M.E - Electronics Engineering

Overview: 

The domain of electronics has seen an exponential growth in past few decades. From a select few electronics manufacturers in the past to a number of manufacturing units in present, the industry is experiencing a demand enhancement and is trying to keep up the pace with the advancement in technology.

To make more reliable, technologically advanced, and cost-effective electronics equipment meeting the demand of end consumer, the industry requires a band of the trained professionals who have in-depth knowledge of the subject both academically and practically.

A master’s course in Electronics engineering aims at creating that professional band of the qualified and trained professional who will meet the needs of the industry in the coming time. The course design and structure focuses on imparting theoretical and practical knowledge to the students in a gradual and practice-based manner to the PG students.

Some Highlights of  M.E  Electronics Engineering:

Top Colleges Offering   M.E  Electronics Engineering In India :

• BITS Pilani
  
• IIT Guwahati
  
• IIT Kharagpur
  
• IIT Roorkee
  
• NIT Rourkela
  
• NIT Trichy
  
• IIT BHU
  
• IIT Bombay
  
• Indian Institute of Technol
  

Why Choose M.E Electronics Engineering?

Pursuing a Master of Engineering (M.E.) in Electronics Engineering in India offers numerous advantages, both academically and professionally. Here are some compelling reasons why this program can be a great choice for students passionate about technology and innovation:

• Technological Innovation and Advancement: Electronics Engineering is at the heart of modern Technological Innovation. By choosing this specialization, you'll work with cutting-edge technologies ranging from Semiconductors to Telecommunications, 5G Networks, and Cloud Computing.  The field is ever-evolving, which means as an Engineer, you'll always be involved in developing and improving the technologies that power industries worldwide.
• Expanding Career Opportunities: The Electronics and Telecommunications industry is rapidly expanding, offering numerous career opportunities. Graduates can work in diverse sectors such as IT, Manufacturing, Aerospace, Defense, and Entertainment.  The demand for skilled professionals is high, especially with the rise of digital technologies and innovations in Consumer Electronics, Medical Devices, Communication Systems, and Robotics.
• High Demand Across Industries: Electronics Engineers are in high demand across multiple sectors like Telecommunications, Aerospace & Defense, Information Technology, Consumer Electronics, Industrial Electronics, and Medical Electronics.  The need for specialized expertise in these areas continues to grow, offering abundant job opportunities in both public and private sectors.
• Competitive Salaries: Due to the specialized skills required in Electronics Engineering, graduates are often offered competitive salaries. This makes it a financially rewarding field to enter, especially given the high demand for professionals in areas like 5G technology, Cybersecurity, and Advanced Communication Systems.
• Opportunities for Innovation and Problem-Solving: Electronics Engineering encourages creativity and problem-solving. Whether it's designing more efficient electronics or improving telecommunication systems, the ability to innovate and solve real-world problems makes this field both challenging and fulfilling.  The industry constantly seeks new solutions to enhance performance, efficiency, and cost-effectiveness of electronic products.
• Global Opportunities: The Electronics industry is global in nature, which means that with an M.E. in Electronics Engineering, you have the opportunity to work with leading firms, universities, and research organizations around the world.  Whether it's working for multinational companies or engaging in international research collaborations, the potential for global exposure is vast.
• Continuous Learning and Development: As technology evolves, so must Engineers. The field requires continuous learning to stay updated with new tools, methods, and advancements. From Smart Phones to Medical Devices, new products and services are developed regularly, requiring engineers to stay at the forefront of innovation.
• Research and Scientific Contributions: For those inclined towards Research, Electronics Engineering offers a wealth of opportunities. You can contribute to scientific advancements and cutting-edge research in fields like Quantum Computing, Artificial Intelligence, and Biomedical Engineering.
• Entrepreneurship Opportunities: With the expertise gained in areas like Embedded Systems, Robotics, and Signal Processing, you can venture into entrepreneurship. Starting your own technology-based business, designing new electronic products, or offering consulting services are all viable options for those interested in building their own ventures.
• Job Security and Career Growth: The Electronics Engineering sector offers job security due to the constant demand for skilled professionals. Moreover, there are ample growth opportunities in roles such as Research & Development, Design Engineering, Project Management, and Technical Leadership.

Pursuing an M.E. in Electronics Engineering provides an opportunity to engage with the latest advancements in technology while contributing to the development of products and systems that improve everyday life. With a high demand for skilled professionals across various industries, competitive salaries, and opportunities for continuous innovation, Electronics Engineering offers a fulfilling and future-proof career path. Whether you aim to work in established industries or explore entrepreneurial ventures, an M.E. in Electronics Engineering is an excellent investment in your professional future.

Admission Procedure For M.E  Electronics Engineering:

The admission process for an M.E. in Electronics Engineering in India is usually based on a common entrance test (as seen across various Universities and colleges in the country) and typically involves the following steps:

• Should have completed Graduate level program in related field
• Most of the Universities/Colleges conduct a common entrance test for admission into M.E courses (like LUPNEST, BITSAT HD) or take admissions through commonly held entrance exam like GATE, IIIT PG, and UPSEE. Hence students would have to make an application for such exams.
• Aspirants have to qualify these exams (for which they should be eligible to appear) in order to get admission in the course.
• After the conduct of the test, a merit list of finally qualified candidates is prepared and candidates are invited for admission process by the respective university or college.
• After admission process final allotment of seats to the candidate takes place and the candidate is asked to deposit the fee for the course and register for the respective academic year.
• Admission process would more or less be same across all the colleges and universities that are offering this course
• Some colleges may also have additional selection processes, such as counseling or interviews

Eligibility For M.E Electronics Engineering:

• Candidate must have passed the B.E/B.Tech or equivalent examination in the respective stream from a recognized state/private/deemed or central University with at least 55% (relaxable for reserved category candidates) of the marks.
  
• He/She shall not be having any backlog or compartment in any of the subject/Subjects at UG level that is yet to be cleared at the time of taking admissions.
• Apart from the above-mentioned eligibility criteria’s various colleges and institutes may have their own additional criteria’s which the students would have to satisfy in order to take admission (like work experience of few years).
  
• In case of reserved category students, they would have to present their reservation certificates issued by the competent authorities in order to avail the benefits applicable to them.
  
• Most of the Institute give admissions through Common Entrance Test (CET) (like GATE, IIIT PG, and UPSEE). To get admissions in these institutes candidates would have to qualify the respective entrance exam by securing minimum qualifying marks
  

Career Opportunities for M.E  Electronics Engineering:

A Master of Engineering (M.E) in Electronics Engineering opens up a wide range of career opportunities in India.  Some potential career paths include Electronics Hardware Engineer, Electrical and Electronics Engineer, Product Line Engineer, Technical Writer, Production Quality Manager, Research and Development Engineer, Embedded Systems Engineer, Telecommunications Engineer, Automation Engineer, Academician/Professor, etc.

Beyond these top profiles, M.E Electronics Engineering graduates can find rewarding careers in Aerospace and Defense, Designing Avionics and Communication Systems for Aircraft and Spacecraft with organizations like ISRO and DRDO; in Consumer Electronics, developing cutting-edge features for Smart phones and TVs with companies such as Samsung

The future of Electronics Engineering in India looks promising, with a projected steady growth in job opportunities due to the increasing demand for electronic devices across various sectors like IoT, Healthcare, Telecommunications, And Automotive, indicating a positive outlook for Electronics Engineering professionals with a predicted 7% annual job growth rate.

Top companies in India, such as Tata Steel, National Physical Laboratory, Samsung, LG, and Lenovo, often seek professionals with expertise in Electronics Engineering. The average starting salary for M.E graduates in Electronics Engineering ranges from INR 16,000 to 20,000 per month for fresh graduates

Jobs Opportunities After M.E Electronics Engineering:

• Electronics hardware engineer
  
• Electrical and Electronics engineer
  
• Product line engineer
  
• Technical writer
  
• Production quality manager
  

Top Recruiters of M.E  Electronics Engineering:

• BEL
  
• Nokia
  
• DRDO
  
• Antrix
  
• ISRO
  
• Intel
  
• DMRC
  
• Siemens
  
• TCS
  
• Nvidia
  
• Wipro
  
• Apple
  
• Infosys
  
• Motorola
  
• Accenture
  
  

Syllabus for M.E  Electronics Engineering:

Semester I

Advanced Digital Signal Processing
Advanced Digital System Design
Semiconductor Devices and Modeling
Digital CMOS VLSI Design
Electronics System Design Laboratory
Signal Processing Laboratory
Applied Mathematics for Electronics Engineers
Research Methodology and IPR

Semester II

Advanced Digital Signal Processing
Advanced Digital System Design
Semiconductor Devices and Modeling
Digital CMOS VLSI Design
Electronics System Design Laboratory
Signal Processing Laboratory
Applied Mathematics for Electronics Engineers
Research Methodology and IPR


Semester III

Advanced Digital Signal Processing
Advanced Digital System Design
Semiconductor Devices and Modeling
Digital CMOS VLSI Design
Electronics System Design Laboratory
Signal Processing Laboratory
Applied Mathematics for Electronics Engineers
Research Methodology and IPR

Semester IV

Capstone Project
Elective Courses
Industrial Training