Sem – I

1. Calculus
2. Physics
3. Mechanics of Solids
4. Engineering Graphics
5. English
6. Linear Algebra

Sem – II

1. Chemistry
2. Environment & Energy Studies
3. Art of Programming
4. Elements of Electrical Engineering
5. Communication Skills
6. Signals & Systems

Sem – III

1. Digital Circuits
2. Network Analysis
3. Linear Control System
4. Complex Variables & Differential Equations
5. Electronics Devices & Circuits - I
6. Economics For Engineers

Sem – IV

1. Probability Distributions & Numerical Methods
2. Electronics Devices & Circuits - II
3. Ethics & Values
4. Electrical Machines & Drives
5. Communication Systems
6. Electronics Design Tools and Packages

Sem - V

1. Electromagnetics Engineering
2. Integrated Circuits and Applications
3. Microprocessor & Computer Architecture
4. Modern Measurement & Instrumentation
5. Digital Communication
6. Error Control Coding

Sem - VI

1. Microprocessor & Microcontroller
2. Law for Engineers
3. Digital System design
4. Antenna & Wave Propagation
5. Fiber Optic Communication
6. Digital Integrated Circuit Design

Sem - VII

1. System Modeling & Design
2. Estimation & Detection Theory
3. Digital Signal Processing
4. Telecom Networks
5. Wireless Sensor Networks
6. Analog Integrated Circuit Design

Sem - VIII

1. Satellite Communication
2. Data Communication & Networking
3. Embedded Systems
4. Microwave Engineering
5. Wireless Communications
6. Modern Processor Architecture

Sem – I

1. Digital Communication Techniques
2. Adaptive Signal Processing
3. Antenna System Design
4. Statistical Signal Processing
5. Research Methodology

Sem – II

1. Information & Coding Theory
2. Satellite Communication
3. Telecom Network & Traffic Engineering
4. Speech & Image Processing
5. Wireless Sensor Networks & Protocols

Sem – III

1. Analytical & Computational Electromagnetic
2. VLSI Signal Processing
3. Radar & Navigation Systems
4. RF Circuit Design
5. Optical Communication & Networks

Sem – IV

1. Semiconductor Devices Physics & Modelling
2. Digital VLSI Design
3. Applied Algorithms for VLSI CAD
4. IC Fabrication Technology
5. Elective - I

Sem – I

1. Calculus
2. Physics
3. Mechanics of Solids
4. English
5. Engineering Graphics
6. Linear Algebra

Sem – II

1. Chemistry
2. Environment & Energy Studies
3. Art of Programming
4. Elements of Electrical Engineering
5. Communication Skills
6. Mathematics of Electrical Engineers

Sem – III

1. Thermal & Hydraulics Prime Movers
2. Analogue Electronic Circuits
3. Network Analysis & Synthesis
4. Electrical Engineering Materials
5. Electrical Transducer & Measurements
6. ICT Tools & Security

Sem – IV

1. Fundamentals of Electrical Power Systems
2. DC Machines & Transformers
3. Digital Electronic Circuits
4. Fundamentals of Power Electronics
5. Control System Engineering
6. Electromagnetics Engineering

Sem - V

1. Economics for Engineers
2. Ethics & Values
3. Analysis of Electrical Power Systems
4. Rotating AC Machines
5. High Voltage Engineering
6. Power Electronic Converters

Sem - VI

1. Utilization of Electrical Power
2. Microprocessor & Microcontroller
3. Power System Operation & Control
4. Electrical Drives & Traction System
5. Maintenance of Electrical Equipment
6. Electronic System Design

Sem - VII

1. Permanent Magnet Brushless Motors
2. Renewable Energy Sources
3. Advanced Microprocessors & Microcontrollers
4. Signals & Systems
5. Dynamics & Modelling of Electrical Machines
6. Extra High Voltage Transmission

Sem - VIII

1. Electrical Machine Design
2. Digital Signal Processors for Electrical Engineering
3. Power System Protection & Switchgear
4. Organizational Behavior
5. Applications of Electronics in Power System
6. Computer Techniques in Power System

Sem – I

1. Field Computation of Electromagnetic devices
2. Modelling & Simulation of Dynamic Systems
3. Advanced Instrumentation Techniques
4. Control System Engineering
5. Advanced Power System Principles

Sem – II

1. Static Converters in Electric Drives
2. Digital Control Theory
3. Elements of High Voltage Engineering
4. Material Technology
5. Active Circuits & Systems

Sem - III

1. Modelling & Analysis of Electrical Machines & Drives
2. Transducer Technology
3. Power System Analysis
4. Optimal & Robust Control
5. Computer Control of Industrial Processes

Sem - IV

1. Computer Application in Instrumentation
2. Power System Operation
3. Dielectric Engineering
4. Real Time Systems
5. Specialization / Elective

Sem – I

1. English
2. Mathematics - I
3. Physics - I
4. Chemistry -  I
5. Engineering Graphics
6. Fundamentals of Computing and Programming

Sem – II

1. Mathematics – II
2. Physics – II
3. Chemistry – II
4. Basic Electrical & Electronics Engineering
5. Strength of Materials
6. Engineering Mechanics

Sem – III

1. Transforms And Partial Differential Equations
2. Engineering Thermodynamics
3. Fluid Mechanics and Machinery
4. Automotive Engines
5. Electronics and Instrumentation
6. Production Technology

Sem – IV

1. Statistics And Numerical Methods
2. Applied Thermodynamics and Heat Transfer
3. Engineering Materials and Metallurgy
4. Biology for Engineers
5. Electronics and Microprocessors
6. Materials Technology

Sem - V

1. Environmental Science and Engineering
2. Design of Machine Elements
3. Vehicle Maintenance
4. Automotive Electrical and Electronics
5. Vehicle Design and Data Characteristics
6. Automotive Fuels and Lubricants

Sem - VI

1. Principles of Management
2. Automotive Engine Components Design
3. Fundamentals of Vibration & Noise
4. Finite Element Analysis
5. Composite Materials
6. Automotive Aero-dynamics

Sem - VII

1. Engine and Vehicle Management System
2. Vehicle Dynamics
3. Automotive Pollution and Control
4. Automotive Transmission
5. Robotics
6. Applied Thermal Engineering

Sem - VIII

1. Vehicle Body Engineering
2. Automotive Chassis Components Design
3. Marketing Management
4. Automotive Safety
5. Machines & Mechanisms

Sem – I

1. Engineering Mechanics
2. Engineering Graphics & Designs
3. Industrial safety & Environment
4. Machine Design
5. Automotive Pollution & Control

Sem – II

1. Human Relations Management
2. Automotive Transmission
3. Production Technology
4. Maintenance Management
5. Refrigeration & Air Conditioning

Sem – III

1. Vehicle Transport Management
2. Supply Chain Management
3. Fuel Cell Technology
4. Gas Turbine Technology
5. Computer Aided Manufacturing

Sem – IV

1. Fluid Power Control
2. Automotive Engine Systems
3. Principles of Environmental Science
4. Theory of Automotive Engines
5. Computer Skills / Elective - I

Sem – I

1. Engineering Mathematics - I
2. Engineering Chemistry
3. English
4. Material Science
5. Structural Analysis - I
6. Fluid Mechanics - I

Sem – II

1. Engineering Graphics
2. Basic Electronics Engineering Lab
3. Engineering Physics
4. Engineering Mathematics - II
5. Structural Analysis - II
6. Fluid Mechanics - II

Sem– III

1. Communication Skills
2. Computer Fundamental & Programming Engineering
3. Differential Equations Probability and Statistics
4. Strength of Material
5. Engineering Economics
6. Basic Electronics

Sem – IV

1. Civil Engineering Materials and Building Construction
2. Architectural Planning & Design of Building
3. Building Materials and Construction
4. Basic Electrical Engineering
5. Numerical Analysis
6. Theory of Structure

Sem – V

1. Infrastructure Engineering
2. Construction Techniques
3. Soil Mechanics
4. Surveying
5. Thermodynamics
6. Air Pollution & Control

Sem – VI

1. Engineering Geology
2. Foundation Engineering
3. Geotechnical Engineering
4. Environmental Engineering 
5. Dynamics of Behavioral Science
6. Construction Management

Sem – VII

1. Concrete Structure Design
2. Transportation Engineering
3. Water Resources Engineering
4. Steel Structures Design
5. Irrigation Engineering and Hydrology
6. Structural Drawing

Sem – VIII

1. Computer Application in Civil Engineering
2. Dams and Hydraulic Structures
3. Project Management & Quantity Surveying
4. Solid Wastes & Environmental Pollution
5. Design of Hydraulic Structure

Sem – I

1. Engineering Mathematics - I
2. Engineering Chemistry
3. English
4. Material Science
5. Structural Analysis - I
6. Fluid Mechanics - I

Sem – II

1. Engineering Graphics
2. Basic Electronics Engineering Lab
3. Engineering Physics
4. Engineering Mathematics - II
5. Structural Analysis - II
6. Fluid Mechanics - II

Sem– III

1. Communication Skills
2. Computer Fundamental & Programming Engineering
3. Differential Equations Probability and Statistics
4. Strength of Material
5. Engineering Economics
6. Basic Electronics

Sem – IV

1. Civil Engineering Materials and Building Construction
2. Architectural Planning & Design of Building
3. Building Materials and Construction
4. Basic Electrical Engineering
5. Numerical Analysis
6. Theory of Structure

Sem – V

1. Infrastructure Engineering
2. Construction Techniques
3. Soil Mechanics
4. Surveying
5. Thermodynamics
6. Air Pollution & Control

Sem – VI

1. Engineering Geology
2. Foundation Engineering
3. Geotechnical Engineering
4. Environmental Engineering 
5. Dynamics of Behavioral Science
6. Construction Management

Sem – VII

1. Concrete Structure Design
2. Transportation Engineering
3. Water Resources Engineering
4. Steel Structures Design
5. Irrigation Engineering and Hydrology
6. Structural Drawing

Sem – VIII

1. Computer Application in Civil Engineering
2. Dams and Hydraulic Structures
3. Project Management & Quantity Surveying
4. Solid Wastes & Environmental Pollution
5. Design of Hydraulic Structure

Sem - I

1. Communication Skills
2. Physics - I
3. Chemistry - I
4. Mathematics - I
5. Engineering Mechanics

Sem - II

1. Business Economics & Accountancy
2. Physics - II
3. Chemistry - II
4. Mathematics - II
5. Strength of Material

Sem - III

1. Engineering Drawing
2. Environmental Engineering
3. Basic Electronics
4. Chain & Compass Survey
5. Lelelling & Plane Table Surveying

Sem - IV

1. Cartography
2. Geodesy & Astronomy
3. Tachometry & Cadastrial Survey
4. Theodolite Survey
5. Materials & Construction Practice

Sem - V

1. Industrial Management
2. Curve & Triangulation
3. Topography & Hydrography
4. Tunnel & Mine Surveying
5. Town & Country Planning

Sem - VI

1. Land Laws & Land Records
2. Photogrammetry & Remote Sensing
3. Estimation Valuation & Control
4. Design of RCC Structure
5. Mining Technology

Sem - I

1. Mathematics - I
2. Physics - I
3. Chemistry
4. Engineering Mechanics
5. Electrical Engineering
6. Environmental Engineering

Sem - II

1. Mathematics - II
2. Physics - II
3. Material Science
4. Thermodynamics
5. Basics of Electronics Engineering
6. Communicative English

Sem - III

1. Mathematics - III
2. Engineering Economics and Business Management
3. Control Theory
4. Simulation Theory
5. Digital Technique
6. Fundamentals of Mechanical Engineering

Sem - IV

1. Mathematics - IV
2. Linear Electronics
3. Microprocessor
4. Circuit Theory
5. Electrical Engineering Material
6. Control System design

Sem - V

1. Control System and Components
2. Micro Controller and its applications
3. Measurement Technique - I
4. Instrumentation System
5. Applied Electronics
6. Electrical and Electronics Measurement

Sem - VI

1. Measurement Technique - II
2. Industrial Electronics
3. Process Control - I
4. Biomedical Instrumentation
5. Power Electronics

Sem - VII

1. Digital Signal Processing
2. Process Control - II
3. Nonlinear and Digital Control
4. Industrial Drives and Control

Sem - VIII

1. Entrepreneurship Development
2. Automation
3. Calibration of devices
4. Elective Subject

 Sem - I

1. Advanced Mathematical Techniques
2. Linear Control Theory
3. Modeling & Simulation of dynamic systems
4. Transducer Technology
5. Advanced Microprocessors & Micro controllers

 Sem - II

1. Electronic Devices and Systems
2. Modern Power Converters
3. Detection and Estimation
4. Microwave Circuits
5. Advanced Control Theory

 Sem - III

1. Process Control and Instrumentation
2. Digital Control Systems
3. Adaptive & Robust Control Systems
4. Digital Signal Processing
5. Industrial Automation and Control

 Sem - IV

1. Data Communication
2. Experimental Methods and Analysis
3. Ultrasonic Instrumentation
4. Electromagnetic Field Computation & Modelling
5. Elective - I

Sem - I

1. Applied Mathematics - I
2. Physics - I
3. Chemistry - I
4. Biochemical Engineering and Bioinformatics
5. Nanotechnology
6. Metallurgy

Sem - II

1. Applied Mathematics - I
2. Physics - II
3. Chemistry - I
4. Plastics Engineering
5. Environmental Engineering
6. Industrial Gas

Sem - III

1. Chemical Process Modelling
2. Biomedical Engineering
3. Study of Chemical Reactors
4. Electrochemistry
5. Engineering Chemistry - I
6. Chemical Engineering Thermodynamics - I

Sem - IV

1. Chemical Technology
2. Mechanical Equipment Design
3. Engineering Chemistry - II
4. Nuclear Reprocessing
5. Chemical Engineering Thermodynamics - II
6. Chemical Engineering Economics

Sem - V

1. Textile Engineering
2. Corrosion Engineering
3. Business Communications & Ethics
4. Mass Transfer Operation – I
5. Chemical Reaction Engineering – I
6. Process Equipment Design

Sem - VI

1. Transport Phenomenon
2. Chemical Reaction Engineering – II
3. Mass Transfer Operation – II
4. Heat Transfer Operations
5. Plant Utilities and Energy Efficiency
6. Wastewater Engineering

Sem - VII

1. Modeling and Simulation 
2. Non-Conventional Energy Sources
3. Bio-process Engineering 
4. Engineering Graphics
5. Environmental Chemistry & Pollution Control

Sem - VIII

1. Green Chemistry and Engineering
2. Fluidization Engineering
3. Catalytic Reaction Engineering
4. Chemical Process Plant Safety
5. Process Instrumentation Dynamics and Control

Sem - I

1. Modern Chemical Instrumentation
2. Science & Technology of Materials
3. Advanced Chemical Reaction Engineering
4. Plant Design
5. Research Methodology

Sem - II

1. Biotechnology
2. Advanced Separation Processes
3. Process Optimization
4. Mass Transfer
5. Mathematical Methods in Chemical Engineering

Sem - III

1. Advanced Fluid Transfer
2. Chemical Reaction Engineering
3. Organic Chemistry
4. Environmental Chemistry & Pollution Control
5. Advanced Reaction Engineering

Sem - IV

1. Modeling & Simulation of Chemical Processes
2. Heat & Mass Transfer
3. Advanced Thermodynamics
4. Elective - I

Sem - I

1. Technical English
2. Physics - I
3. Engineering Chemistry
4. Applied Mathematics - I
5. Engineering Mechanics
6. Technology of Elastomers - I

Sem - II

1. Applied Mathematics - II
2. Basic Electrical Engineering
3. Data Structure in C++
4. Environmental Science
5. Physics - II
6. Technology of Elastomers - II

Sem - III

1. Basic Electronics
2. Applied Mathematics - III
3. Introduction to System Theory
4. Thermal Engineering
5. Introduction to Polymer Engineering
6. Material Science

Sem - IV

1. Basic Polymer Chemistry
2. Fluid Mechanics
3. Macromolecular Science - I
4. Chemical Engineering - I
5. Heat Transfer
6. Computational Methods

Sem - V

1. Chemical Engineering - II
2. Polymer Processing - I
3. Macromolecular Science - II
4. Strength of Materials
5. Polymer Technology - I
6. Die Mould Design & Fabrication

Sem - VI

1. Polymer Processing - II
2. Elastomer Technology
3. Polymer Rheology
4. Polymer Characterization & Testing
5. Polymer Technology - II
6. Macromolecular Science - III

Sem - VII

1. Polymer Reaction Engineering
2. Computer Aided Polymer Processing
3. Design of Plastics
4. Machinery Components
5. Surface Coating
6. Adhesion Technology

Sem - VIII

1. Engineering Economy
2. Polymer Blends & Composites
3. Industrial Chemical Processing
4. Process Control & Instrumentation
5. Industrial Management

Sem - I

1. Physical Chemistry - I
2. Inorganic Chemistry 
3. Mathematical & Statistical Methods
4. Principles of Management
5. Engineering Graphics - I

Sem - II

1. Physical Chemistry - II
2. Polymer Processing & Testing
3. Polymer Physics & Characterization
4. Polymer Structure & Properties
5. Processing & Mechanics of Composites

Sem - III

1. Engineering Mechanics
2. Chain Polymerization
3. Electrical and Electronics Engineering
4. Condensation Polymerization
5. Physical Chemistry of Polymers

Sem - IV

1. Polymer Reaction Engineering
2. Mechanical Properties of Polymers
3. Analytical Chemistry of Polymers
4. Communication Skills
5. Elective - I

Sem - I

1. Foundation of Information Technology 
2. Data Structures & Algorithms
3. Mathematics - I
4. Database Management Systems
5. Basic Electrical Engineering
6. Engineering Graphics

Sem - II

1. Network & Systems
2. Object Oriented Programming Using C++
3. Digital & Analogue Communication
4. Computer Graphics
5. Mathematics - II
6. Basic Electronics

Sem - III

1. Engineering Software
2. Project Management
3. Multimedia Systems
4. System & Network Administration
5. Microprocessors & Microcontrollers
6. Visual Programming

Sem - IV

1. Advance Java
2. Web Technology
3. Numerical Methods For Computer Engineering
4. Computer Organization
5. Telecommunication Systems
6. Engineering Design

Sem - V

1. Theory of Computation
2. Computer Concepts & Problem Solving
3. Analysis & Design Of Algorithms
4. Information Coding Techniques
5. System Programing
6. Cyber security

Sem - VI

1. Distributed Operating System
2. Principles Of Management 
3. Digital Processing 
4. Software Engineering
5. Image Processing
6. Data Comprehensive & Data Retrieval

Sem - VII

1. Desktop Publishing Tools
2. Digital Electronics Fundamentals
3. Data Mining
4. Information & Network Security
5. Big Data Analytics
6. Mobile Computing & Wireless Communication

Sem -  VIII       

1. Artificial Intelligence
2. Android Programming
3. Internet Programming
4. Web Data Management 
5. ICT Tools & Security

Sem - I

1. Applied Algorithms
2. Software Engineering Methodologies
3. Internet Routing Design
4. Database Management
5. Advance Operating System

Sem - II

1. Software Architecture
2. Information Assurance and Security
3. Net Centric Computing
4. Advance Trends in Database Systems
5. User Interface Design

Sem - III

1. Computer Networks
2. Internet & Web Technologies
3. Data Structure & Algorithms
4. Real Time and Embedded System
5. Object Oriented Analysis & Design

Sem - IV

1. Advance Network Programming
2. Operating Systems
3. Network Security & Cryptography
4. Theory of Computation
5.  Web Programming

Sem - I

1. Structure Of Metal
2. Elements of Physical Metallurgy
3. Thermodynamic Of Phase Evolution
4. Construction Of Equilibrium Diagram
5. Mathematics - I
6. Physical Metallurgy and Materials Engineering

Sem - II

1. Structures & Properties Of Ceramics
2. Metal Joining and Powder Metallurgy
3. Moment Of Solid In Fluid
4. Mathematics - II
5. Transport Phenomena
6. Metallurgical Thermodynamics and Kinetics

Sem - III

1. Alloy Steel Making and Ferroalloys
2. Concept Of Reversibility
3. Concept Of Partial Molal Properties
4. Phase Transformations and Heat Treatment
5. Introduction To Transport Phenomena
6. Unit Processes in Extractive Metallurgy

Sem - IV

1. Mechanical Behavior of Materials
2. Energy & Momentum Relationship
3. Electro-Chemistry and Corrosion
4. Theory Of Nucleation
5. Probability and Statistics
6. Ferrous Production Technology

Sem - V

1. Principal Of Unit Processes
2. Powder Metallurgy
3. Principal Of Reduction & Smelting
4. Principal Of Electron-Wining
5. Electro Metallurgy and Corrosion
6. Foundry Metallurgy

Sem - VI

1. Introduction To Iron & Steel Making
2. X-ray Diffraction and Electron Microscopy
3. Non Ferrous Extractive Metallurgy
4. Conventional Steel Making Processes
5. Corrosion & Surface Engineering
6. Machine Elements and Machining

Sem - VII

1. Physical Chemistry Of Steel Making
2. Hardness Testing
3. Production of Iron
4. Theory Of Sintering
5. Melting Furnaces
6. Chemical Kinetics and Mass Transfer

Sem - VIII

1. High Temperature Material
2. Geology and Minerals Beatification
3. Diffusion Laws
4. Forming Processes
5. Effects Of Metallurgical

Sem - I

1. Advanced Metal Castings
2. Phase Transformation of Metal Alloys
3. Mathematics - I
4. Engineering Mechanics
5. Advanced Powder Technology

Sem - II

1. Advanced Numerical Methods
2. Mathematics-II
3. Strength of Materials
4. Computational Techniques
5. Industrial Engineering

Sem - III

1. Mechanical Working of Metals
2. Special Manufacturing Processes
3. Joining of Metals & Failure Analysis
4. Advanced Experimental Techniques
5. Instrumentation & Control

Sem - IV

1. Surface Engineering
2. Corrosion & its Control
3. Value Engineering
4. Thermodynamics of Materials
5. Testing of Materials

Sem - I

1. English
2. Engineering Mathematics - I
3. Engineering Mechanics
4. Basic Mechatronics Technology
5. Engineering Chemistry
6. Environmental Studies

Sem - II

1. Engineering Mathematics - II
2. Strength of Materials
3. Basic Electronics
4. Mechanical Engineering Sciences
5. Engineering Physics
6. Material Testing

Sem - III

1. Engineering Mathematics - III
2. Engineering Thermodynamics
3. Fluid Mechanics and Machines
4. Analogue and Digital Circuits
5. Signals and Networks
6. Electronic Devices 

Sem - IV

1. Engineering Mathematics - IV
2. Design of Machine Elements
3. Machine Tools and Processes
4. Instrumentation & Control
5. Theory of Machines
6. Microprocessor & Interfacing

Sem - V

1. Robotics and Vision System
2. Advanced Manufacturing Technology
3. Design of Mechatronics Systems
4. Control Systems
5. Modelling and Simulation
6. Sensors and Signal Processing 

Sem - VI

1. MEMS & Nano Technology
2. Hydraulic and Pneumatic Systems
3. Power Electronics
4. Autotronics
5. Programmable Logic Control
6. Electronics Manufacturing Technology

Sem - VII

1. Digital Signal Processing
2. Engineering Economics & Financial Management
3. Intelligent Controllers
4. Power Electronics
5. Programmable Logic Control
6. Mechatronics System Design

Sem - VIII

1. Theory of Automation
2. Embedded System
3. Materials Technology
4. Object Oriented Programming in C++
5. Engineering Thermodynamics

Sem - I

1. Optimal and Robust Control
2. Industrial Process Automation
3. Metrology and Sensors
4. Vibration Theory
5. Robotics and Assembly Lines

Sem - II

1. Microsystem Engineering
2. Control Systems for Machine Tools
3. Electromechanics and Contromechanics
4. Design and Implementation of Software Systems
5. Power Electronics

Sem - III

1. Numerical Methods & Graph Theory
2. Sensors in Automation
3. Concepts in Mechanical Engineering
4. Fluid Power Automation
5. Industrial Robotics

Sem - IV

1. Machine Vision & Applications
2. Microcontroller and PLC
3. Concepts in Electronics Engineering
4. Network and Distribution System
5. Elective - I / Machine Vision and Applications

Sem - I

1. Computer Architecture and Organization
2. Electronics System Design
3. Introduction to Robotics
4. Machine and Mechanics
5. Robotics Control System

Sem - II

1. Digital Image Processing
2. Electrical Actuators and Drives
3. Image Processing & Machine Vision
4. Robotics Based Industrial Automation
5. Embedded Systems

Sem - III

1. Artificial Intelligence and Neural Network
2. System Modelling and Identification
3. Nano Robotics
4. Advanced Data Analytics by Python
5. Robotic Simulation

Sem - IV

1. Numerical Control Machines & Adaptive Control
2. Manufacturing Systems Automation
3. Robot Economics
4. Modern Material Handling Systems
5. Group Technology and Cellular Manufacturing

Sem - I

1. English
2. Engineering Mathematics - I
3. Engineering Physics - I
4. Engineering Chemistry - I
5. Computer Systems and Programming
6. Electrical and Electronics Engineering

Sem - II

1. Engineering Mathematics - II
2. Engineering Physics - II
3. Engineering Chemistry - II
4. Mechanical Engineering
5. Environmental Studies and Disaster Management
6. Engineering Mechanics

Sem - III

1. Engineering Mathematics - III
2. Digital Electronics
3. Electronic Circuits
4. Discrete Structures
5. Object-Oriented Programming
6. Data Structures

Sem - IV

1. Communication Engineering
2. Principles of Programming Languages
3. Computer Organization and Architecture
4. Database and File Systems
5. Engineering Management and Economics
6. System Software

Sem - V

1. Software Engineering
2. Microprocessor and Interfaces
3. E-Commerce
4. Computer Graphics
5. Telecommunication Fundamentals
6. Logical and Fundamental Programming

Sem - VI

1. Operating Systems
2. Computer Networks
3. Design and Analysis of Algorithms
4. Embedded Systems
5. Theory of Computation
6. Digital Signal Processing

Sem - VII

1. Compiler Construction
2. Data Mining and Ware Housing
3. Logic Synthesis
4. Artificial Intelligence
5. Multimedia Systems
6. Service Oriented Architectures

Sem - VIII

1. Information System and Securities
2. CAD for VLSI Design
3. Advanced Computer Architectures
4. Distributed Systems
5. Image Processing
6. Natural Language Processing

Sem - I

1. English
2. Engineering Mathematics - I
3. Engineering Physics - I
4. Engineering Chemistry - I
5. Computer Systems and Programming
6. Electrical and Electronics Engineering

Sem - II

1. Engineering Mathematics - II
2. Engineering Physics - II
3. Engineering Chemistry - II
4. Mechanical Engineering
5. Environmental Studies and Disaster Management
6. Engineering Mechanics

Sem - III

1. Engineering Mathematics - III
2. Digital Electronics
3. Electronic Circuits
4. Discrete Structures
5. Object-Oriented Programming
6. Data Structures

Sem - IV

1. Communication Engineering
2. Principles of Programming Languages
3. Computer Organization and Architecture
4. Database and File Systems
5. Engineering Management and Economics
6. System Software

Sem - V

1. Software Engineering
2. Microprocessor and Interfaces
3. E-Commerce
4. Computer Graphics
5. Telecommunication Fundamentals
6. Logical and Fundamental Programming

Sem - VI

1. Operating Systems
2. Computer Networks
3. Design and Analysis of Algorithms
4. Embedded Systems
5. Theory of Computation
6. Digital Signal Processing

Sem - VII

1. Compiler Construction
2. Data Mining and Ware Housing
3. Logic Synthesis
4. Artificial Intelligence
5. Multimedia Systems
6. Service Oriented Architectures

Sem - VIII

1. Information System and Securities
2. CAD for VLSI Design
3. Advanced Computer Architectures
4. Distributed Systems
5. Image Processing
6. Natural Language Processing

Semester - I

1. English
2. Mathematics - I
3. Applied Physics
4. Programming in C
5. Engineering Drawing
6. Mechanics

Semester - II

1. Mathematics - II
2. Chemistry
3. Basic Electronics
4. Data Structure
5. Thermodynamics
6. Business Communication

Semester - III

1. Fluid Mechanics and Machines
2. Material Science
3. Strength of Material
4. Physics Chemistry of Polymers
5. Engineering Economics
6. Polymer Structure

Semester - IV

1. Additives and Compounding
2. Fundamentals of Chemical Engineering
3. Organizational Bhehaviour
4. Nano Science
5. Biotechnology
6. Polymer Rheology

Semester - V

1. Plastic Process Technology
2. Plastic Waste Management
3. Fibre Technology
4. Machining Science and Technology
5. Rubber Science
6. Plastic Packaging Technology

Semester - VI

1. Advanced Plastics Processing Techniques
2. Mould Engineering
3. Material Engineering
4. Plastic Testing Technique
5. Industrial Training
6. Statistical Quality Control Techniques

Semester - VII

1. Polymer Composite Technology
2. Production & Operation Management
3. Industrial Safety & Hazard management
4. Latex and Foam Technology
5. Biomedical Plastics

Semester - VIII

1. Polymerization
2. Fundamentals of Plastic Moulds and Die Desigining
3. Colorants and Additives for Polymers
4. CAD/CAM/CAE for Plastics Engineering
5. Packaging & Decoration of Plastics

Semester - I

1. Technical English
2. Engineering Physics-I
3. Engineering Mechanics
4. Computer Programming-I
5. Engineering Mathematics-I
6. Engineering Chemistry

Semester - II

1. Engineering Materials
2. Engineering Physics-II
3. Basic Electrical and Electronics Engineering
4. Computer Programming-II
5. Engineering Mathematics-II
6. Environmental Science

Semester - III

1. Electrical Machines-I
2. Electrical and Electronics Measurement
3. Electric Circuit Analysis
4. Data Structures and Algorithms
5. Engineering Mathematics-III
6. Circuit Theory and Networks

Semester - IV

1. Electrical Machines-II
2. Analog Electronic Circuits
3. Linear Control Systems
4. Transducers and Sensors
5. Engineering Mathematics-IV
6. Pulse and Digital Circuits

Semester - V

1. Discrete Transforms and Signal Processing
2. Microprocessors and Applications
3. Control System
4. Transmission and Distribution
5. Power Electronics 
6. Power System Protection

Semester - VI

1. Utilization of Electrical Energy
2. Energy Engineering
3. Power System Analysis
4. Digital Signal Processing
5. Power Electronics Lab
6. Power System Operation and Control

Semester - VII

1. Solid State Drives
2. Industrial Management
3. Electronics Instrument and Systems Lab
4. Flexible A.C. Transmission Systems
5. Advanced Control Systems

Semester - VIII

1. Semiconductor devices
2. Special Electrical Machines
3. Power System Planning
4. Programmable Logic Controllers
5. Electronic Communication Systems

Semester - I

1. Mathematics - I
2. Physics
3. Engineering Mechanics
4. Basic Electrical Engineering
5. Introduction to Computing
6. Business Communication - I

Semester - II

1. Mathematics - II
2. Chemistry
3. Engineering Thermodynamics
4. Basic Electronics Engineering
5. Introduction to Data Structure and Algoritms
6. Business Communication - II

Semester - III

1. Mechanical engineering - I
2. Methods of Applied Mathematics
3. Geology for petroleum Engineers
4. Drilling Fluids and Cement
5. Drilling Technology
6. Well Performance and Intervention

Semester - IV

1. Mechanical Engineering - II
2. Numerical and Statistical Methods
3. Petroleum Production Operations - I
4. Elements of Reservoir Engineering
5. Managerial Economics
6. Surveying Theory

Semester - V

1. Applied Petroleum Resource Engineering and Management
2. Petroleum Production Operations - II
3. Sedimentary and Petroleum Geology
4. Methods of Applied Mathematics
5. Directional Drilling

Semester - VI

1. Advanced Numerical Methods
2. Petroleum Formation Evaluation
3. Applied Electrical Engineering
4. Drilling System Design
5. Advanced Offshore Engineering

Semester - VII

1. Oil and Gas Well Testing
2. Offshore Drilling and Petroleum Production Practices
3. Health Safety and Environment in the Petroleum Industry
4. Industrial Engineering and Management
5. Flow Assurance

Semester - VIII

1. Pertroleum Engineering Design
2. Enhanced Oil Recovery Techniques
3. Reservoir modelling and Simulation
4. Pipeline Engineering
5. Oil and Gas Marketing and Resource Management

Semester - I

1. Formation Evaluation and Production Logging
2. Advanced Well Testing
3. Numerical Methods for Petroleum Engineers
4. Advanced Production Technologies
5. Petroleum Economics, Risk and Uncertainty Management

Semester - II

1. Advanced Drilling Technology
2. Petroleum Geomechanics and Hydraulic Fracturing
3. Reservoir Simulation
4. Fluid Flow Through Porous Media
5. Unconventional Hydrocarban Resources

Semester - III

1. Health Safety & Environment in Prtroleum Industry
2. Well Intervention, Worker and Stimulation Techniques
3. Enhanced Oil and gas Recovery Methods
4. Profile Modification and Water Shut-Off

Semester - IV

1. Oil & Gas Processing plant Design
2. Carbon Capture, Utilization and Sequestration
3. Elective Subject

SEMESTER - I

1. Engineering Mathematics - I
2. Professional Communication Skills
3. Fundamental Architecture Studio - I
4. Engineering Physics
5. Engineering Mechanics
6. Computer Programming

SEMESTER - II

1. Basic Electronics Engineering
2. Engineering Thermodynamics
3. Engineering Chemistry
4. Fundamental Architecture Studio - II 
5. Engineering Mathematics - II
6. Basic Electronics Engineering

SEMESTER - III

1. Surveying - I
2. Building Construction - I
3. Fluid Systems
4. Engineering Mathematics - III
5. Climatology
6. History of Architecture

SEMESTER - IV

1. Structural Analysis
2. Surveying - II
3. GeoTechnical Systems
4. Engineering Mathematics - IV
5. History of Architecture II
6. Building Construction - II

SEMESTER - V

1. Design Studio - I
2. Building Construction - III
3. Interior Architecture & Space Programming
4. Steel Structures
5. Behavioural Architecture
6. RCC Structures

SEMESTER - VI

1. Building Construction - IV
2. Concrete Structures
3. Working Drawings
4. Design Studio - II
5. Theory of Architecture 
6. Housing

SEMESTER - VII

1. Water Resources Engineering
2. Matrix Methods of Structural Analysis
3. Introduction to Urban Design
4. Dissertation
5. Estimation, Costing and Valuation

SEMESTER - VII

1. Industrial Management 
2. Sociology
3. Vernacular Architecture
4. Interior Design
5. Building Economics