMOS logic structures, scaling, sub-system design and layout, testability, embedded system design and development, RTOS

Electronics and communication engineering/ telecommunication engineering: Unit 02

• Types of signals and systems, properties of systems, convolution, correlation, Fourier series and transforms (discrete time), Z-transform, DFT and FFT, structure for FIR and LK system, windowing techniques, analog and digital filter design
• FIR and IIR filter design

Electronics and communication engineering/ telecommunication engineering: Unit 03

• AM, FM, PM, digital communication sampling, digital coding of analog wave forms, ISI, digital modulation techniques-PSK, BPSK, QPSK, MSK, spread spectrum, ISO/ OSI model, TCP/IP model, internet working
• Wireless communication-cellular concept, cell fundamentals, capacity expansion techniques, mobility management, GSM channel concept, CDMA channel concept, diversity techniques, wireless LAN

Electronics and communication engineering/ telecommunication engineering: Unit 04

• Transmission lines, characteristic impedance, impedance transformation, passive and active microwave devices, microwave measurement, radar systems, radio telemetry
• Rectangular wave guides and circular wave, guides, antenna parameters-radiation pattern, beam area, radiation intensity, beam efficiency, directivity angain, effective height, radiation efficiency, reciprocity theorem, dipole antennas, antenna arrays
• Different types of antennas

Electronics and communication engineering/ telecommunication engineering: Unit 05

• Diodes, transistors, amplifiers, voltage regulators and power supplies, characteristics of DIAC, TRIAC, MOSFET, IGBT, thyristors and its control circuits, control rectifiers, commutation techniques, AC voltage controller

Electronics and communication engineering/ telecommunication engineering: Unit 06

• Architecture, memory segmentation, addressing modes, instruction set, I/O interfacing, 8255, 8253

Instrumentation technology: Unit 01

• Instruments and measurement systems, different types of instruments, functions of instruments and measurement systems, applications of measurement systems, elements of generalized measurement system
• Input-output configuration of measuring instruments and measurement systems, methods of correction for interfering and modifying inputs
• Transducers, classifications of transducers

Instrumentation technology: Unit 02

• Static and dynamic characteristics of measurement systems, standards and calibration, gross errors and systematic errors, absolute and relative errors, basic concepts of accuracy, precision, resolution and significant figures
• Measurement error combinations and error analysis

Instrumentation technology: Unit 03

• Transducers and sensors for the measurement of displacement, level, stress and stress, force and torque, pressure, temperature, flow, vibration, density, viscosity, turbidity, humidity and moisture, sound, speed and thickness

Instrumentation technology: Unit 04

• Introduction to process control, final control
• Controller principles-all types of discontinuous and continuous controllers, analog and digital controllers
• Control loop characteristics, multivariable control, feed forward control, cascade control, modeling and simulation from plant automation, industrial control applications, programmable logic controllers (PLC)-introduction, design and programming

Instrumentation technology: Unit 05

• Analytical Instrumentation: Introduction, principles of UV, visible and IR spectroscopy. Flame emission spectroscopy and atomic absorption spectroscopy, chromatography
• Optical instrumentation: Fundamentals of lasers, solid and semiconductor lasers and their characteristics. Applications of lasers-interferometers and holography. Basics of fiber optics
• Biomedical instrumentation: Biomedical transducers and electrodes. Instrumentation and recording of ECG, EEG, respiratory rate, blood pressure and blood flow. Cardiac pacemakers and defibrillators

Instrumentation technology: Unit 06

• Types of signal and systems, properties of systems, convolution correlation, Fourier series and transforms (discrete time) Z-transform, DFT and FFT, windowing techniques, analog and digital filter design, IIR, FIR filter design

Biomedical engineering and medical electronics: Unit 01

• Homeostasis, types of tissues, cardiovascular system, nervous system, respiratory system, skeletal and muscular system, digestive system

Biomedical engineering and medical electronics: Unit 02

• Biomedical transducers and electrodes, sources of bioelectric potentials. Bioelectric signals-ECG, EEG, EMG
• Defibrillators, cardiac pacemakers, implantable pacemakers, respiratory measurement, blood pressure and blood flow meters, audiometers

Biomedical engineering and medical electronics: Unit 03

• X-ray and radiography, computed tomography, ultrasound imaging, radionuclide imaging, magnetic resonance imaging

Biomedical engineering and medical electronics: Unit 04

• Types of Signals and systems, properties of systems, convolution, correlation, discrete time Fourier series and discrete time Fourier transforms. Z-transform, DFT and FFT, windowing techniques, analog and digital filter design, ER, FIR filter design

Biomedical engineering and medical electronics: Unit 05

• Digital filters, ER filters-smoothing, notch, derivatives, sampling, integer filters, data reduction techniques, signal averaging
• ECG signal processing, QRS detection-power spectrum of ECG, BP filtering techniques, different template matching techniques. EEG signal processing and analysis

Biomedical engineering and medical electronics: Unit 06

• Image sampling and quantization, enhancement in spatial domain, properties of 2D Fourier transform, enhancement in frequency domain, basic compression methods, image compression standards, edge detection, edge linking and boundary detection, thresholding
• Region based segmentation, colour image processing

Engineering materials: Unit 01

Engineering materials: Unit 02

Engineering materials: Unit 03

Engineering mechanics: Unit 01

Engineering mechanics: Unit 02

Engineering mechanics: Unit 03

Strength of materials: Unit 01

Strength of materials: Unit 02

Strength of materials: Unit 03

Strength of materials: Unit 04

Strength of materials: Unit 05

Strength of materials: Unit 06

Strength of materials: Unit 07

Strength of materials: Unit 08

Strength of materials: Unit 09

Strength of materials: Unit 10

Fluid mechanics: Unit 01

Fluid mechanics: Unit 02

Fluid mechanics: Unit 03

Fluid mechanics: Unit 04

Fluid mechanics: Unit 05

Fluid mechanics: Unit 06

Fluid mechanics: Unit 07

Fluid mechanics: Unit 08

Fluid mechanics: Unit 09

Fluid mechanics: Unit 10

Fluid mechanics: Unit 11

Thermodynamics: Unit 01

Thermodynamics: Unit 02

Thermodynamics: Unit 03

Thermodynamics: Unit 04

Thermodynamics: Unit 05

Thermodynamics: Unit 06

Thermodynamics: Unit 07

Thermodynamics: Unit 08

Thermodynamics: Unit 09

Thermodynamics: Unit 10

Thermodynamics: Unit 11

Theory of machines: Unit 01

Theory of machines: Unit 02

Theory of machines: Unit 03

Theory of machines: Unit 04

Theory of machines: Unit 05

Theory of machines: Unit 06

Theory of machines: Unit 07

Theory of machines: Unit 08

Theory of machines: Unit 09

Theory of machines: Unit 10

Theory of machines: Unit 11

Design of machine elements: Unit 01

Design of machine elements: Unit 02

Design of machine elements: Unit 03

Design of machine elements: Unit 04

Design of machine elements: Unit 05

Design of machine elements: Unit 06

Design of machine elements: Unit 07

Design of machine elements: Unit 08

Design of machine elements: Unit 09

Design of machine elements: Unit 10

Design of machine elements: Unit 11

Design of machine elements: Unit 12

Design of machine elements: Unit 13

Design of machine elements: Unit 14

Production engineering: Unit 01

Production engineering: Unit 02

Production engineering: Unit 03

Production engineering: Unit 04

Production engineering: Unit 05

Production engineering: Unit 06

• Soldering, brazing and welding, modem welding processes; metal cutting tools-machine tool operations, non-traditional machining processes

Industrial engineering and management: Unit 01

Industrial engineering and management: Unit 02

Industrial engineering and management: Unit 03

Industrial engineering and management: Unit 04

Industrial engineering and management: Unit 05

Industrial engineering and management: Unit 06

Industrial engineering and management: Unit 07

• Introduction, purchasing, stores: Inventory-supply chain management

Industrial engineering and management: Unit 08

Industrial engineering and management: Unit 09

Industrial engineering and management: Unit 10

Industrial engineering and management: Unit 11

Industrial engineering and management: Unit 12

• Productivity, work study, method study, ergonomics

Industrial engineering and management: Unit 13

• Statistical process control, control charts, inspection and test-sampling plans

Industrial engineering and management: Unit 14

• Introduction, management function, motivation and behaviour

Industrial engineering and management: Unit 15

• Fundamentals, business application, issues in management information technology

Industrial engineering and management: Unit 16

• Introduction, concepts and architecture and data modeling

Industrial engineering and management: Unit 17

• LPP, transportation, assignment problems, inventory control, PERT-CPM

Industrial engineering and management: Unit 18

• Product cycle, elements of CAD/ CAM system-hardware and software, modeling. Transformations, NC, CNC, robots configurations and applications, programming language, robotic sensors

Industrial engineering and management: Unit 19

• Limits, fits, tolerances, gauges, comparators, surface finish measurements

Automobile engineering: Unit 01

• 2 Stroke and 4 Stroke engines, engine components, carbonation, petrol and diesel fuel injection, combustion in S.I. and C.I. engines, engine cooling

Automobile engineering: Unit 02

• Storage batteries, ignition system, starter motor, charging system

Automobile engineering: Unit 03

• Undamped and damped vibrations, forced vibrations, vehicle vibrations on human comfort

Automobile engineering: Unit 04

• Power for propulsion, design of I.C. engine parts and gear box

Automobile engineering: Unit 05

• Limits, fits, and tolerances, types of gauges, comparators, surface finish equipment's, pressure, and flow and strain measurement

Automobile engineering: Unit 06

• Product cycle, elements of CAD/ CAM system-hardware and software, modeling, transformations, NC, CNC, robots configurations and applications, programming language, robotic sensors

Industrial and production engineering: Unit 01

• Limits, fits, and tolerances. Gauges, comparators, surface finish

Industrial and production engineering: Unit 02

• LPP, transportation, assignment, game theory

Industrial and production engineering: Unit 03

• Statistical process control, control charts, inspection and test, sampling plans

Industrial and production engineering: Unit 04

• Method study, work measurement, ergonomics

Industrial and production engineering: Unit 05

• Hardware and software, modeling, transformations, NC, CNC, robot configurations and applications

Industrial and production engineering: Unit 06

• Rolling, forging, extrusion, sheet metal forming

Industrial and production engineering: Unit 07

• Depreciation, cost estimation

Industrial and production engineering: Unit 08

• Liquid penetrant, ultrasonic, radiography, magnetic particle inspection and leak test

Industrial and production engineering: Unit 09

Industrial and production engineering: Unit 10

• Basic theory-tool life, tool wear, cutting tools, geometry and materials

Manufacturing engineering: Unit 01

• LPP, transportation, assignment problems, inventory control, PERT-CPM

Manufacturing engineering: Unit 02

• Cutting tools, geometry, materials, measurement of cutting forces, tool wear and life

Manufacturing engineering: Unit 03

• Yield criteria, 2-ID plastic flow, fundamentals of metal working, drawing, extrusion, forging and rolling

Manufacturing engineering: Unit 04

• Introduction, metal joining process, welding processes: Pressure, gas and electric, testing and inspection

Manufacturing engineering: Unit 05

• Robot components, classification, configuration, direct and inverse kinematics, robot programming and sensors

Manufacturing engineering: Unit 06

• Automation; definitions, reasons, high volume production systems, computerized manufacturing systems and networks

Manufacturing engineering: Unit 07

• Product cycle, elements of CAD/ CAM system-hardware and software, modeling, transformations, NC, CNC machines

Manufacturing engineering: Unit 08

• Limits, fits, and tolerances, types of gauges, comparators, surface finish equipment's, pressure, and flow and strain measurement

Mechanical engineering: Unit 01

• Modes of heat transfer, one dimensional heat conduction
• Fins dimensionless parameters in convective heat transfer
• Forced convection heat transfer over flat plates and through tubes
• Free convection heat transfer over flat plates and cylinders, radiation, heat transfer, heat exchangers, LMTD and NTU methods

Mechanical engineering: Unit 02

• Introduction, management function, motivation, and behaviour fluid machines: Introduction, principles of hydraulic machines, impulse and reaction turbines, steam turbines

Mechanical engineering: Unit 03

• Introduction, transducers, mechatronic elements, pneumatic, hydraulic, electrical and mechanical actuation systems, signal conditioning

Mechanical engineering: Unit 04

• Plant layout, plant location, forecasting, scheduling , inventory control

Mechanical engineering: Unit 05

• LPP, transportation, assignment problems, inventory control, PERT-CPM

Mechanical engineering: Unit 06

• Product cycle, elements of CAD/ CAM system-hardware and software, modeling, transformations, NC, CNC, robots configurations and applications, programming language, robotic sensors

Mechanical engineering: Unit 07

• Limits, fits, and tolerances, types of gauges, comparators, surface finish equipment's, pressure, and flow and strain measurement

General knowledge: Unit 01

General knowledge: Unit 02

General knowledge: Unit 03

General knowledge: Unit 04

General knowledge: Unit 05

General knowledge: Unit 06

General knowledge: Unit 07

General knowledge: Unit 08

General knowledge: Unit 09

General knowledge: Unit 10

General knowledge: Unit 11

General knowledge: Unit 12

General knowledge: Unit 13

General knowledge: Unit 14

Reasoning and general intelligence: Unit 01

Reasoning and general intelligence: Unit 02

Reasoning and general intelligence: Unit 03

Reasoning and general intelligence: Unit 04

Reasoning and general intelligence: Unit 05

Reasoning and general intelligence: Unit 06

Reasoning and general intelligence: Unit 07

Quantitative analysis: Unit 01

Quantitative analysis: Unit 02

Quantitative analysis: Unit 03

Quantitative analysis: Unit 04

Computer awareness: Unit 01

• Organization of a computer, central processing unit (CPU), input/ output devices, computer memory, programming languages, types of software's, general awareness about internet, web applications, database applications and information systems

Computer awareness: Unit 02

• Representation of characters, integers and fractions, binary, ASCII and hexadecimal representations

Computer awareness: Unit 03

• Addition, subtraction, multiplication, division, two's complement arithmetic, floating-point representation of numbers, normalized floating-point representation

Computer awareness: Unit 04

• Evolution of operating systems, types of operating systems, functions of an operating system, modern operating systems

Analytical ability and logical reasoning: Unit 01

Analytical ability and logical reasoning: Unit 02

General awareness: Unit 01

General awareness: Unit 02

General awareness: Unit 03

General awareness: Unit 04

General awareness: Unit 05

General awareness: Unit 06

General awareness: Unit 07

General English: Unit 01

General English: Unit 02

General English: Unit 03

General English: Unit 04

General English: Unit 05

General English: Unit 06

General English: Unit 07

General English: Unit 08