Important Information for the candidates appearing for Interview of Assistant Professor (on Contract) under TEQIP-III Candidates are required to select any one of the topic from the listed topics for the respective branches/subjects. Candidates are required to make a presentation of 10-15 minutes duration on the scheduled date of interview already uploaded on the Institute Web Site. Chemical Engineering 1. Mass transfer Phenomena 2. Reaction Kinetics 3. Heat transfer Phenomena 4. Homogeneous and Heterogeneous Catalyst 5. Chemical Process Modelling 6. Polymer Engineering 7. Unit Operation of chemical Engineering 8. Electro chemistry 9. Ceramics 10. Bioprocess engineering 11. Bio Reactors Mining Engineering 1. Physical Processing od minerals 2. Chemical Processing of minerals 3. Mining Geo mechanics 4. Mine Planning 5. Mine Ventilation 6. Rock mechanics in mining Engineering 7. Surface Mining Systems 8. Underground Mining Systems 9. Socio Environmental Aspects of Mining 10. Mining Safety 11. Coal Mine Design and feasibility 12. Ore Body modelling Page 1 of 7
Chemistry 1. Chemistry for Engineers 2. Chemistry in day to day life 3. Chemistry for Pharmaceutical Industry 4. Modern spectroscopic tools. 5. Application of Chemistry for preventing corrosion. 6. Chemosensors 7. Green Chemistry 8. Application of Computational Chemistry 9. Chemical biology 10. Application of Chemistry in polymer industry Physics 1. Material Science 2. Nanotechnology 3. Condensed Matter Physics 4. Spectroscopy 5. Nuclear Physics 6. PARTICLE Physics 7. Electronics 8. Quantum Physics 9. Classical Mechanics 10. String theory English 1. Homoerotic Desire on Shakespearean Stage 2. English as a Foreign Language 3. Literary Theories to Interpret Literature 4. Decolonization of the Indian Mind from English Language 5. LGBTQ Theories 6. ELT (English Language Teaching) to Regional Language Speakers 7. Technical Writing 8. Gender Theory and Women's Literature in English Language 9. Soft Skills 10. Cybernetics Theory and Literature Page 2 of 7
Mathematics 1. Linear Algebra. 2. Real Analysis. 3. Ordinary Differential Equation. 4. Partial Differential Equation. 5. Complex Analysis. 6. Numerical Technique Engineering. 7. Discrete Mathematics Structure. 8. Probability Theory. 9. Mathematical Statistics. 10. Operation Research. 11. Transform Calculus and Industry Equation. Computer Science and Engineering 1. Time Complexity in Algorithms 2. B Tress Vs B+ Tree 3. Working of Data Link Layer 4. Computer Graphics 5. Machine learning 6. Searching in Artificial Engineering 7. Virtual Memory 8. Deterministic and Non Deterministic Finite Automata 9. Entity Relationship Diagram 10. Marshalling in distributed computing 11. Traversing in Graph Information Technology 1. Overloading Functions and Operators 2. High Performance computing 3. Priority Queue 4. Principles of Pipelining 5. Computer Vision 6. Query Processing in Relational Database 7. Business applications of information technology 8. Paging in Memory 9. Flow control vs. congestion control at Transport Layer 10. Inheritance and Interface 11. Object Modelling Using UML Page 3 of 7
Electronics and Telecommunication/ Communication Engineering 1. Frequency analysis of signals 2. Analog Modulation Techniques 3. Error correction and detection codes 4. Controller design (P, PI, PID) 5. Maxwell s Equations 6. Data Acquisition Systems 7. Working principle of Operational Amplifiers 8. Working principle of Field Effect Transistors 9. Microwave amplifiers 10. Design of synchronous counter Electrical and Electronics Engineering 1. Frequency Modulation 2. Counter Design 3. Power Amplifiers 4. Maxwell s Equations 5. Direct Memory Access (DMA) 6. State space analysis 7. Small signal analysis of BJT Amplifier. 8. Induction Motor 9. Transformer 10. SCR (Sillicon Controlled Rectifier) Electronics and Instrumentation Engineering 1. Types of errors and analysis of errors 2. Generalized structures of instruments 3. Sensors & Transducers Types, operating principles 4. Lead Compensation and compensation of base line ambient conditions 5. Measurement of temperature, pressure, flow, level, force, displacement and acceleration 6. Signal conditioning circuits, Filters, bridges, instrumentation amplifiers, buffers, I-V convertors 7. Analog to digital and digital to analog conversion techniques, ADCs, DACs and Microprocessors 8. Digital Voltmeters 9. Measurement of frequencies (Digital Counters) 10. Electronic measuring instruments, Digital Multimeters, frequency counters, function generators, spectrum analyzers, digital storage oscilloscopes Page 4 of 7
Electronics Engineering 1. Frequency analysis of signals 2. Analog modulation techniques 3. Analog to Digital and Digital to Analog convertors 4. Interrupts in 8085 Microprocessor 5. Maxwell s Equations 6. Logic Families 7. Working principle of Operational Amplifiers 8. Working principle of Field Effect Transistors 9. Multivibrators 10. Active Filters Electrical Engineering 1. Transient analysis of 2nd order circuit 2. Speed control of D.C. motor 3. Load flow analysis of power system 4. Protection of transmission line 5. Power factor improvement 6. Synchronous generator 7. Passive filter network 8. Feedback control system 9. Two- port network analysis of electric circuit 10. Three-phase rectifier circuit Instrumentation Engineering 1. Types of sensors, classification, Difference between sensors & Actuators 2. Different types of Instruments 3. Basic Instrumentation System (Blok Diagram) 4. Sensor for temperature, Pressure, flow, level acceleration & Piezoelectric sensors, Linear & Rotary Displacement sensor 5. Signal conditioning circuits used in instrumentation systems & signal processing compensation of leads & error signals 6. Types of errors & analysis of errors in instruments. 7. Bio medical Instrumentation & signal Processing 8. Signal & systems relevant to instrumentations 9. Nucleonic sensor 10. Multi metres, CRO, Positional sensors, stroboscopes pyrometer. Page 5 of 7
Electronic Instrumentation & Control System 1. Digital Multi meter 2. Frequency counters 3. CRO & its Applications 4. Signal Conditioning circuits & ADCs, DACs 5. Transducers, Principles & Types 6. Analog to Digital conversion Techniques 7. State-space variable analysis 8. Bode Plots 9. Routh- Hurwitz criterion of stability 10. Nyquist stability criterion Civil Engineering 1. Hydrograph 2. Infiltration 3. Evaporation 4. Types of flow 5. Activated Sludge Process 6. Sedimentation 7. Advection Dispersion of air Pollution 8. Flexibility method for Structural Analysis 9. Stiffness method for Structural Analysis 10. Design speed for Highway 11. Transition Curve for Highway Mechanical Engineering 1. Scope of Solar Energy Utilization In India 2. Scenario of Automation In Industry 3. Comparison Between Gas Turbine Engine And AI Engine 4. Destructive Mechanical Testing 5. Modified Rankine Cycle 6. Centrifugal Pump 7. Boiler Mounting And Accessories 8. Classification of Refrigeration System 9. Stress-Strain Curve For Engineering Material 10. Hydraulic Turbine Page 6 of 7
Production Engineering 1. Advances In Joining Process 2. Role of Composite In Aviation 3. Non- Destructive Testing 4. Explanation of Phases of Iron-Carbon Diagram 5. Non-Conventional Machining 6. Enterprise Resource Planning 7. Quality Engineering 8. Project Management 9. Supply Chain Management 10. Capacity And Aggregate Planning Metallurgy 1. Explanation of Iron-Carbon phase Diagram 2. Steel Production Processes 3. Production process of different grade of cast iron 4. Mineral Beneficiation 5. Heat Treatment of steel 6. Solidification Mechanism 7. Surface Treatment 8. Deformation and Fracture 9. Melting Furnaces 10. Concepts of stress and plastic state of deformation Note: For list of topics of Food Technology, You are requested to visit VNIT, Nagpur web site Page 7 of 7