Manav Rachna University, Faculty of Engineering Faridabad B.Tech Electronics & Communication Engineering: Fees 2026, Course Duration, Dates, Eligibility

Ans. B.Tech ECE graduates from MRU can pursue careers in telecommunications, VLSI design, embedded systems, IoT, signal processing, semiconductor design, and communication networks. With the growing demand for chip designers and VLSI engineers in India (driven by the government's semiconductor mission), ECE graduates with specialisations in VLSI or Chip Design are particularly sought after. Graduates can work with companies like Intel, Qualcomm, Texas Instruments, Samsung, Infosys, TCS, and various defence and space organisations. Higher studies options include M.Tech, MS abroad, or MBA.

Ans. Yes, the B.Tech ECE programme at MRU has been NBA (National Board of Accreditation) accredited multiple times - in 2004, 2007, and 2018. NBA accreditation signifies that the programme meets national quality standards in terms of curriculum, faculty, infrastructure, and outcomes. For students, this means the degree is recognised by professional bodies and employers, and it also facilitates recognition for higher studies abroad under the Washington Accord (for programmes meeting international equivalency standards). Students frequently ask about this on forums as it is an important quality indicator.

Ans. MRU offers B.Tech ECE (Hons.) with specialisations in VLSI Design and Verification (in association with TrueChip), Chip Design (with L&T EduTech), AI and IoT (with Intel Corporation), and Cybersecurity in Embedded and Communication Systems. For placements, VLSI Design and Chip Design specialisations are currently in high demand due to India's semiconductor push, while AI and IoT is popular for its broad applicability. The annual fee for ECE with specialisations is Rs. 2,56,500, which is lower than B.Tech CSE, making it a cost-effective option for students interested in hardware and communication domains.

Ans. B.Tech ECE at MRU costs Rs. 2,56,500 per year (Rs. 10,26,000 total for 4 years), which is lower than B.Tech CSE Normal at Rs. 3,05,800 per year. ECE is a strong choice for students interested in hardware, communication systems, VLSI, and embedded systems. While CSE has broader software-focused placement opportunities, ECE graduates with VLSI or chip design specialisations are increasingly in demand. The department's NBA accreditation, Intel Intelligent Systems Lab, and industry partnerships with Synopsys, Xilinx, and Cadence make it a well-equipped programme.

Ans. The ECE department at MRU houses several state-of-the-art laboratories including the Intel Intelligent Systems Lab, VLSI Design Lab, Embedded Systems Lab, Antenna and Microwave Lab, IoT Lab, DSP Lab, and Advanced Communication Systems Lab. The department also has a Centre of Excellence (CoE) for advanced research. Students have access to industry-standard tools from Synopsys, Xilinx, Cadence, and SEMulator 3D. The Electrobits Club organises technical events, workshops, and hackathons, providing students with hands-on experience beyond the classroom.

Ans. MRU has a formal procedure for change of programme, which is available on the official website under the Admissions section. Programme changes are subject to availability of seats in the desired programme, academic performance in the first semester, and approval by the competent authority. Students interested in switching are advised to check the specific policy and deadlines for AY 2026-27. It is generally easier to switch in the first semester before specialisation courses begin. Students on forums often ask about this, and the advice is to make the decision carefully before joining, as switching may affect scholarship eligibility.