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Helpline no. 0129-4259000

Helpline no. 0129-4259000




Q1. Why should a student opt for the True Chip program in B.Tech ECE, VLSI at Manav Rachna University?

Ans: The students get the following advantages at MRU beyond the curriculum at other universities

  2. Avg. Package 6 -6.5 LPA and above (eligibility conditions apply)  OR 7.5LPA (with an internship in Vietnam)
  3. Stipend during internships to deserving candidates.
  4.   Placement letter is provided at the time of admission
  5.     Industry Driven Curriculum (hybrid mode of learning)
  6.     Industry internships in True Chip every year
  7.     Internship opportunity in Vietnam in final year (self-financed)
  8.     Exposure to live industry projects in VLSI
  9. Opportunities to participate in VLSI conferences and workshops

Q2. What are other areas of Electronics that have a good scope of employability/ entrepreneurship etc.? 

Ans: Embedded Systems, Telecommunications, IOT and Automotive Industry.

Q3. Where have been students of recently passed batches placed?

Ans: Cadence, Mentor Graphics, Siemens etc. up to an initial package of 21 lakhs per year.

Q4. What are the various programs offered by the Department of Electronics and Communication Engineering?

  • Tech in Electronics and Communication Engineering
  • True Chip program B.Tech in Electronics and Communication Engineering (Hons. With specialization in VLSI Design and Verification)
  • Tech. in Electronics and Communication Engineering (With specialization in Embedded Systems and VLSI)
  • D. in Electronics & Communication Engineering.

Q5. What are other facilities provided for the holistic development of the candidate?  

  • Regular feedback and attendance monitoring system.
  • Well-equipped classrooms (ICT)
  • Continuous up-gradation of syllabus through feedback from Industry, employers, academicians, researchers.
  • ISTE Institutional membership provides opportunities to be a part of national level technical events.
  • IEEE Society Activities and participation at national level.
  • Students are supported and encouraged to participate at national and international level competitions (technical/ non-technical/ sports/cultural)
  • Support to build projects and file patents (MRIIC)
  • Support for placement (CRCMC)
  • Support to prepare for competitive exams (CDC)
  • Global competitiveness (MRCFL)
  • Overall development of students through various curricular and co-curricular activities (CLANS )
  • Enhancement of Technical knowledge through Quizzes and Technical Competitions (ElectroTech club)
  • Exposure to the latest technologies and areas of research through Expert Talks (NBRC / DU, CRIS, etc. in 2018 under ElectroTech Club)
  • Workshops through ICTs, MOOCs (like NPTEL, SWAYAM, NITTTR), Webinars
  • Virtual Labs
  • Learning beyond syllabus through summer training.
  • Different types of courses (Hard/Soft/Workshop/Special Hard skills courses/ Project etc.
  • Large basket of interdepartmental and core electives
  • Different value added courses each semester for overall holistic development.


Q6.  Why should one opt for Electronics and Communication Engineering at MRU?

Manav Rachna University offers 

  • An innovative and student-centric pedagogy for teaching. The courses have an option to be offered in Project-based learning mode. Other student-centric approaches include cooperative learning, peer-to-peer learning, multidisciplinary projects, etc. 
  • The institute offers flexibility in curriculum and evaluation methods catering to the student’s learning capabilities.
  • Slow learners and fast learners are identified and catered to as per their needs.
  • A Mentor-mentee system helps and supports students in case of any academic or administrative issues.
  • Mentors ensure discipline as they are in continuous touch with parents regarding student’s attendance and performances.
  • ERP system provides transparency among organizations, students, and parents.

Q7. What is the quality of faculty in the department?

The Department has distinguished faculty, with M.Tech and Ph.D. degrees from renowned institutes like IIT’s, NIT’s, Central Universities, etc., most of them are GATE/NET qualified.  The major research areas are Signal Processing and communication, RF and microwave Engineering, VLSI Design, Embedded systems Design, Controls and instrumentation, Big Data, Data Mining, Hadoop, Data Warehousing, Business Intelligence, Neural Networks, Power systems, etc.

Q8. What are the career opportunities available to Electronics and Communication Engineers?

As the program is designed with a focus on contributing towards the “Make in India” slogan and helping develop software-enabled electronic hardware products, Electronics and Communication Engineers have a high caliber to find jobs with entry-level packages of Rs. 5.0 – Rs. 20.0 lakhs per annum. These graduates would have excellent opportunities in Public/Govt. sector organizations like BEL, BSNL, BHEL, NHPC, NTPC, DMRC, C-Dot, HAL, Airport Authority, BARC, ISRO, DRDO, NTRO, CSIR, and SAMEER. Other sectors that offer job opportunities are the armed forces, railways, technical universities, the banking sector, and state electricity boards. MNCs namely Hewlett Packard, Agilent, Cadence, Synopsis, Truechip Solutions, Texas Instruments, Simmtronics, Qualcomm, Cognizant, ST-Microelectronics, MIDAS Communication, IBM/Microsoft are also the major recruiters of ECE students. Apart from the placements in reputed organizations, many students also opt for higher studies through CAT, GATE, and GRE, etc.

Q9. What are the teaching methodologies adopted by the department?

The teaching methodology adopted by the Department is in complete synergy with the latest and evolving market challenges and trends. We follow highly interactive, student-centric, and innovative teaching methodologies that emphasize learning by experimenting and experiencing to groom future technical leaders and managers. These include case studies, audio-visual presentations, group discussions, role-plays, brainstorming, industrial visits, symposia, seminars, projects, quizzes, and special lectures of experts from the corporation. Adequate focus is given to enhancing analytical powers, Computational skills, problem-solving strategies, and team spirit. A rich association of the best industry professionals and highly competent faculty members thrust towards the practical orientation backed with a thorough theoretical base.

Many courses are offered under Project-based learning mode, classroom deliveries will cover the fundamental concepts. The students would be required to work on a project in a team comprising of 3-4 members. These projects would be based on the fundamental principles of the respective subject that is /are offered in PBL mode and should be preferably on the current societal needs. While working on the project students are expected to apply the knowledge of all the subjects they have studied or studying during that semester and provide innovative solutions to the problems undertaken.

In the tougher times of COVID-19, the department immediately shifted to the online mode, engaging through various platforms like Zoom, Google Classroom, and MS Team. The internal and final examination was also conducted on various online platforms

Q10. What kind of Infrastructure is available to the department?

The department has state-of-the-art, modern, and well-equipped Laboratories with adequate facilities. Classrooms are fitted with the latest equipment for making presentations, lectures, debates, and group discussions take place in the most convenient and enriching way. Students get all the ICT (Information and Communication Technologies) support in their Smart Classrooms and are encouraged to perform as digital learners. The latest technology with Interactive Boards and Projectors is extensively used in the classroom to benefit young learners. The dimensional Structure of the Classrooms, Tutorial Rooms, and Laboratories are also as per the latest AICTE norms.

Q11. What is the Alumni Status of the department?

  • Mayank Hans, Project Engineer, Mohan Energy Corporation Pvt. Ltd. with an annual package of 24 Lakhs.
  • Rahul Sharma, Design Engineer, Mentor Graphics with an annual package of 20 Lakhs.
  • Dhruv Sharma, Application Engineer, Cadence with an annual package of 12 Lakhs
  • Raghav Rastogi, Lead Member Technical Staff at Siemens EDA (Siemens Digital Industries Software), with an annual package of 18 Lakhs
  • Mohit Yadav, Design and Verification Engineer, Truechip, Noida, with an annual package of 14 Lakhs

Graduates have also got placements in various organizations including Hewlett Packard, Agilent,  Synopsis, Texas Instruments, Simmtronics, Qualcomm, Cognizant, ST-Microelectronics, MIDAS Communication, IBM/Microsoft, Nokia Siemens, Accenture, Ericsson, Green India, Arnav Technology, Cnif, Outflare, Maintec, Micromax, HCL CDC, Xperia, Indian Navy, Josh Technology, Grey Meter, EXL, CMC Limited, etc.

Apart from Placements, many graduates opt for higher education through GATE, NET, GRE, TOEFL, IELTS, etc., and are successfully placed nationally and internationally.

Q12. What do you teach in Summer Training?

To fulfill industry needs, the Department organizes the following modules/workshops during summer training:

  1. PCB and Circuit Designing in association with CROMA CAMPUS.
  2. Analytical Solutions of Electronic Components using MATLAB.
  3. Projects like Line Follower, Obstacle Detector, and Fingerprint Sensing using Arduino and Raspberry Pi.
  4. Image Processing using MATLAB.
  5. Designing Multi-Band Antennas using an EM simulation tool.
  6. Altair Software.

Q13. What are the achievements of the department?

  • WeLabs, an NFT investment management software development firm started by 2019-23 batch student Aishvarj Gupta.
  • Innominate, a startup by students Sarthak Negi and Vikas Basoya in 2021 will provide skill-based education platforms like fashion, beauty, music, dance, and cooking.
  • A.C.T.S. is a fast IRIS scanning product developed by Student Rudra Shau to scan people in a pandemic or in disguise.
  • Patent on microwave sensing device for dielectric characterization of materials by Dr. Yogita Gupta Associate Professor
  • Patent on Lead-Acid battery cell reconfigurable arrangement for enhanced battery life by Dr. Yogita Gupta Associate Professor
  • Patent on Refrigeration Automation System by Dr. Charu Pathak, Professor
  • Patent on System for facial expression assessment using machine learning by Dr. Shruti Vashist, Professor

Q14. Who should study Electronics and Communication Engineering?

Electronics and Communication Engineering integrates elements of Core Electronics, the communication domain along with the flavor of computer science to create advanced intelligent systems. If students’ interest is towards, inclination to design and develop electronic systems through the latest technologies, then this program is the right choice for you.

Q15. Job sector for after Electronics and Communication Engineering

  •       Analog Design Engineer
  •       Digital Design Engineer
  •       Layout Engineer
  •       Testing and Verification Engineer
  •       PDK Developer
  •       Design Synthesis Engineer
  •       Design and Development Engineer, electrical and electronic systems
  •       PCB Designer
  •       Product Validation Engineer
  •       Embedded Firmware Engineer
  •       Embedded Hardware Engineer
  •       Embedded System Developer
  •       Hardware Systems Firmware Debug and Integration Engineer
  •       Control Systems Engineer
  •       Instrumentation Engineer
  •       Systems & Communications Engineer
  •       Antenna engineer
  •       Network Communications Systems Engineer
  •       RF Wireless Systems Engineer
  •       RF Systems Engineer
  •       Data Analyst
  •       Software engineer
  •       Cybersecurity Engineer – Embedded Systems
  •       DT Consultant
  •       Data Architect

Q16. What are various subject electives being offered under Electronics and Communication Engineering? 

Different specialization areas are available in the various elective baskets/verticals as VLSI, Embedded Systems, IoT, CommunicationHealth Care, Basics of Data Sciences, and machine Learning/ computer.


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