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The B Tech Programme in Electronics & Communication Engineering aims to create professionals who can engineer large, relevant and robust electronics & communications systems. The programme provides students a strong foundation in the fundamentals of electronics and communications engineering through courses such as Analog & Digital Communications, Digital Logic & Circuits, Coding & Information Theory, etc. The programme then provides mastery over advanced topics in Embedded Systems, Wireless Broadband Communications and Digital Signal Processing to enable students straddle the overlapping fields of Electronics, Communications and Computer Science.
The four-year (8-semesters) B Tech Programme in Electronics & Communication Engineering uses Industry-linked Project-based Learning as a basis wherein students apply what they learn by executing mini-projects of relevance to the industry. This not only minimizes the gap between classroom and practice but also orients the student to solve current and future industry problems.
Some unique features that enable the above are:
Workshop Practice – A path-breaking approach to orient future engineers to product development. Students undergo the complete idea-to-product development life cycle from circuit design, PCB design and fabrication, PCB assembling and testing, product packaging including designing and fabrication of the housing. They also get exposure to modern manufacturing processes through working with CNC machines.
Silicon d'Art - A unique learning methodology that uses exhibition as a mode to encourage students to build prototypes and demonstrate them as part of a course. Students choose project ideas of practical importance in day-to-day life from diverse fields such as Robotics, Automation, Security, Communications, Surveillance and Gaming and build prototypes from scratch. This encourages not only out-of-classroom learning but also the entrepreneurial spirit in them. Some interesting projects executed are – E-Glove, Heartbeat Counter, Bluetooth Key Finder.
Undergraduate Research –An opportunity provided to B Tech students to undertake research work at the undergraduate level itself. The curriculum of B Tech Electronics and Communication encourages subject specific research and development activities in frontier areas of the domain under the guidance of ECE faculty. Those interested can continue working on the project during summer term. NURap (NU Research Assistantship Programme) provides a monthly monetary assistantship and can be availed of during the R&D Project and afterwards also if the project work continues.
Industry Practice –A mandatory component that enables students to work in the industry on real projects under direct guidance of industry professional.This Industry-linked academic program enables students to graduate with the skills, knowledge and hands-on experience sought by employers worldwide. It not only helps in identifying right career opportunities but also equips them with the ability to give direct their own careers.
Well-equipped labs are made available to B Tech and Doctoral students all through the year to pursue their academic and research work. See https://www.niituniversity.in/research/labs-and-centres-of-excellence
Microwave and Antenna Lab
Optical Communication Lab
Power Electronics Lab
Satellite Communication Lab
Digital Logic and Circuits Lab
Lab in progress...
Analog Communication Lab
Analog Communication Lab
Control Systems Lab
Wireless Communications Lab
Microprocessors and Microcontrollers Lab
Lab in progress...
With the right mix of experienced and young faculty as well as adjunct faculty drawn from relevant industry and research institutions, students in the ECE area get to work with the best minds in the field. In addition to teaching and institution building responsibilities, the committed faculty are actively involved in research publishing their work in reputed conferences and journals – both national and international. B Tech and Ph.D students are involved in all research activities. Faculty at NU – Electronics & Communication area are conducting research in the broad areas of communications and signal processing, wireless broadband communications, cognitive radio and sensor networks and vehicular communications.
Semesters |
8 (4 Years) |
Total Credits: |
178 |
ECE Core Courses |
52 credits |
ECE Electives |
20 credits |
Industry Practice |
20 credits |
R&D Project |
4 credits |
Breakup of a Typical Course |
|
Lectures |
61% |
Tutorials |
4% |
Practicals |
35% |
The Robotics Club participated in several events winning honors and awards along the way. The teams, led by ECE 3rd year students, included students from 1st to 3rd year from both ECE and CSE streams.
3rd Year ECE students are undertaking a unique pedagogical experiment that will further strengthen Industry-Course linkages thus making the course content industry relevant. Students are working on live ST Microelectronics projects under direct industry guidance while undergoing their courses in the University.
STM Boards and IDE (Integrated Development Environment) have been made available to the students. Virtual Meeting tools and email are used by students to communicate with their STM supervisor daily. This unique experience will prepare them better for Industry Practice and Placements.
IEEE Student Chapter was opened at NU giving an opportunity for NU students to participate and collaborate in research and innovation activities at national and international level. Prof. Mahesh Bundele, SMIEEE Membership Chair, Rajasthan Sub-section, spoke at the inaugural function.
Organization - CDIL (Continental Device India Limited), R&D Division
Projects
Organization – PhotoElectricChefs
Projects
Organization – Applied Solar Technologies
Projects
Organization – ECIL (Electronics Corporation of India Limited)
Organization – Samtel Avionics
Project
Organization – Ahoy Systems
Project