1 Courses and Certifications

Online Microelectronics Courses & Certifications

Microelectronics is a specialised branch of electronics and deals with the design and study of small electronic components. In microelectronics engineering, candidates study chips, circuits, and microprocessors. These courses cover topics such as semiconductor physics, digital and analog circuit design, semiconductor manufacturing processes, microfabrication techniques, and nanotechnology. Nowadays IoT and advanced sensor systems are widely used and microelectronics engineers are responsible for the design and development of these microelectronic circuits.  

What is Microelectronics Courses

Microelectronics courses are provided by many universities as a branch of engineering. B.tech and M.tech are the programmes that offer microelectronics engineering as a course. Students in microelectronics courses learn about the fundamental principles of semiconductor materials, the behavior of electronic devices like transistors and diodes, and how these components are integrated into complex circuits. They also gain knowledge about circuit simulation, layout design, and testing techniques. For a master's in microelectronics engineering, you can specialise in emerging and advanced topics like VLSI (Very Large Scale Integration) design, CMOS (Complementary Metal Oxide Semiconductor), and MEMS (Micro Electro Mechanical Systems).

Who can Pursue Microelectronics Courses?

Individuals who are engineering and science students, electronics industry professionals, researchers, entrepreneurs, and technology enthusiasts can register for microelectronics online courses. However, to enroll in these courses in a university or college there will be some different eligibility criteria depending on that particular institution. Whether you are looking to enhance your skills, stay updated on industry advancements, or explore innovative electronics applications, microelectronics courses provide valuable knowledge and practical expertise. 

Eligibility Criteria of Microelectronics Courses

Eligibility criteria for Microelectronics training courses at the undergraduate and postgraduate levels in India can vary based on the specific institution and programme. However, here is a general overview of the typical eligibility criteria for UG and PG Microelectronics courses in India:

Undergraduate (UG) Level:

  • Most UG Microelectronics courses require candidates to have completed their 10+2 or equivalent with a strong foundation in physics, chemistry, and mathematics.

  • There are various entrance exams that will access your potential and will help to provide you with a good college for a degree in Microelectronics engineering.

Postgraduate (PG) Level:

  • To pursue a PG degree in Microelectronics, candidates typically need a relevant Bachelor's degree in Electronics, Electrical Engineering, or a related discipline.

  • A certain minimum percentage or CGPA in the undergraduate degree is often required for admission to PG Microelectronics programmes.

  • There will be some national-level and state-level entrance exams to take admission in the PG programme of the different colleges.

Skills Required for Microelectronics Courses

Skills required for Microelectronics certificate courses vary from course to course whereas a combination of technical and analytical skills would be beneficial to excel in this field. Below are some of the beneficial skills for individuals pursuing Microelectronics courses.

  • Mathematics and Physics Fundamentals
  • Problem Solving and Critical Thinking
  • Lab Skills
  • Adaptability to New Technologies
  • Collaboration and Teamwork

What You Will Learn in Microelectronics Courses

In microelectronics courses with certificates, you will acquire a comprehensive understanding of various aspects related to small-scale electronic devices, integrated circuits, and semiconductor technologies. If you are enrolled in an engineering course, you will be provided with basic to advance knowledge of Microelectronics. Here is an overview of what you can expect to learn: 

  • Semiconductor Physics
  • Circuit Theory and Analysis
  • Digital Logic Design
  • Analog Electronics
  • Integrated Circuit (IC) Design
  • Microfabrication Processes
  • Electronic Materials and Devices
  • Signal Processing
  • Nanotechnology
  • VLSI (Very Large Scale Integration)
  • Microcontroller and Microprocessor Systems

Popular Microelectronics Courses by Top Providers

This section of the article will provide you best popular online microelectronics course. In this section we will not highlight offline microelectronics engineering courses but only the courses which are offered by online providers. Many educational institutes and online providers offer microelectronics courses. Short courses may not be beneficial for students because they did not provide in-depth details of the syllabus. So it is advisable to enrol in the courses that are provided by well reputable institutes whether online or offline.

Career Opportunities After Microelectronics Courses

After completing microelectronics courses, you will be equipped with valuable skills that open up various exciting career opportunities in the field of electronics and semiconductor technology. Here are some potential career paths you can pursue:

Salary Trends in Microelectronics Courses

In the era of fast-growing technology, the microelectronics field is also continually evolving, and the need for skilled engineers leads to a high salary package. However, there are many factors on which the salary of an individual depends. Individuals with in-depth knowledge and understanding of new technologies can earn more over a period of time. Below are some of the job roles along with their average salaries. 

Job Profile

Average Salary Per Annum

Design Engineer

Rs. 4,02,889 (Approx.)

VLSI Engineer 

Rs. 5,12,043 (Approx.)

Process Engineer

Rs. 5,04,820 (Approx.)

Product Development Manager 

Rs. 15,10,032 (Approx.)

Telecom Engineer

Rs. 5,00,000 (Approx.)

*Source: Payscale

Scope of Microelectronics Courses

Microelectronics courses provide the understanding and working with small electronic components. By learning how to design, build, and use these powerful devices, you can contribute to creating advanced gadgets, computers, and other innovative technologies. The skills you gain in these courses will open doors to jobs in technology, where you will play a key role in making devices smarter, faster, and more efficient. You can work with big tech giants to provide better IoT and nanotechnology solutions.

Top Recruiters in Microelectronics Courses

Graduates of microelectronics courses are in demand by various industries that rely on advanced electronics and semiconductor technologies. Due to the high demand for skilled microelectronics engineers, finding a job is not difficult in this industry. Here are some top recruiters and industries that hire professionals with expertise in microelectronics:

  • Semiconductor Companies
  • Electronics and Consumer Electronics Companies
  • Telecommunications Companies
  • Automotive Industry
  • Aerospace and Defense Companies
  • Research Institutions and Universities
  • Medical Device Manufacturers
  • IoT and Wearable Technology Companies
  • Government and Defense Research Agencies


1. What topics are covered in Microelectronics courses?

Ans: These courses cover semiconductor physics, circuit design, fabrication techniques, IC design, digital and analog electronics, nanotechnology, and emerging technologies like IoT and wearables.

2. Are there prerequisites for Microelectronics courses?

Ans: Depending on the course level, a background in electronics, physics, or related fields might be beneficial. Some advanced courses may require prior knowledge of circuit analysis and semiconductor physics.

3. What skills will I gain from a Microelectronics course?

Ans: You will develop skills in circuit design, semiconductor physics, IC design, simulation, problem-solving, and practical lab work using electronic equipment.

4. Do Microelectronics courses include hands-on experience?

Ans: Yes, many courses include hands-on labs, projects, and design exercises where students can apply theoretical concepts to real-world scenarios.

5. What is the future of Microelectronics?

Ans: The future of microelectronics is promising, with continued advancements in technology leading to smaller, more efficient devices, innovations in areas like nanoelectronics and IoT, and a growing demand for skilled professionals in the field.

6. Is microelectronics course online or offline?

Ans: The candidates can easily find these courses in both online and offline modes providing flexibility to the candidates.

Career Category


M.Tech Microelectronics

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Online Degree

M.Tech Microelectronics

BITS Pilani, as part of its Work Integrated Learning Programme(WILP), is offering an online M.Tech. Microelectronics course. This M.Tech online degree course is specially designed for working professionals in the industry to hone their skills in designing, fabricating and testing devices, circuits and systems at the micro and nanoscale. Approved by the UGC, the BITS Pilani Online M.Tech. Microelectronics is delivered either on weekends or after business hours to facilitate the students and not hinder their professional lives. It also aids in giving expertise to the students working as Electronic Engineers, in concepts like back-end and front-end microelectronics, including Processor and SoC designing, Chip design, and others. 

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