B. Tech - Electronics & Communication Engineering

Academic Calendar- First Semester : August to December | Second Semester: January to May

Summary :

The Four Year Full- Time Electronics and Communication Engineering degree programme offers deep knowledge of various subjects with in-depth of practical experience to become competent professional engineers. The programme gives thorough emphasis on teaching through design to develop the students’ capabilities in assessing engineering options with creativity & flair.

Career Opportunities :

The Institute places very high importance on career plans of graduating students as professional engineers, entrepreneurs and innovators. It has a fully operational training & placement division and technology incubation cell. The division and cell are in constant touch with the industry to open new avenues for the students in the Design, R&D, Manufacturing, Software development, System validation & testing. The Institute works towards providing excellent career opportunities for students through campus placement drives and live industrial projects.

Educational Aims :

BTech degree programme in Electronics and Communication Engineering is a 4 years full time programme which provides coverage of various subjects required for a practicing engineer. The course structure enables students to study Electronics and Electrical Engineering in breadth and depth and to focus on its applications in communications, mechatronics & computer system. The lectures and tutorials are reinforced by laboratory activities and live projects. The programme covers all aspects with particular strength in communications, Electromagnetics, Microsystems, Microwaves, Sensors and instrumentations and Electronics.

• Theoretical & practical knowledge.

• Adaptability & flexibility of approach and the ability to initiate & respond positively & appropriately to change

• Skills in Analysis, Design, R&D, Manufacturing, Project Management Engineering, Quality Control, Testing etc in the area of
  Civil Engineering

• Lifelong learning methodology, communication skills and personal developments.

Subject Knowledge, understanding & Skills

• Basic mathematics & sciences those are appropriate to engineering.

• Principles of ICT relevant to Electronics and Communication Engineering .

• General principles of design, design techniques and characteristics of engineering materials and components.

• Elementary management and business practices; professional & ethical responsibilities.

• Design & Manufacturing Techniques.

Learning Outcomes

Students will be able to acquire the following skills on completion of programme:

YEAR 1

First Year Modules

• Electrical & Electronic Fundamentals

• The World of Manufacturing

• Sensing Signals

• Computers & Controls

• The Digital Domain

• Transport Technology

• Energy Technology & Sustainability

• Design Innovation & 3D Thinking

• Electronic Information System Design

• Maths 1 & 2

• Strength & Materials

YEAR 2

Second Year Modules

• Engineering Analysis

• Instrumentation & control

• Power Heat

• Electronic & Electrical Engineering

• Engineering Projects

• Business Development Projects

• Analog & Switching Circuits

• RF & Electromagnetic Engines

• Digital Logic Designs VHDL

• Communication Systems

• Maths 3

YEAR 3

Third Year Modules

• Third Year Project

• Engineering Management

• Electrical & Fluid Drives & Actuators

• Advanced Mechanics

• Design & Manufacturing

• Engineering Materials

• Machines Elements

YEAR 4

Fourth Year Modules

Group Project work in one of the areas of:- Real Time System, Group Design Project, Intelligent System Control, Microsystem and system On-Chip Technology, Interfacing & Integration, Smart Sensors, Embedded Systems and alike, followed by full week of lectures, labs on following topics:

• Embedded Systems

• Interfacing & Integration

• Intelligent System Control

• Micro System and system On-Chip

• Optical Communication Devices & Systems

• Advanced Internet & Mobile Communication

• Optional Advanced Topics

Intellectual Skills

• Able to select and apply appropriate mathematical methods and principles of engineering sciences to model & analyze engineering situations.

• Select & apply appropriate computer based methods to model and analyze engineering situations

• Design –build –test projects for creative and inventive skills.

• Analyze existing engineering systems and create new systems through synthesis of ideas from a range of sources

• Under take projects management task and carrying financial appraisal of engineering projects.

• Apply engineering knowledge and understanding to design system, component or process to meet a need.

• State of the art software tools for design and simulation.

Practical Skills

• Enable to carry out Group Design Project, Electronics, Intelligent System Control, Interfacing and Integration, communications, mechatronics or computer systems

• Various options to carry out Microsystems and System on-Chip Technology, Design and Modeling of systems, Smart Sensors, Embedded Systems, Nanomagnetics,Nanoeletronics, Integrated MEMS technology.

• Use engineering IT tools, including writing computer programme

• Test design ideas in the lab or through simulation with analysis and critical evaluation of results

• Use creativity and innovation in dealing with engineering situations.

Transferable Skills

• To focus on applications in Electronics and communications, mechatronics or computer system.

• The real time projects from industry and academia.

• Communicate effectively , in writing, orally through presentations & through drawing

• Team work and use of ICT tools

• Locate and retrieve information from libraries, databases and other sources

• Data analysis and presentation

• Use creativity and innovation in dealing with engineering situations

• Time management