Introduction to Master of Technology (M.Tech.) in Integrated Electronics and Circuits
The Master of Technology in Electronics and Circuits is a postgraduate program in electronic engineering that focuses on studying and applying electrons and electricity. The course covers how to design, repair, and maintain electrical equipment and circuits, as well as an overview of troubleshooting techniques. The course focuses on modern solid-state devices and electrical circuits, such as diodes, metal-oxide-semiconductor (MOSFET) translators, and single-stage MOS amplifiers. The student gains knowledge on Analog Circuits and Digital Circuits, Microelectronic Technology, VLSI Design, Signals and Systems, Control Systems, and electromagnetic communication during the course. Students can develop components, circuits, and electronic systems and their potential applications based on a multifunctional and multidisciplinary education or be preparing for doctorate studies.
Eligibility Criteria for M.Tech. in Integrated Electronics and Circuits
- Students interested in pursuing an M.Tech in Electronics and Circuits must have finished a B.Tech./B.E. with a minimum of 60% in a comparable discipline.
- M.Sc. candidates are preferred. Candidates with AMIE/grad. with a CGPA of 6.00 on a 10-point scale or 60 percent marks in aggregate for General/OBC) can also apply.
- For admission to some of the most prestigious universities and institutes, an entrance examination like GATE is held. Once the candidate qualifies, he/she may have to qualify for the interview session. Candidates are chosen based on their GATE and qualifying exam scores and their performance in the written examination and interview. Candidates qualifying for entrance examinations at the state or national level are also permissible.
- Candidates with an AMIE/grad. IETE who meet the minimum eligibility criteria can be considered for admission as visiting students for 24 earned undergraduate courses as prescribed by the respective program. They must reapply for admission to the M.Tech. programme and take the GATE exam.
Course Duration of M.Tech. in Integrated Electronics and Circuits
The Master of Technology in Electronics Circuit is a two-year postgraduate program in Electronics and Communication Engineering.
Benefits of Master of Technology (M.Tech.) in Integrated Electronics and Circuits
- Electronics manufacturing, communications, resource processing, and consulting are some fields where they might find work.
- The qualified engineers are well-versed in working as technologists in electronic product and system design, development, production, installation, sales, and service. There is a high chance of placement at a Top Semiconductor Giant: Most of the leading semiconductor companies (Maxim Integrated, Intel, Qualcomm, Texas Instruments, and others).
- Some PSUs also look for such candidates to hire.
- Besides the teaching job, it is possible to obtain a Ph.D. from another country. Professors are easy to come by, and one can quickly gain admittance to an excellent overseas university to conduct research.
- The good pay amounting from 40K or more, to begin with.
Scopes of M.Tech. in Integrated Electronics and Circuits
After completing the course, one has a variety of possibilities. Faculty positions in colleges and universities, as well as research and development centers, are available. Working with Communication Centers, Microelectronics, Hospitals, and Medical Equipment Companies are also choices.Automobiles and government agencies, for example, hire regularly. Other alternatives include Quality Control Centers and Electronic Equipment Design and Manufacturing.
Career and Job Aspects after Master of Technology (M.Tech.) in Integrated Electronics and Circuits
This is one such field that provides innumerable career options and job options. There is no risk of unemployment. Some of the fields that the engineers can apply after completion of their course are :
- Electronic Technician Service Contract Act
- Electronic Technician Service Contract Act
- Electronics Technician (Repair and Testing)
- Hardware Engineering Assistance
- Radio Frequency Systems Engineer
- Electronic Test Engineer
- Technician in the field
- Professor and lecturer
- Or a Researcher
2 Years
Post Graduate
Engineering
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