A Master of Engineering in Electronics and Telecommunication Engineering or ME in Electronics and Telecommunication Engineering, is a two-year postgraduate program divided into 4 semesters, designed to provide advanced knowledge in communication systems, VLSI design and wireless technologies. Advanced Digital Signal Processing, Embedded and Cyber-Physical Systems, Programming Methodology, and Quantum Computing are among the subjects included in the program.
To be eligible, students need to complete their graduation with a BE/BTech degree in electronics, telecom, or a related field with at least 55% of the marks. Admission is typically considered through the GATE exam, while a few colleges may also conduct their own entrance exam. A few institutes may also conduct interviews or counselling as a part of the selection process.
Colleges offering ME Electronics & Telecommunication Engineering include Jadavpur University, Anna University, Savitribai Phule Pune University, Punyashlok Ahilyadevi Holkar University, and Chandigarh University. The course fee usually varies from INR 52,000 - INR 2,40,000 based on the ranking and infrastructure of the institution.
Graduates can find opportunities in the telecom companies, semiconductor industries, defence research laboratories and consumer electronics firms. Some popular job roles include Electronics Engineer, Electronics Communication Engineer, Embedded Systems Engineer, Network Engineer, and VLSI Design Engineer. Few recruiters include Bharat Electronics, Valeo, Infosys, TCS, and HCLTech. The average starting salary is INR 1 to 7 LPA based on the skills, domains and reputation of the institute.
Table of Contents
- ME Electronics & Telecommunication Engineering Key Highlights
- What is ME Electronics & Telecommunication Engineering?
- Why Study ME Electronics & Telecommunication Engineering?
- Who Should Study ME Electronics & Telecommunication Engineering?
- ME Electronics & Telecommunication Engineering Eligibility Criteria
- ME Electronics & Telecommunication Engineering Entrance Exams 2025
- ME Electronics & Telecommunication Engineering Colleges in India
- ME Electronics & Telecommunication Engineering Admission Process 2025
- ME Electronics & Telecommunication Engineering Syllabus
- ME Electronics & Telecommunication Engineering Job Opportunities in India
- ME Electronics & Telecommunication Engineering FAQs
ME Electronics & Telecommunication Engineering Key Highlights
Below are the key highlights of the ME in Electronics & Telecommunication course:
What is ME Electronics & Telecommunication Engineering?
A ME in Electronics & Telecommunication Engineering is a postgraduate program that focuses on advanced subjects like wireless communication, VLSI design, embedded systems and signal processing. It helps students with theoretical knowledge and hands-on skills, such as using devices such as MATLAB, and many more. The course mixes the main course with laboratory work, mini-projects and a research-based thesis. It prepares graduates for technical roles in telecommunications, electronics and communication systems. This course is ideal for those interested in the next-generation network, smart device and system design.
Graduates of the ME Electronics and Telecommunication Engineering program can work in Embedded Systems, IoT product development, aerospace and telecommunications. Along with many other positions, they are eligible for R&D labs such as DRDO and ISRO. With increasing focus on the 6G and AI-integrated networks, this course ensures future-ready skills. It also supports innovation and advanced research through industry-academic collaboration.
Know More: ME Chemical Engineering
Why Study ME Electronics & Telecommunication Engineering?
ME in Electronics & Telecommunication Engineering is a postgraduate program focused on advanced communication systems, embedded electronics and signal processing. Students are prepared for careers in VLSI design, wireless technology and telecom innovation. Those interested in the next-generation network, smart devices and digital connectivity will be highly relevant for pursuing this course. Some of the reasons why study ME Electronics & Telecommunication Engineering are as follows:
- This enables deep technical training in design, making graduates eligible for posts in niche semiconductor areas. These roles are usually not accessible to B.Tech holders without postgraduate expertise.
- ME programs provide an intensive understanding of RF design, antenna modeling and wave propagation. Such knowledge is necessary for a career in defense electronics, radar systems and satellite tech.
- The BHARAT 6G vision aims to make India a global 6G leader by 2030 through intelligent, safe and universal connectivity combined with the IMT-2030 framework. Students in Electronics and Telecom Engineering are prepared to contribute to this advancement.
- The program includes training in industry-standard EDA and simulation software used by core companies. In these devices, proficiency improves employment in both design and testing domains.
- ME holders are well-positioned to lead technical teams building communication or control devices from scratch. The combination of in depth theoretical and project execution makes them an ideal team that occurs in startups and R&D units.
Who Should Study ME Electronics & Telecommunication Engineering?
An ME in Electronics and Telecommunication Engineering in India focuses on advanced communication systems, embedded electronics and digital signal processing. With an increase in demand in areas such as telecom, semiconductor, aerospace and smart devices, this course helps students with specialisation in VLSI design, IoT, wireless technologies and many more. It also creates a strong foundation for a career in academic or research activities in R&D, system innovation and electronics and communication domains. Below are the candidates who should pursue the Master's in Electronics and Telecommunication Engineering course:
- Graduates from B.E./BTech background who want to gain deep knowledge in areas such as signal processing, VLSI, or communication systems. This helps them to create advanced skills beyond graduation.
- Students who aim for research and development positions in the telecommunications, electronics, or semiconductor industries. This course provides the foundation for innovation and experimental design.
- Those who want to become lecturers or professors in engineering colleges. An ME degree is often the minimum qualification for academic roles.
- Candidates who prefer to work in core sectors such as embedded systems, RF design or optical communication. The ME program improves their eligibility for niche and high-paying roles.
- Aspirants aiming for PSUs, Defence Labs, or Space Agencies. ME enhances their selection opportunities and fulfills the eligibility for high-level roles.
Also Check: ME Electrical Engineering
ME Electronics & Telecommunication Engineering Eligibility Criteria
To pursue an ME in Electronics & Telecommunication Engineering, the applicant needs to meet certain criteria, without which admission into this course may be difficult. Mentioned below are the eligibility criteria for pursuing the ME Electronics & Telecommunication Engineering in India:
- Candidates should have completed their bachelor's degree in engineering (B.E. or B.Tech) or a similar qualification from a recognised institute. The minimum required score is usually 55% marks or a decent CGPA, based on the institute.
- Qualifying degrees should be in electronics and communication engineering, telecom engineering, electrical engineering, or other closely related areas.
- For admission to many government and top private institutions, a valid GATE score in relevant papers is mandatory. It also helps in achieving scholarships or stipends offered by AICTE or MHRD.
- In the absence of the GATE, some universities conduct their admission exam or accept the national/state-level examination.
- Some universities may include personal interviews, group discussions, or academic counseling. These procedures assess the technical qualification, motivation, and suitability for postgraduate studies of the candidate.
ME Electronics & Telecommunication Engineering Entrance Exams 2025
To pursue ME in Electronics and Telecommunication Engineering in India, candidates have to meet the requirements set by the State Technical Boards or Institutions. A relevant B.E. or BTech program is usually the basis of admission; Many universities also require GATE scores or their entrance exam. For final selection, many universities can also take into account in-person interviews or counselling sessions. Some of the entrance exams for ME Electronics and Telecommunication Engineering are given below:
ME Electronics & Telecommunication Engineering Colleges in India
In India, many institutes provide an ME in Electronics and Telecommunication Engineering, focusing on advanced subjects such as signal processing, wireless communication, VLSI design, and many more. The program mixes theoretical learning with hands-on training in devices such as MATLAB, FPGA and simulation software. The course fee varies by institution and location. Some colleges that provide ME Electronics and Telecommunication Engineering or related courses in Electronics and Telecommunication are given below:
ME Electronics & Telecommunication Engineering Admission Process 2025
Pursuing the ME in Electronics & Telecommunication Engineering at Chandigarh University includes the following steps required for admission:
Step 1: Go to “cucet.cuchd.in”, choose the active phase (CUCET-I or II), and enter your name, email, contact, and city. Select your desired program and create your profile using the user ID and password sent via SMS/ email.
Step 2- To download e-prospects and pay INR 1000 online, including courses and exam details.
It is mandatory to fillout the application for the entrance examination and also for admission purposes.
Step 3: After logging in with your CUCET ID or registered email address, pay the registration fee online or in person. Once the payment is confirmed, fill out the application with the right personal and educational details.
Step 4 - Choose a suitable date and time for the online admission test. Take the exam according to the schedule using a stable internet connection and functioning.
Step 5 - Log in to see and download your results and CUCET scorecards. If eligible, follow the admission process and claim scholarship benefits based on your score secured.
Documents Required
- 10th and 12th mark sheets and certificates
- Transfer and migration certificates
- Graduation mark sheet and certificates, if provided
- Entrance exam scorecard (if applicable)
- Passport-size photographs
- Photo ID proof
- Caste or category certificate (if applicable)
- Domicile and medical certificates (if required)
ME Electronics & Telecommunication Engineering Syllabus
In various colleges, ME in Electronics and Telecommunication Engineering programs typically cover the same main subjects, with minor changes based on the institution. General subjects include digital communication, microwave engineering and VLSI design. These courses help students with the skills required for the roles in telecommunications, embedded systems, semiconductor industries and many more. Some of the subjects that are covered under the curriculum by Jadavpur University are as follows:
ME Electronics & Telecommunication Engineering Job Opportunities in India
Graduates with an ME in Electronics & Telecommunication Engineering work in telecom, IT, electronics, and R&D sectors. They handle roles in embedded systems, signal processing, VLSI, and communication networks, gaining skills to design and improve modern electronic systems. Some of the job opportunities after completing ME Electronics & Telecommunication Engineering in India are as follows:
ME Electronics & Telecommunication Engineering FAQs
Is there any difference between ME and M.Tech?
A M.E. and M.Tech are considered equal postgraduate degrees in India. The ME program is often introduced by universities, emphasizing theory, while MTech (IITS/NITs) focuses more on application-centred. Both are equally important to industries and academics.
Which specialisation fields are available for ME in Electronics & Telecommunication Engineering?
A few common specialisations include signal processing, embedded systems, VLSI design, wireless communications, microwave engineering and optical communication. Some colleges also offer network security, robotics or IoT tracks. The choice depends on the faculty strength and the trend of the industry.
What kind of projects can students work on during ME Electronics & Telecommunication Engineering?
Project works can be done in areas such as IoT-based sensors, FPGA-based communication systems, 5G network testing, antenna design and embedded robotics. Some students detect AI in communication, VLSI layout or smart energy systems. The choice of the project depends on faculty expertise and industrial tie-ups.
Which software tool will a candidate learn during the program of ME Electronics & Telecommunication Engineering?
The software tools that are taught during the course include MATLAB, Simulink, Cadence (for VLSI), Quartus/Vivado (FPGA design), HFSS/CST (microwave modeling), and ModelSim. Networking labs use simulators like NS3, OMNeT++, Mininet. These skills are of the industry standard and may differ according to the college's preference.
Which kind of soft skills are developed during this course?
M.E. programs enhance communication, report writing, presentation skills, project management, and teamwork skills. Conferences, seminars, and defence sessions improve oral and written proficiency. These are important for the R&D and leadership roles.
Does a ME Electronics & Telecommunication Engineering help to qualify for any government engineering jobs?
Many government technical posts and PSUs provide preferences to postgraduates for higher pay scales or R&D roles. This course is also beneficial in clearing exams like GATE, ESE, or state-level AE/JE recruitments. It adds weightage to the profile.
