ME Electronics Engineering: Admission 2025, Syllabus, Fees, Colleges, Careers

• Updated on  Aug 14, 2025, by Saher Gelra

ME Electronics Engineering is a full-time 2-year postgraduate degree for those looking to specialise in advanced electronics knowledge with vanguard expertise in VLSI design, embedded systems, signal processing, and communication engineering. This course produces students who are adept engineers in both the classical electronics and the emerging digital systems, armed with analytical abilities, research skills and technical expertise.

 

To be eligible for M.E in Electronics Engineering, candidates must have completed BE/BTech in Electronics/Electronics & Communication/Electrical, or related engineering fields with at least 55-60% aggregate marks from a recognized university. Admission is primarily through GATE/CUET PG or merit-based selection by respective institutes.

 

The average course fee for M.E Electronics Engineering in India ranges between INR 70,000 – INR 5,50,000 depending on the university and its infrastructure. Popular institutes offering this course include BITS Pilani, College of Engineering, Anna University and many more.

 

M.E in Electronics Engineering pass-outs can opt for profiles such as VLSI Design Engineer, Embedded Systems Engineer, Electronics Engineer, RF Engineer, Signal Processing Engineer, or R&D Engineer. The starting average salary is 2.8 LPA to 7.5 LPA, with higher packages for those entering the top tech firms or MNCs.

 

Table of Contents

  1. ME Electronics Engineering Key Highlights
  2. What is ME Electronics Engineering?
  3. Why Study ME Electronics Engineering?
  4. Who Should Study ME Electronics Engineering?
  5. ME Electronics Engineering Eligibility Criteria
  6. M.E Electronics Engineering Entrance Exams 2025
  7. ME Electronics Engineering Colleges in India
  8. ME Electronics Engineering Admission Process
  9. ME Electronics Engineering Syllabus
  10. ME Electronics Engineering Career Opportunities in India
  11. ME Electronics Engineering FAQs

 

ME Electronics Engineering Key Highlights

Here are some of the basic key highlights for ME in Electronics Engineering:

Particulars

Details

Course Name

M.E Electronics Engineering

Course Level

Postgraduate Degree

Duration

2 years

Course Type

Full-time / Part-time

Admission Process

Entrance Exam + Merit

Eligibility

BE/B.Tech with 55-60% marks

Course Fees

INR 70,000 – INR 5,50,000

Top Colleges

BITS Pilani, College of Engineering, Anna University, Thapar Institute of Engineering & Technology, Gokul Global University

Job Roles

VLSI Design Engineer, Embedded Systems Engineer, Electronics Engineer, RF Engineer

Recruiters

Intel, Qualcomm, HCL, Infosys, TCS, Samsung, Wipro, TATA, Reliance, L&T

Avg. Salary

INR 2.8 – INR 7.5 LPA (entry-level)

 

What is ME Electronics Engineering?

M.E Electronics Engineering is a specialized postgraduate degree in India that combines advanced study of electronic devices, integrated circuits, signal processing, and modern communication systems with practical research skills including VLSI design, embedded systems development, and digital signal processing applications. It's perfect for students who wish to explore the intersection of traditional electronics and emerging technologies, develop strong research and analytical skills, or contribute to India's growing semiconductor and electronics manufacturing sector.

 

This course usually includes classes on advanced electronic circuits, VLSI design fundamentals, embedded systems architecture, and hands-on practical sessions in modern laboratories.

 

Also read about MTech in Electronics Engineering

 

Why Study ME Electronics Engineering?

ME Electronics Engineering course nurtures in you a powerful blend of cutting-edge electronics expertise and research acumen, equipping you for the wide range of opportunities in India’s growing semiconductor, telecom and tech ecosystems. Some of the reasons to do ME Electronics Engineering are as follows:

  • You receive strong instruction in both classical electronics theory and contemporary digital technologies that sets you apart from undergrad-level engineers.
  • It lays a rock-solid foundation for anyone looking to go into VLSI design, embedded systems, R&D or high-tech companies.
  • You’ll gain critical thinking, advanced problem solving, and research skills that are valued by employers throughout the high-tech industry.
  • Unlocks possibilities in semiconductor companies, telecom giants, research labs and cutting-edge startups.
  • It builds your technical depth, research methodology, and innovator skillset; these are abilities that our technology-driven economy highly values.

 

Who Should Study ME Electronics Engineering?

ME Electronics Engineering is perfect for students who wish to complement their advanced electronics expertise with practical research skills and specialize in VLSI design, embedded systems, signal processing, or semiconductor technology. This program suits:

  • Aspiring semiconductor professionals, VLSI and embedded systems developers, R&D engineers, or engineers at innovative technology companies.
  • For students interested in chip design, system architecture, signal processing or telecom technology in both conventional and emerging technology platforms.
  • For those looking to level-up their technical knowledge, research, and analytical thinking for roles in tech firms, research labs, or elite engineering positions.
  • For those with a robust electronics engineering background who wish to dive headfirst into bleeding-edge technologies and new frontiers.
  • Whether you want to work for a semiconductor company or a telecommunication company or a research lab or start your own startup.
  • Analytically minded students with a technical bend and strong mathematics and problem solving skills.

 

ME Electronics Engineering Eligibility Criteria

Below are the detailed eligibility criteria for admission to ME Electronics Engineering. Candidates must fulfill all the conditions mentioned below:

  • The applicant must have completed BE/BTech in Electronics Engineering/Electronics & Communication Engineering/Electrical Engineering, or related fields from a recognized university.
  • A minimum aggregate of 55-60% marks (or equivalent CGPA) is required in the qualifying exam. For SC/ST candidates, there is typically a 5% relaxation.
  • Admission is usually based on entrance test scores like GATE, merit in graduation, or a combination of both, followed by counseling.
  • Valid GATE score is preferred by most premier institutions like IITs and NITs.
  • Final-year BE/BTech students can also apply, provided they submit proof of completion before admission.
  • Some institutes may require relevant work experience in electronics or related fields for working professionals.

 

M.E Electronics Engineering Entrance Exams 2025

Most universities and colleges in India offer admission to ME Electronics Engineering through entrance tests, merit-based selection, or a combination of both. Below is a tentative list of common entrance exams for Master of Engineering in Electronics admissions:

Exam Name

Registration Window (Tentative)

Exam Date (Tentative)

Application Fee

GATE 2026

October – February 2026

February 2026

INR 1,800 (General), INR 900 (SC/ST)

CUET PG

January – February 2026

March 2026

INR 1,400 (Gen)INR 1,200 (OBC)INR 1,100 (SC/ST/TG

 

ME Electronics Engineering Colleges in India

Here are some of the most reputed colleges and universities offering ME Electronics Engineering in India:

College Name

Location

NIRF Ranking (Engineering)

Total Course Fees (Approx)

College of Engineering (COEP)

Pune

77

INR 1,50,000

Thapar Institute of Engineering & Technology

Patiala

29

INR 2,80,000

Anna University

Tamil Nadu

14

INR 72,000

BITS Pilani

Pilani

20

INR 5,50,000

Gokul Global University

Siddhpur, Gujarat

-

INR 85,000

 

ME Electronics Engineering Admission Process

ME Electronics Engineering admission at top universities follows a systematic process. The admission to the M.E in Electronics Engineering is based on the entrance exam scores of the candidates.

 

Given below is the step by step admission process for the M.E Electronis Engineering for the College of Engineering (COEP) for your reference:

 

Step 1: Register for the relevant entrance exam (GATE)—a valid GATE score is mandatory for ME admission at COEP.

 

Step 2: After GATE results, register for the Centralized Admission Process (CAP) conducted by DTE Maharashtra via the official CAP portal.

 

Step 3: Complete the online CAP application, providing all required academic, personal, and professional details.

 

Step 4: Upload the scanned copies of required documents, including BE/BTech mark sheets, degree/provisional certificate, GATE scorecard, caste or EWS certificate (if applicable), domicile certificate (if applicable), transfer/leaving certificate, passport-sized photograph, and signature—all in the required JPG/PDF format.

 

Step 5: Pay the non-refundable application fee (typically around INR 1,000) online via debit/credit card, UPI, or net banking as per the institute and CAP guidelines.

 

Step 6: Fill preferences for courses and colleges in the CAP option form, selecting ME Electronics & Telecommunication at COEP if desired.

 

Step 7: Wait for the announcement of the CAP merit list and seat allotment rounds. If you are allotted a seat in COEP for ME Electronics, you must accept the seat in your CAP login and proceed as instructed (freeze/betterment).

 

Step 8: Report to the allotted ARC (Admission Reporting Centre) or COEP for document verification, physical reporting, and payment of tuition/registration fee (as per the schedule).

 

Step 9: After successful verification and fee payment, your admission is confirmed. Attend orientation, register for the first semester, and begin academic activities under the guidance of COEP’s Electronics department faculty.

 

Documents Required:

  • BE/BTech mark sheets and degree certificate
  • Transfer certificate from previous institution
  • GATE/entrance exam scorecard
  • Passport-size photographs
  • Valid ID (Aadhaar/PAN/Passport)
  • Caste/EWS certificate (if applicable)
  • Statement of Purpose (for select institutions)

 

ME Electronics Engineering Syllabus

ME Electronics Engineering is a 2-year comprehensive program designed to provide students with advanced knowledge in electronics and emerging technologies. The syllabus varies across institutions, but here's the syllabus of College of Engineering (COEP) for your reference:

Semester I

Semester II

Advanced Digital Signal Processing

Advanced Microprocessors and Microcontrollers

VLSI Design and Technology

Communication Systems

Advanced Electronic Instrumentation

Control Systems Engineering

Department Elective 1

Department Elective 2

Laboratory I

Laboratory II

Semester III

Semester IV

Seminar / Technical Paper Presentation

Project Phase II (Thesis)

Department Elective 3

 

Sample Electives

Embedded System Design

Microwave Engineering

Digital Image Processing

ASIC Design

IoT Systems

Also, read ME in VLSI Design

 

ME Electronics Engineering Career Opportunities in India

ME Electronics Engineering opens doors to diverse career opportunities across semiconductor, telecommunications, research, and technology sectors in India. Here's a look at common career paths:

Job Profile

Experience

Top Recruiters

Average Salary (INR)

VLSI Design Engineer

0–2 years

Intel, Qualcomm, NVIDIA, Broadcom, Texas Instruments

8–15 L

Embedded Systems Engineer

1–3 years

Bosch, Continental, Tata Elxsi, HCL Technologies

4–7 L

Electronics Engineer

2–4 years

BHEL, L&T, Siemens, ABB, Samsung

5–12 L

RF Engineer

1–3 years

Nokia, Ericsson, Qualcomm, Airtel, Jio

8–12 L

Research & Development Engineer

2–5 years

ISRO, DRDO, BARC, Tata Research

6–10 L

Signal Processing Engineer

1–4 years

TCS, Infosys, Wipro, IBM, Amazon

5–9 L

Looking for specialized courses? Check Diploma in Electronics Engineering

 

ME Electronics Engineering FAQs

How do ME Electronics graduates impact the growth of deep tech startups?

Deep tech startups in India and globally frequently address the complexities of hardware-software co-design, IoT productization, sensor fusion, and next-gen communication. ME Electronics alumni are deep tech leaders who design prototypes, optimize PCB/hardware, integrate smart sensors, and power edge AI. As in, many of the founders and early team members in successful hardware-led startups (drones, med tech, industry 4.0) have ME (Electronics) or other advanced degrees.

Are there internship requirements during ME Electronics Engineering?

Many ME Electronics programs include a mandatory internship or industry project, typically spanning 6–8 weeks between the 2nd and 3rd semesters. These internships with electronics companies, R&D labs, or startups are crucial for gaining practical experience, developing industry contacts, and sometimes lead to pre-placement offers. Always check the specific program structure at your chosen college for details.

What is the scope for entrepreneurship after ME Electronics Engineering?

ME grads can utilize their experience in electronics/embedded systems/IoT to start companies in automation, hardware design, product development or tech consulting. Most institutes have entrepreneurship support cells, incubation centers, mentorship which you should leverage. With the growing Indian electronics and manufacturing ecosystem, entrepreneurship is again a feasible and enticing choice for ambitious ME graduates.

What international opportunities are there after ME Electronics in India?

ME Electronics graduates from Indian universities are eligible for direct entry to PhD programs and research positions globally, especially in the US, Germany, Canada, and Australia. They may also pursue roles in MNCs’ global technology hubs as electronics design engineers, systems architects, or product analysts. International certification (e.g., in VLSI, embedded systems, or signal processing) and strong research/project credentials further enhance opportunities abroad.

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