Microelectronics: Admissions 2024, Fees, Syllabus, Exams, Career, Placement, Scope

Updated on Jan 23, 2024 01:35 IST
Pragati Singh

Pragati SinghSenior Executive - Content

Microelectronics course typically covers advanced topics in semiconductor devices, integrated circuits, VLSI design, and microfabrication techniques, providing students with a comprehensive understanding of microelectronics.

Moreover, the Indian Microelectronics Industry is poised for significant growth, propelled by governmental initiatives, escalating domestic needs, and global shortages of chips. Hence, this Industry opens doors to diverse career paths such as chip designer, circuit design engineer, VLSI design engineer, embedded systems engineer, or research scientist. Opportunities exist in chip manufacturing, R&D, product development, and academia.

Eligibility criteria for Microelectronics courses typically require candidates to have completed their undergraduate degree in Electronics Engineering and Electrical Engineering, or a related field. Top colleges offering Microelectronics courses include the Indian Institutes of Technology (IITs), such as IIT Bombay, IIT Madras, and IIT Kharagpur, and other esteemed institutions include the National Institute of Technology (NIT) Silchar, Birla Institute of Technology and Science (BITS) Pilani, and UPES. Top entrance exams for Microelectronics engineering include JEE Main, JEE Advance, CUET, etc.

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Microelectronics Course Details: Highlights

In India, a course in Microelectronics is offered at the postgraduate level. Most colleges offer an MTech or an integrated degree in this field. None of the colleges in India offers a BTech in Microelectronics only, hence it will be provided in the related fields. To understand the Microelectronics course highlights and also to get a quick look at the course, refer to the table given below that covers all the important details about the course:

Highlights 

Details

Courses

BTech, MTech, and MSc

Eligibility

UG: Class 12 along with entrance examination

PG: BTech + GATE

Duration

UG: 4 years

PG: 2 years

Examination Type

Semester-wise

Course Fee

INR 4800 – INR 12.5 Lakh

Admission Process

Merit or Entrance Based

Top Colleges

IIT Bombay, IIT Madras, IIT Kharagpur, NIT Surathkal

Average Salary

INR 2 – 20 LPA

Top Recruiters

Samsung, Toshiba, Intel, Cisco, Micro Electronics India, Vedanta,, HCL. etc.

Entrance Exams

GATE, JEE Main, OJEE, AP PGECET, CUSAT DAT

Job Profile

Chip Design Engineer, VLSI Design Engineer, Embedded Systems Engineer, Process Engineer, Test Engineer, etc.

Note- This information is sourced from the official website and may vary.

Microelectronics Course Relevant Information: Top Engineering Colleges in India

What is Microelectronics Course?

Microelectronics engineering is a specialized field of study that focuses on the design, fabrication, and application of small-scale electronic components and circuits. It involves the miniaturization of electronic devices and systems, typically at the microscale or nanoscale level. The field encompasses a wide range of technologies, including the design and fabrication of integrated circuits (ICs), semiconductor devices, and microsystems.

Microelectronics courses are offered at both undergraduate and postgraduate levels in engineering and technology institutions. Graduates with expertise in Microelectronics Engineering find opportunities in industries such as semiconductor manufacturing, telecommunications, consumer electronics, healthcare, and research and development. The field is dynamic, playing a crucial role in the advancement of technology and the development of innovative electronic devices.

Microelectronics Course Relevant Information:

What is the scope of Microelectronics?

The scope of Microelectronics is significant and holds immense potential, given the rapid advancements in technology and the increasing demand for electronic devices. Here are key aspects that highlight the scope of Microelectronics in India:

  • Domestic market: India's booming electronics market, projected to reach $400 billion by 2025, creates a fertile ground for domestic chip manufacturing and design.
  • Government initiatives: Initiatives like the Production Linked Incentive scheme for semiconductors and the India Semiconductor Mission (ISM) are fueling growth and attracting global players.
  • Global chip shortage: The ongoing chip shortage has exposed the vulnerability of relying solely on foreign suppliers, pushing India to develop its own chipmaking capabilities.
  • Chip design and development: Opportunities exist in integrated circuit (IC) design, VLSI design, embedded systems, and more.
  • Fabrication and testing: Contribute to the manufacturing process with roles in process engineering, quality control, and device testing.

Microelectronics professionals typically command high salaries due to their specialized skills and expertise.With rising demand and a limited talent pool, job security is excellent for skilled microelectronics engineers.

Microelectronics Course Relevant Information: Check out details of more than 20 Popular Engineering Branches

Microelectronics Eligibility Criteria

For Microelectronics admissions, eligibility criteria for academic programs may vary among institutions offering undergraduate or postgraduate courses. Typically, candidates seeking admission to Microelectronics programs, whether at the bachelor's or master's level, are required to have a strong educational background in Engineering or related fields. Here's a table summarizing the eligibility criteria, courses-wise: 

Courses

Eligibility Criteria

Key Entrance Exams

Bachelor of Technology (BTech)

Class 12 science stream (PCM) with minimum 50-55 percent scores

JEE Main, JEE Advanced (for IITs)

Master of Technology (MTech)

BTech degree in Electronics, Electrical, or related fields with required CGPA

GATE, Institute-specific entrance exams

MSc

Graduation with minimum 55 percent scores

GATE, Institute-specific entrance exams

PhD

MTech degree in Microelectronics or related fields with required CGPA

National Entrance Test (NET), Institute-specific entrance exams

Top Microelectronics Entrance Exams 2024

Aspirants should carefully choose the exams based on the specific requirements of the institutions they aim to join. Notable entrance exams for Microelectronics include the Graduate Aptitude Test in Engineering (GATE), which is widely accepted for postgraduate programs, and other university-specific or state-level exams are mentioned below in the table: 

Exam

Exam Dates

Exam Schedule

JEE Main

JEE Main 2024 Exam Date Session 1-24 Jan '24 - 1 Feb '24

JEE Main 2024 Exam Date Session 2-1 Apr '24 - 15 Apr '24

JEE Main Schedule

JEE Advance

Jun '24 (Tentative)

JEE Advanced Schedule

MHTCET

PCM and PCB- May '24 (Tentative)

MHTCET Schedule 

CUET

15 May '24 - 31 May '24

CUET Schedule

TS EAMCET

TS EAMCET 2024 exam for AM and Eng stream- May ’24 (Tentative)

TS EAMCET Schedule

BITSAT

May '24 (Tentative)

BITSAT Schedule

COMEDK UGET

12 May '24

COMEDK UGET Schedule

KCET

20 Apr '24 - 21 Apr '24

KCET Schedule

KEAM

May '24 (Tentative)

KEAM Schedule

WBJEE

28 Apr '24

WBJEE Schedule

VITEEE

19 Apr '24 - 30 Apr '24

VITEEE Schedule

GATE

3 Feb ‘24 - 11 Feb ‘24 

GATE Schedule

Note- This information is sourced from the official website of the institute/exam.

Microelectronics Course Relevant Information: Top Engineering Entrance Exams 2024

Microelectronics Subjects

Here are the topics or subjects that students study in Microelectronics courses which include Chip technology, Semiconductor Devices and Technology, Physics and Design of Transistors, etc. 

Microelectronics Subjects

Semiconductor Devices and Technology

Analog VLSI Circuits

Nanoelectronics Devices

Semiconductor Device Modelling

Microelectronics Lab

Optoelectronic Devices

Physics and Design of Transistors

Design of Power Semiconductor Devices

Carrier Transport in Nanoelectronics Devices

Reliability of Nanoscale Circuits and Systems

Digital VLSI Circuit

RF IC and Systems

Photonics Integrated Circuits and Digital Systems Design with FPGAs

Modern science and technology frontiers

Chip technology

Advanced Integrated circuits

Artificial chipping techniques and development

Micro-units design and drawing

System of semiconductor

Advance material science in the universe

Note- This information is sourced from multiple sources on the web. Hence, is subject to vary.

Microelectronics Courses 

Listed below are the types of microelectronics courses that are commonly offered in India:

  • Integrated BTech + MTech in Microelectronics
  • MTech in Microelectronic & VLSI Design
  • MTech in Microelectronics
  • Dual degree (Microelectronics)

Top Microelectronics Colleges

India has several prestigious institutions that are recognized for their exceptional Microelectronics programs. These colleges not only provide a solid academic foundation but also offer state-of-the-art laboratories, research opportunities, and industry exposure, making them sought-after destinations for aspiring Microelectronics professionals.

Top Microelectronics Government Colleges

Microelectronics courses are offered by some of the prestigious government colleges of India such as IITs and NITs like IIT Madras and IIT Bombay. Some of them are listed below:

College

Tuition Fees (INR)

IIT Madras

20,000

IIT Bombay

10 Lakhs

IIT Roorkee

20,000 - 10.71 Lakhs

Jadavpur University

1.8 Lakhs

NIT Calicut

3.3 Lakhs

Note- This information is sourced from the official website/ counselling body and may vary.

Microelectronics Course Relevant Information: BTech Microelectronics colleges in India

Top Microelectronics Private Colleges

For candidates seeking private colleges offering Microelectronics courses, there are several reputed institutions worth considering. Below is a table featuring some of these institutions:

College

Tuition Fees (INR)

BITS Pilani

9.26 Lakhs

SRM Institute of Science and Technology

12.5 Lakhs

Manipal Institute of Technology

2.74 Lakhs

School of Engineering, UPES

9.46 - 15.72 Lakhs

Dayananda Sagar College Of Engineering

1.37 Lakhs

Note- This information is sourced from the official website/ counselling body and may vary.

Microelectronics Course Relevant Information: MTech Microelectronics colleges in India

Microelectronics Careers, Jobs, Salary and Top Recruiters

Microelectronic programmes are meant for ambitious and highly driven engineering and science students seeking expertise in areas like Processor design, chip design, or IC fabrication. The table mentioned below covers the top Microelectronics job profiles and average annual salaries:

Job Profile

Job Description

Average Annual Salary 

Chip Design Engineer

Conceptualize, design, and simulate integrated circuits (ICs) using specialized software. 

INR 7-15 lakhs

VLSI Design Engineer

Design and implement Very Large Scale Integration (VLSI) circuits, focusing on complex chip layouts and optimization for performance and power efficiency.

INR 8-18 lakhs

Embedded Systems Engineer

Design and develop embedded systems, integrating hardware and software to control specific functions in devices like smartphones or medical equipment.

INR 6-14 lakhs

Process Engineer

Oversee the fabrication process of microchips in cleanroom environments, ensuring quality control, yield optimization, and adherence to safety protocols.

INR 5-12 lakhs

Test Engineer

Develop and execute test plans for microchips, identifying defects, analyzing failures, and ensuring functionality before mass production.

INR 4-10 lakhs

Field Application Engineer (FAE)

Provide technical support to customers, troubleshoot issues related to microelectronic products, and collaborate with sales teams to promote solutions.

INR 5-12 lakhs

Research Scientist

Conduct research and development in microelectronics, exploring new technologies, materials, and processes, and contributing to scientific advancements.

INR 8-16 lakhs

Note- The above salary has been taken from external sources, and hence may vary.

Microelectronics Top Recruiters

Take a look at some of the top companies recruiting microelectronics professionals:

Particulars

Particulars

Samsung Electronics

Toshiba

Intel

Western Digital

SK Hynix

NXP

Micron Technology

STMicroelectronics Private Limited

Qualcomm

Micro Electronics India

Broadcom

Intel Corporation

Texas Instruments

 HCL

Read More:

Microelectronics Frequently Asked Questions (FAQs)

Q. What are the top postgraduate courses for Microelectronics?

A. Top postgraduate courses for Microelectronics include:

  • M.Tech in Microelectronic & VLSI Design
  • M.Tech in Microelectronics and Dual degree (Microelectronics)
  • MSc in Microelectronics
  • PG Diploma in VLSI Design
  • MSc in Nanotechnology with specialization in Microelectronics

Consider focusing on specific areas like embedded systems, biomedical electronics, or photonics for even better opportunities.

Q. What is the scope after doing an MTech in Microelectronics in India?

A. The average starting salary for MTech Microelectronics graduates in India can range from INR 5 lakhs to INR 8 lakhs per annum. With experience and expertise, you can expect your salary to climb significantly. 

There are Strong job prospects in various sectors such as Consumer electronics design, Communication tech (5G, IoT), Automotive electronics, Healthcare technology, Research & development, etc. Moreover, top recruiters for Microelectronics are:

  • Multinational corporations like Intel, Texas Instruments, and Nvidia.
  • Indian IT giants like Infosys, Wipro, and Tata Consultancy Services.
  • Public sector undertakings like Bharat Electronics Limited (BEL) and Semiconductor Complex Limited (SCL).

Lucrative career paths:

  • Design engineer: Responsible for creating the blueprints for microchips and integrated circuits.
  • Application engineer: Provides technical support and expertise to customers using microelectronics products.
  • Process development engineer: Optimizes the manufacturing processes for microchips.
  • Product engineer: Oversees the entire product development lifecycle of microelectronics devices.
  • Research scientist: Conducts research to develop new microelectronics technologies and applications.

Q. Which is better: Microelectronics or VLSI?

A. Choosing between Microelectronics and VLSI depends on your interests and career goals. If you want a broader range of options and are interested in the fundamentals of microchips, then Microelectronics is a good choice. If you're more interested in the cutting-edge design of complex integrated circuits and have a strong foundation in digital circuits, then VLSI is a good option. Key difference between both the courses are mentioned in the table below:

Aspect Microelectronics VLSI
Scope Broader, encompassing various aspects of microchip design and fabrication
More specific, focused on the design and implementation of very large-scale integrated circuits (VLSI)
Specializations Analog circuits, digital circuits, mixed-signal circuits, MEMS, etc.
Digital design, physical design, verification and testing, etc.
Job opportunities Diverse, across various industries like consumer electronics, communication, healthcare, etc.
Concentrated in the semiconductor industry and related fields
Educational focus Fundamentals of microelectronics, including device physics, circuit design, and fabrication processes
Advanced topics in VLSI design, such as computer-aided design (CAD) tools, low-power design, and high-performance design

Q. How are the placements for Microelectronics at government institutes like IITs?

A. IITs offer exceptional placements for microelectronics:

  • High placement rates: Over 90%, often 100%.
  • Top recruiters: Multinational giants, Indian IT leaders, & public sector giants.
  • Competitive salaries: Avg. starting INR 8-12 LPA, reaching INR 20+ lakhs with experience.

Factors contributing to this success include:

  • IIT brand: Renowned academic reputation.
  • Alumni network: Strong connections and mentorship.**
  • Industry-oriented programs: Equipping students with in-demand skills.**
  • Dedicated placement cells: Active job market connection and guidance.**

Overall, an IIT microelectronics degree puts you in a prime position for a successful career.

Q. Which has better placement opportunities among an ME in VLSI and an MTech in Microelectronics?

A. Choosing between ME in VLSI and MTech in Microelectronics for placements depends on your specific goals and priorities. Here's a comparison:

Aspect ME in VLSI
MTech in Microelectronics
Focus Narrower, specifically on VLSI design and implementation
Broader, covering various aspects of microchip design and fabrication
Job opportunities Concentrated in the semiconductor industry and related fields
Diverse, across consumer electronics, communication, healthcare, etc.
Placement rates Very high, especially for top IITs and NITs
High, typically exceeding 90% in good institutes
Reasons for strong placements Industry demand for skilled VLSI professionals, rigorous curriculum aligned with industry needs
Strong reputation of institutes, diverse skillset applicable across sectors

In terms of sheer placement numbers, ME in VLSI might have a slight edge due to its laser focus on the high-demand VLSI sector. However, MTech in Microelectronics offers broader career options and can still lead to excellent placements, especially in top institutes.

Ultimately, the best choice depends on your interests:

Choose ME in VLSI, if you're passionate about chip design and want to specialize in this field. Moreover, if you prefer a broader range of career options in the microelectronics field, then choose MTech in Microelectronics

Q. Which is better Microelectronics or Embedded Systems?

A. Choosing between microelectronics and embedded systems depends on your interests and career goals. Here's a quick comparison:

Feature Microelectronics
Embedded Systems
Focus Hardware design, chip development
Combining hardware and software to create intelligent devices
Tasks Design circuits, optimize fabrication processes
Develop firmware, interface with hardware, write real-time code
Industries Semiconductor, consumer electronics, medical devices
Automotive, robotics, aerospace, Internet of Things (IoT)
Skills Strong understanding of electronics, physics, circuit design
Programming skills (C, C++), knowledge of microcontrollers, operating systems
Salary Generally high, with potential for specialization
Can be comparable to microelectronics, varies depending on experience and industry

Microelectronics might be a better choice if:

  • You enjoy working with hardware and designing circuits.
  • You're interested in cutting-edge technologies like nanoelectronics and quantum computing.
  • You prioritize high earning potential in the semiconductor industry.

Q. Do M.E Microelectronics students with less than 70 percent in their 10th/12th/Graduation examinations get placed at BITS Pilani?

A. BITS Pilani primarily considers your M.E. CGPA for placements, not your 10th, 12th, or graduation marks. However, overall academic performance can still be a factor in some cases:

  • Cut-offs for specific companies: Some companies might have minimum CGPA requirements for eligibility to participate in their recruitment process. These vary by company and can be higher than the overall institute average.
  • Shortlisting for interviews: While CGPA is the main criterion, recruiters might shortlist candidates for interviews based on other factors like projects, extracurricular activities, and performance in aptitude tests. A strong overall profile can compensate for a slightly lower CGPA.

Therefore, having less than 70 percent in previous studies doesn't necessarily mean you won't get placed at BITS Pilani. Focus on performing well in your M.E. program, build a strong academic and extracurricular profile, and actively network with potential employers to increase your chances of success.

Popular Microelectronics Colleges in India

Following are the most popular Microelectronics Colleges in India. Learn more about these Microelectronics colleges (Courses, Reviews, Answers & more) by downloading the Brochure.
1 Course
10 L
20 LPA

#2 India Today

1 Course
20 K
13 LPA

#3 The Week

2 Courses
20 K - 10 L
13.5 - 15 LPA

#4 India Today

20 K - 10.71 L
12.7 LPA

#5 India Today

#3 India Today

1 Course
1.8 L
5.0

#14 The Week

Popular Private Microelectronics Colleges in India

7.23 L
6 LPA
4.62 L
11.68 LPA

Microelectronics Applications open till Mar 15, 2024. Apply Now

2.28 L
8.05 LPA
1 Course
2.74 L
7.46 LPA

Top 25 in Karnataka

Microelectronics Applications open. Apply Now

1 Course
1.24 L
4.8 LPA

Microelectronics Applications open. Apply Now

1.4 L
10.5 LPA

Popular Microelectronics UG Courses in India

Following are the most popular Microelectronics UG Courses . You can explore the top Colleges offering these UG Courses by clicking the links below.

UG Courses

Popular Microelectronics PG Courses in India

Following are the most popular Microelectronics PG Courses . You can explore the top Colleges offering these PG Courses by clicking the links below.

PG Courses

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