Under Graduate Programs


  • B.E. Mechanical Engineering
  • B.E. Computer Science & Engineering
  • B.E. Electronics & Communication Engineering
  • B.E. Civil Engineering
  • B.E. Electrical & Electronics Engineering
B.E. Mechanical Engineering

Introduction

Mechanical Engineering is one of the core fields of Engineering, covering Thermal, Design and Production streams. From automotive to production, from engine technology to air conditioning and from designing to fabricating, Mechanical engineering has a lot of scope for Research, Development and Employment. Hence the focus of the department is to bring about an all round development of the student to create a strong foundation for generating research and technology professionals in the field of Mechanical Engineering.

Curriculum

The curriculum for B.E. Mechanical Engineering includes:-

Theory
Engineering Graphics
Fundamentals of Computing and Computer Programming
Engineering Practices
Engineering Mechanics
Basic Electrical and Electronics Engineering
Computer Aided Drafting and Modeling
Manufacturing Technology -I
Applied Engineering Mechanics
Engineering Thermodynamics
Kinematics of Machinery
Electrical Drives and Controls
Fluid Mechanics and Machinery
Heat and Mass Transfer
Manufacturing Technology-II
Engineering Materials and Metallurgy
Strength of Materials
Electronics and Microprocessors
Environmental Science and Engineering
Dynamics of Machinery
Design of Machine Elements
Gas Dynamics and Jet Propulsion
Engineering Metrology and Measurements
Applied Hydraulics and Pneumatics
Principles of Management
Design of Transmission Systems
Automobile Engineering
Power Plant Engineering
Finite Element Analysis
Mechatronics
Computer Integrated Manufacturing
Engineering Economics and Cost Analysis
Presentation Skills and Technical Seminar

Electives
Process planning and cost Estimation
Robotics
Design of Jigs,Fixtures and Press Tools
Nuclear Engineering
Computational Fluid Dynamics
Modern Concepts of Engineering Design
Thermal turbo Machines
Composite Materials
Production Planning and Control
Advanced strength of Materials
Product design and Costing
Operations Research
Maintenance Engineering
Entrepreneurship Development
Professional Ethics and Human Values
Practical
Manufacturing Technology Laboratory-I
Fluid Mechanics and Machinery Laboratory
Electrical Engineering Laboratory
Manufacturing Technology Laboratory-II
Strength of Materials Laboratory
Computer Aided Machine Drawing Laboratory
Dynamics Laboratory
Metrology and Measurements Laboratory
Thermal Engineering Laboratory-I
Thermal Engineering Laboratory-II
CAD/CAM Laboratory
Design and fabrication
Computer Aided Simulation and Analysis Laboratory
Mechatronics Laboratory
Communication and Soft Skills Laboratory
Project work
B.E. Computer Science & Engineering

Introduction

The Computer Science and Engineering is a study of the Theoretical Foundations of Information, Computation and of practical techniques for their implementation and application in Computer system. It is the Systematic study of Algorithms that create, describe and transform the information. It has many sub fields such as, Computer Graphics, Programming language theory, Artificial Intelligence and Internet Computing. The matured technologies such as, Automobile, Banking, Defense, Healthcare and Telecommunication converged with the Computer technology today and get different dimensions in application. This will lead to lot of scopes and challenges for computer engineers.

Curriculum

The curriculum for B.E. (CSE) includes:-

Theory
Transforms and Partial Differential Equations
Data Structures
Digital Principles and Systems Design
Object Oriented Programming
Analog and Digital Communication
Environmental Science and Engineering
Probability and Queueing Theory
Design and Analysis of Algorithms
Microprocessors and Microcontrollers
Computer Organization and Architecture
Operating Systems
Database Management Systems
Software Engineering
Discrete Mathematics
Computer Networks
Theory of Computation
System Software
Programming Paradigms
Artificial Intelligence
Principles of Compiler Design
Object Oriented Analysis and Design
Advanced Computer Architecture
Electives
Multicore Programming
Visual Programming
Advanced JAVA Programming
Parallel Programming
Web Technology
UNIX Internals
Numerical Methods
Embedded Systems
Advanced Database Technology
Knowledge Management
High Performance Microprocessors
Resource Management Techniques
Data Warehousing and Data Mining
Real Time Systems
TCP/IP Design and Implementation
Natural Language Processing
User Interface Design
Service Oriented Architecture
Advanced Operating Systems
C# and .NET Framework
Cryptography and Network Security
Systems Modeling & Simulation
Total Quality Management
Network Programming and Management
Software Testing
Wireless Networks
Intellectual Property Rights
Graph Theory
Information Security
Soft Computing
Digital Image Processing
Software Quality Assurance
Distributed Systems
Knowledge Based Decision Support Systems
Professional Ethics in Engineering
Fundamental of Nano Science
Indian Constitution and Society
High Speed Networks
Robotics
Software Project Management
Quantum Computing
Grid Computing
Agent Based Intelligent Systems
Bio Informatics
Speech Processing
Practical
Digital Lab
Data Structures Lab
Object Oriented Programming Lab
Operating Systems Lab
Data Base Management Systems Lab
Microprocessors Lab
Network Lab
System Software Lab
Java Lab
Object Oriented Analysis and Design Lab
Communication Skills Lab
Internet Programming Lab
Computer Graphics Lab
Open Source Lab
Engineering Economics & Financial Accounting
Computer Graphics
Mobile and Pervasive Computing
Digital Signal Processing
Project Work

B.E. Electronics & Communication Engineering

Introduction

The vision of developing the department as a centre of excellence in the field of Electronics and Communication Engineering and to impart technical skills with meritorious knowledge to the student community.

Curriculum

The curriculum for B.E. (ECE) includes,(Applicable to the students admitted from the Academic year 2008–2009 onwards):-

Theory
Transforms and Partial Differential Equations
Electrical Engineering
Data Structures and Object Oriented Programming in C++
Digital Electronics
Signals and systems
Electronic Circuits- I
Probability and Random Processes
Electronic Circuits II
Communication Theory
Electromagnetic Fields
Linear Integrated Circuits
Control Systems
Digital Communication
Digital Signal Processing
Computer Architecture and Organization
Transmission Lines and Wave guides
Environmental Science and Engineering
Microprocessors and Microcontrollers
Principles of Management
Measurements and Instrumentation
Computer Networks
Antenna and Wave Propagation
VLSI Design
Wireless Communication
Optical Communication and Networks
RF and Microwave Engineering
Electives
Medical Electronics
Operating Systems
Solid State Electronic Devices
Speech Processing
Numerical Methods
Multicore Programming
Advanced Digital Signal Processing
Total Quality Management
Cryptography and Network Secuity
Information Theory
Intellectual Property Rights
Professional Ethics in Engineering
Advanced Microprocessors
Internet and Java
High Speed Networks
Soft Computing
Multimedia Compression and Communication
Parallel and Distributed Processing
Digital Image Processing
Electromagnetic Interference and Compatibility
Power Electronics
Television and Video Engineering
Nano Electronics
Avionics
Embedded and Real Time Systems
Advanced Electronic system design
Optoelectronic devices
Mobile Adhoc Networks
Wireless Sensor Networks
Remote Sensing
Engineering Acoustics
Wireless networks
Telecommunication Switching and Networks
Satellite Communication
Telecommunication System Modeling and Simulation
Radar and Navigational Aids
Optical Networks
Practical
Digital Electronics Lab
Electronic Circuits Lab I
Data structures and Object Oriented
Programming Lab
Electronics circuits II and simulation lab
Linear Integrated Circuit Lab
Electrical Engineering and Control System Lab
Digital Signal Processing Lab
Communication System Lab
Microprocessors and Microcontrollers Lab
Computer Networks Lab
VLSI Design Lab
Communication Skills Lab
Electronics System Design Lab
Optical & Microwave Lab
Project work
B.E. Civil Engineering

Introduction

Civil Engineering is one of the most traditional Engineering studies in India. The profession deals with planning, designing, supervising, constructing and maintaining activities of public works like roads, bridges, tunnels, buildings, airports, dams, water works, sewage system, ports etc. and offers a multitude of challenging career opportunities.

Curriculum

The curriculum for B.E. (CE) includes:-

Theory
Transforms and Partial Differential Equations
Environmental science and Engineering
Applied Geology
Mechanics of Solids
Mechanics of Fluids
Construction Techniques, Equipment and Practice
Surveying I
Numericals Methods
Soil Mechanics
Strength of Materials
Applied Hydraulic Engineering
Surveying II
Highway Engineering
Building Technology
Design of Reinforced Concrete Elements
Structural Analysis I
Fundamentals of Remote Sensing and GIS
Environmental Engineering
Foundation Engineering
Design of Reinforced Concrete and Masonry Structure
Structural Analysis II
Irrigation Engineering
Design of Steel Structures
concrete Technology
Railway Engineering
Total Quality Management
Estimation and Quantity Surveying
Pre Stressed Concrete Structures
Hydrology
Engineering Economics and cost Analysis
Construction Project Management
Electives
Airports and Harbors
Electronic Surveying
Cartography
Bridge Structures
Storage Structures
Tall Buildings
Prefabricated Structures
Wind Engineering
Smart Structures and Smart Materials
Advanced Structural analysis
Housing Planning Management
Ground Water Engineering
Water Resources Engineering
Introduction to Soil Dynamics and Machine Foundation
Air Pollution Management
Computer Aided Designs of Structures
Industrial Structures
Finite Elements Technique
Repair and Rehabilitation of Structures
Experimental Techniques and Instrumentation
Practical
Digital Electronics Laboratory
Surveying I Practical
Computer Aided Buildings Drawing
strength of Material Laboratory
Hydraulic Engineering Laboratory
Surveying II Practical
Environmental Engineering Laboratory
Soil Machines Laboratory
Field Survey-Survey Camp
Irrigation Engineering and Environmental Engineering Design and Drawing
Transportation Engineering Laboratory
Communication and Soft Skills
Computer Aided Design and Drawing
Concrete Laboratory
Project work
B.E. Electrical & Electronics Engineering

Introduction

The department has dedicated, qualified and experienced faculty members with specialization in various fields of knowledge. Workshops and symposiums are organized every year by the department to update the students with the latest technological developments.

Curriculum

The curriculum for BE (EEE) includes:-

Theory
Electric Circuit Analysis
Electrical Machines Design
Environmental Science and Engineering
Electromagnetic Theory
Electron Devices and Circuits
Material Science
Power Plant engineering
Communication Engineering
Control Systems
Electronic Circuits
Network Analysis & Synthesis
Object Oriented Programming
Design of Electrical Apparatus
Digital Systems
Integrated Systems
Measurements & Instrumentation
Power Electronics
Transmission & Distribution
Computer Architecture
Digital Signal Processing
Microprocessor & Applications
Power System Analysis
VLSI Design
Protection & Switchgear
High Voltage Engineering
Power System Controls
Solid State Drives
Principles of Management
Engineering Economics
Financial Accounting
Electives
Professional Ethics and Human Values
Special Electrical Machines
Computer Architecture
Artificial Intelligence and Expert Systems
Network Analysis and synthesis
Adaptive Control
Power Systems Dynamics
Bio-Medical Instrumentation
Embedded System Design
High Voltage Engineering
Internetworking Technology
Power System Transients
Mobile Communication
Data Communication and Networks
Operating Systems
Power Quality
Neural Network and fuzzy Logic Control
Electric Safety and Quality
Virtual Instrumentation
Process control
Practical
Electrical Circuits Laboratory
Electron devices and Circuits Laboratory
Data Structure Laboratory
Measurements and Instrumentation Laboratory
Control System Laboratory
Linear and Digital Integrated Circuits Laboratory
Electrical Machines I Laboratory
Electrical Machines II Laboratory
Digital signal Processing Laboratory
VLSI Design Laboratory
Power system Simulation Laboratory
Power Electronics and Drives Laboratory
Project