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DR. B R AMBEDKAR NATIONAL INSTITUTE OF TECHNOLOGY

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G T Road Bye Pass, Jalandhar-144011, Punjab (India)

List of topics for presentation during Interview for Asstt Prof (Contract) in

TEQIP Institutions

Chemical Engineering

Sr.No. Title for presentation

Chemical Engineering

1. Computational Fluid Dynamics

2. Gas-Liquid-Solid Reactions

3. Heat Exchangers with phase-change

4. Multi-component Distillation

5. Pumps: Selection and Design

6. Statistical Thermodynamics

7. Carbon Dioxide Sequestration Techniques

8. Nano Technology and Chemical Engineering

9. Hydrogen and Fuel Cell Technology

10. Recent Trends in Chemical Engineering

Petroleum Engineering

1. Integrated Reservoir Management

2. Enhanced Oil Recovery

3. Reservoir Fluid Properties and Phase Equilibria: “PVT”

4. Drilling engineering-hydraulics optimization

5. Hydrocarbon exploration

6. Reservoir simulation

7. Low Cost Methods for Improved Oil and Gas Recovery

8. Risk Analysis Applied to Petroleum Engineering

9. Gas Shales

10. Carbon Sequestration

Civil Engineering


1. Soil Mechanics

2. Foundation Engineering

3. Rock Mechanics

4. Engineering Geology

5. Ground Improvement

6. Concrete Technology

7. Design of Concrete Structures

8. Design of Steel Structures

9. Structural Analysis

10. Strength of Materials

11. Building Materials

12. Building Construction

13. Fluid Mechanics

14. Irrigation Engineering

15. Design of Hydraulic Structures

16. Water Supply Engineering

17. Waste Water Engineering

18. Pre-stressed Concrete

19. Construction Machinery

20. Construction planning and Management

21. Estimating and Costing

22. Highway Engineering

23. Railway Engineering

24. Airport and Harbour Engineering

25. Survey and Remote Sensing

Geology Engineering

1. Crystallography and Mineralogy

2. Petrology

3. Structural Geology

4. Geological work of rivers and Oceans

5. Ground Water

6. Earthquake and Tsunamis

7. Site investigations

8. Landslides and Mass Movement

9. Stratigraphy of India

10. Environmental Geology and Geotechnology

11. Survey and Remote Sensing

Computer Science and Engineering


1. Agile Software Development

2. Extreme Programming

3. Database Security Issues and Challenges

4. High Performance Computing

5. Advances in Computer Networks,

6. Big Data & Data Analytics,

7. Data Mining and Warehousing,

8. Artificial Intelligence and Machine Learning

9. Deep Learning Algorithms

10. Distributed Computing,

11. Opportunities, Challenges and Threats in Cyberspace

12. Cryptography and Network Security

Information Technology


1. Big Data & Data Analytics

2. Cloud Computing

3. Internet of Things

4. Digital Watermarking

5. Data Mining and Data Warehousing

6. Biometric Security System

7. Opportunities, Challenges and Threats in Cyberspace

8. Intrusion Detection Systems

9. Mobile Computing

10. Enterprise Resource Planning

11. Pervasive Computing

Chemistry


1. Phase Equilibria

2. Molecular Spectroscopy

3. Surface Chemistry And Adsorption

4. Coordination Chemistry

5. Symmetry And Group Theory

6. Green Chemistry

7. Supramolecular Chemistry

8. Fuel And Lubricants

9. Water And It's Treatment

10. Nanomaterials And Charaterizaion Techniques

11. Electrochemistry

12. Composites

Physics


1. Fundamentals of Laser

2. Theory of Relativity

3. Maxwell's Equation

4. Nanomaterials

5. Crystal Structure

6. Electrical Properties of Material

7. Magnetic Properties of Material

8. Dielectrics

9. Fibre Optics

10. Fundamental Concepts of Quantum Mechanics

Industrial and Production Engineering

Sr

No

Topics for power point

Presentations

Contents

1. Engineering Materials

Structure and properties

2. Engineering Mechanics

Equations of equilibrium, Statics and

Dynamics

3. Theory of Machines

Analysis of planar mechanisms, CAMS and

followers; governors and fly wheels

4. Machine Design Design of gears

5. Thermal Engineering

Bernoulli’s equation, flow through pipes,

equations of continuity and momentum,

capillary action, contact angle and wetting;

6. Fluids Engineering Calculation of work and heat for systems

and control volumes

7. Casting

Analysis of solidification and microstructure

development; design of gating and riser

8. Metal Forming

Stress-strain relations in elastic and plastic

deformation;

9. Joining of Materials

Principles of welding processes, process

parameters and its influence on quality of

the product

10. Powder Processing

Mechanics of the process

11. Polymers and Composites

Mechanics of the process

12. Machine Tools and Machining

Mechanics of cutting, Tool life equation,

economics of machining, thermal aspect of

machining

13. Non-traditional Manufacturing

Effect of process parameters on MRR and

product quality of non-traditional machining

processes

14. Computer Integrated

Manufacturing

Drives and controls used on CNC machines

15. Metrology Tolerance Analysis in manufacturing and

assembly, Interchangeability, DAQ

16. Inspection Inspection of screw threads and gears

17. Quality Management Statistical quality control, six sigma, TQM

18. Reliability RAM analysis, FMEA, System Reliability

19. Maintenance TPM, RCM, Proactive Maintenance, PM

Optimization

20. Product Design and

Development

Product life cycle; standardization,

simplification, diversification, value

engineering and analysis, concurrent

engineering;

21. Work System Design Productivity – concepts and measurements,

ergonomics

22. Facility Design Assembly line balancing

23. Engineering Economy Elementary cost accounting and methods of

depreciation; break-even analysis

24. Costing Techniques for evaluation of capital

investments, financial statements, time-cost

trade-off, resource leveling.

25. Production Control Forecasting techniques, master production

scheduling; MRP and MRP-II; Lean

Manufacturing

26. Project Management PERT and CPM

27. Industiral Automation Pneumatics/Hydraulics/PLCs, IIOT/Industry

4.0

28. Mechatronics Microcontrollers, Sensors and actuators

29. Additive Manufacturing Rapid Prototyping techniques

Mathematics


1. Applications of wavelets,

2. Applications of finite element methods in science and engineering,

3. Topology and its various applications,

4. Applications of Beta and Gamma distributions,

5. Applications of game theory in Industrial Problems,

6. Applications of network analysis,

7. Eigen value and eigen vectors and their applications

8. Partial differential equations and their importance,

9. Applications of Group Theory in Chemistry and Chemical Engineering,

10. Integral equations and their importance.

11. Applications of sequencing,

12. Modelling and simulations.

Instrumentation and Control Engineering


1. Control Theory and Applications

2. Robust Control

3. Robotics and Artificial Intelligence

4. High Speed Networks and Sensor Networks

5. Biomedical Instrumentation

6. Process Control

7. Intelligent Instrumentation and Control

8. Power System-Operation and Control

9. Biomedical Imaging and Signal Processing

10. Virtual Instrumentation

Mechanical Engineering


13. Laws of thermodynamics

14. Air standard cycles/ Refrigeration Cycles

15. Fluid Kinematics

16. Conduction heat transfer

17. Hydraulic/ Steam turbines

18. Simple and complex stress analysis

19. Bending and torsion

20. Design of Gears/fasteners/springs

21. Rigid Body Mechanics

22. Different Mechanisms used in Machines

Bio Technology


1. Microbial growth and product formation kinetics

2. Heat sterilization of large scale fermentation media

3. Scale Up of bioreactors

4. Kinetics of enzyme catalyzed reactions in free and immobilized

states

5. Bioreactors for animal cell culture

6. Bioreactors for suspension and immobilized microbial cultures

7. Application of Recombinant DNA Technology

8. Aerobic processes of secondary treatment for waste

9. Instrumentation and control of bioprocesses

10. Separation of soluble products from fermentation broths

Electronics and Communication Engineering


1. Digital/Analog VLSI Design

2. RF and Microwave

3. Biomedical signal/Digital signal/image processing

4. Digital Electronics/system design

5. Electronic Devices and Circuits

6. Microprocessors and Microcontroller

7. Digital/Analog wireless communication

8. Optical communication

9. Soft computing

10. Microelectronics

Textile Technology


Spinning

1. Raw material as a factor influencing the spinning process , productivity

and yarn quality

2. Blending of manmade fibres with wool to meet varied desires and

demands of the worldwide consumer markets

3. Selection of blend constituents to produce yarn or fabric with

improved functional properties

4. Some significant developments in spinning preparatory process to

improve yarn quality and productivity

5. The reasons behind the structural differences of compact, rotor ,

friction and air jet spun yarns

6. The classimat faults and its analysis by the optical method

Weaving

1. The factors which are influencing the sizing performance

2. The control of yarn tension in autoconer machine

3. Movement of Sley/kinematics of Sley

4. Mechanics of Beat-up

5. Picking mechanism of shuttle system

6. Warp yarn tension during weaving

Fibre Science

1. Essential and desirable properties of fiber forming polymers and textile

fibers.

2. Effect of molecular arrangement and molecular weight on properties of

polymers/fibers and determination of molecular weight.

3. Manufacturing methods of manmade fibres and their comparisons.

4. Applications of X-ray diffraction in textiles.

5. Creep and stress relaxation behavior of textiles.

6. Hysteresis of moisture absorption in textiles and concept of heat of

wetting.

7. Thermal characterization of textile fibres.

8. Application of IR spectroscopy in textiles.

9. Heat setting of textile fibres.

10. Characterization of Physical structure of textile fibres

Textile Testing

1. Various principles of measurements of fibre fineness.

2. Concept of cotton fibre uniformity and its measurement.

3. Factors affecting tensile test results.

4. Load elongation curve of textile fibres and various parameters

obtained from it.

5. Evenness testing of yarns, nature and causes of irregularities,

principles and methods of evenness testing.

6. Variance - length curves and spectrogram analysis of yarn

unevenness.

7. Measurement of fabric low stress mechanical properties.

8. Fabric stiffness, drape and handle and their measurements.

9. Thermal comfort and resistance of textile fabric.

10. Different methods and principles of tensile testing of textiles.

Technical Textiles

1 Definition and scope for technical textiles.

2 Brief idea about various technical fibres.

3 Applications of textiles in Filtration.

4 Geotextiles.

5 Medical textiles.

6 Sewing threads.

7 Protective clothing.

8 Functional requirement of textiles in defence including ballistic

protection materials and parachute cloth.

9 Functional requirement of textiles for airbags and belts.

Chemical Processing

1. Role of fibre structure in dyeing of textile fibres and dye-fibre

interaction through physical and chemical forces.

2. Dyeing of synthetic fibres in HTHP machines.

3. Dyeing of nylon with acid dyes

4. Dyeing of cotton with vat dyes

5. Discharge styles of printing of polyester and its blends.

6. Durable press finishing of textiles.

7. Water repellent and flame retardant finishes on man mades and

blends.

8. Basic criteria for combining pretreatment methods, combined desizing

and bleaching, scouring and bleaching, desizing – scouring.

9. Fastness determination of dyed textiles.

10. Thermodynamic study of dyeing: Study of vat dye on cotton, acid dye

on wool and nylon, Dyeing equilibrium and concept of half time dyeing.

Humanities and Management (English)


1. Cinema and Trauma

2. Children's Literature

3. Science and 19th Century for Technocrats

4. Role of Business Communication for Technocrats

5. The importance of history while writing different narratives

6. Psychology and the modern novel

7. Presentation Skills in Business Communication

8. Travelogues in 21sth century

9. Barriers in communication

10. Effects of Media and Mode on communication

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