• Program duration

    12 months
  • Learning Format

    Live, Online, Interactive

Why Join this Program

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    IIT Bombay Advantage

    Earn an e-postgraduate diploma from IIT Bombay and gain the IIT Bombay Alumni status

    Earn an e-postgraduate diploma from IIT Bombay and gain the IIT Bombay Alumni status

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    IIT Bombay Campus Immersion

    Expand your network and experience campus immersion event at the IIT Bombay campus
     

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    Applied Learning Approach

    Hands-On learning with IIT Bombay faculty who bring years of expertise to the classroom

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    Leverage Career Assistance

    Build your professional profile with resume assistance and highlight your profile to recruiters

Corporate Training

Enterprise training for teams

Program Overview

The e-PGD in IC Design offers a meticulously structured academic journey through the full breadth and depth of integrated circuit design. Developed by IIT Bombay’s Department of Electrical Engineering, the curriculum covers everything from the physics of semiconductor devices to the architectural and fabrication challenges of modern integrated circuits.

Key Features

  • Up to 12 months of blended learning with the renowned IIT Bombay faculty
  • Experience campus immersion and the chance to attend an in-person convocation ceremony at IIT Bombay campus
  • Curriculum designed and delivered by IIT Bombay faculty
  • Earn the prestigious IIT Bombay alumni status and engage in peer-learning & networking opportunities with industry professionals
  • Earn 36 outreach program credits from IIT Bombay which can be saved in the Academic Bank of Credits (ABC)
  • Earn a diploma in IC Design from IIT Bombay
  • Live sessions from IIT Bombay EE faculty for learning and query resolution
  • Gain access to IIT Bombay’s Lateral Hiring Group
  • Gain knowledge and hands-on skills in design of various analog/digital/mixed-signal/RF/GaN MMIC circuits with focus on foundation establishment through abstraction, modeling and mathematical analysis
  • 2-4 Live sessions per course by IIT Bombay faculty

Program Advantage

This e-Postgraduate Diploma requires candidates to successfully complete 36 IIT Bombay credits through a mix of mandatory and elective courses.

  • Certificate Image

    e-PGD in IC Design Advantage

    • Earn 36 outreach program credit from IIT Bombay
    • Earn a diploma in IC Design from IIT Bombay
    • Designed and delivered by IIT Bombay faculty

Program Details

Throughout the courses, the ePGD balances conceptual clarity and design-oriented thinking. Each module includes problem sets, design projects, tutorials and interactive sessions with IIT Bombay faculty to enhance understanding and facilitate peer discussion.

Learning Path

    • Walkthrough session for the ePGD in IC design cohort
    • Meet your peers and cohort manager
    • Understand the course and university guidelines
  • Develop a detailed understanding of semiconductor devices - ranging from the basics of semi-classical description of semiconductors, common electronic devices like diodes and MOSFETs to the current state of the art CMOS devices.

  • In this course we will develop the necessary background on analog and digital IC design, starting from first principles. You will learn the device physics and its equivalent model as an abstraction for IC design and build fundamental blocks necessary for analog and digital IC design. As the course progresses, you will learn the differernt levels of circuit abstractions and how they are different for analog and digital circuits.The assignments will involve mathematical analysis of your circuits and the course projects will enable you to put your learning into test by designing practical circuit blocks.

  • In this course we will develop the necessary skills required to fabricate and test a digital integrated circuit. You will learn the concepts of delay mnimization, the principles behind it, development of IPs including adders, multipliers, standard cell library, IO library, SRAMs. The course will emphasize of different abstraction views required to fully develop a digital chip, how these views are build and and what stage of the design cycle they will be used. At the end of the course, you will have hands-on skills and the requisite theory behind them to implement a full-fledged digital chip.

  • In this course, we will introduce wide-bandgap materials and the advantages of GaN materials and heterostructures. We will talk about various aspects of GaN RF transistors. A commercial TCAD device simulator will be used to emphasize various aspects of the device design. A compact model will be developed, which will be used to show MMIC simulations using an RF advanced design simulator. The participants will be given a project where they will execute all the steps of RF MMIC starting from the device.

  • In this course we will develop knowledge and skills for the practical design of mixed-signal integrated circuits (IC), enabling you to design circuits, where analog and digital domains are brought together. You will learn about architectures, performance analysis and how to design data converters with the key considerations of applications through the course project. This course also brings analysis and design skills for PLL and ADPLL integrated circuits, along with applications. You will use IC design EDA tools in a part of the course to design the target modules.

  • This course will establish a foundation for IC design of wireless communication transcivers using modern CMOS processes. The course will familiarize students with foundational concepts of traditional RF/microwave design, the design of key transceiver building-blocks and their architectures.

  • Connectivity requirements due to the massive amount of data being used and exchanged in AI hardware for training and inference, and rapidly growing internet traffic due to video, data and other cloud based applications, demands a huge upgrade in the deployed networking hardware to meet the data communications bandwidth requirements. These and other such applications require an aggregate of billions of high-speed interconnects. Interconnects with data rates as high as 400 Gbps per pair of copper wires, chiplet interfaces supporting several Tbps/mm of data per die edge are being implemented. This course will focus training IC design engineers to handle these and other such present and future requirements.

8+ Skills Covered

  • Semiconductor Device Modeling
  • Analog and Digital Design Flows
  • Mixed Signal Design Flows
  • RF and MMIC Circuit Design
  • SerDes Circuit Design
  • Design Abstraction
  • Complete RTL to GDSII Flow Execution
  • System Level Thinking

An Immersive Learning Experience

Peer to Peer engagement

Get the real classroom experience. Interact with learners and engage with mentors in real-time via Slack.

Interactive Learning

Understand core concepts through various case studies and tools taught by the IIT Bombay faculty.

Tutorials

Engage in highly interactive tutorials with the IIT Bombay faculty.

Learning Support

Get a dedicated Cohort Manager for all your queries and help you succeed at every learning step.

Peer to Peer engagement
Get the real classroom experience. Interact with learners and engage with mentors in real-time via Slack.
Interactive Learning
Tutorials
Learning Support

Program Advisors

  • Prof. Apurba Narayan Bhattacharya

    Prof. Apurba Narayan Bhattacharya

    Professor of Practice, Former Distinguished Scientist and Associate Director

    Research Interests:
    • Microwave and mm-wave devices, MMICs and Systems, GaN HEMT and MMIC
    • Satellite Communication, Navigation and Microwave Remote Sensing payloads

     

  • Prof. Swaroop Ganguly

    Prof. Swaroop Ganguly

    Associate Professor, Electrical Engineering

    Research Interests
    • Quantum biomimetics: electronic devices inspired by quantum biology
    • Heterostructure transistors for next-generation logic, high-speed and high-power applications
     

  • Prof. Shalabh Gupta

    Prof. Shalabh Gupta

    Professor, Electrical Engineering

    Research Interests:
    • High Speed Serial Links and Interconnects
    • Optical Fiber Communication, Silicon Photonics and Data Center Interconnects
     

  • Prof. Anil Kottantharayii

    Prof. Anil Kottantharayii

    Green Energy & Sustainability Chair Professor, Electrical Engineering

    Research Interests:
    • Silicon solar cells and Applications of graphene in electronic devices
    • CMOS device physics, design and modelling
     

  • Prof. Saurabh Lodha

    Prof. Saurabh Lodha

    P. K. Kelkar Chair Professor, Electrical Engineering, IIT Bombay

    Research Interests:
    • 2D materials and devices
    • Wide bandgap (SiC and Gallium oxide) power devices
     

  • Prof. Sandip Mondal

    Prof. Sandip Mondal

    Assistant Professor, IIT-Bombay, Department of Electrical Engineering

    Research Interests:
    • The physics and technology of semiconductor devices
    • Flash memory technology – Floating gate, SONOS, Charge trapping materials
     

  • Prof. Pradeep R. Nair

    Prof. Pradeep R. Nair

    Professor, Dept of Electrical Engineering, Indian Institute of Technology Bombay

    Research Interests:
    • Solar energy conversion - Perovskite solar cells, Perovskite/Si Tandem solar cells, Green Hydrogen
    • Light emitting diodes and Photodetectors.
     

  • Prof. D.K. Sharma

    Prof. D.K. Sharma

    Professor Emeritus

    Research Interests:
    • MOS device modeling VLSI design and technology.
    • Microelectronics- technology and device characterisation mixed signal design.
     

  • Prof Maryam Shojaei Baghini

    Prof Maryam Shojaei Baghini

    Professor, Electrical Engineering

    Research Interests
    •Analog/Mixed-signal IC design for various applications 
    •Circuit & system design and integration for sensing, energy harvesting, power management and bio-inspired operations
     

  • Prof. Rahul Singh

    Prof. Rahul Singh

    Professor, Electrical Engineering

    Research Interests
    • Analog/RF/millimeter-wave integrated circuits, systems, and architectures
    • IC design for emerging communication technologies
     

  • Prof. Laxmeesha Somappa

    Prof. Laxmeesha Somappa

    Assistant Professor, Electrical Engineering

    Research Interests
    • Analog, Digital & Mixed-Signal IC Design
    • Biomedical Circuits & Systems and Neuromodulation System on Chips
     

  • Prof. Dipankar Saha

    Prof. Dipankar Saha

    Professor, IIT Bombay

    Research Interests:
    • Microelectronics New Device Physics Semiconductor Spintronics Spin injection, transport and detection in III-V systems Device Reliability
    • GaN-based high power vertical transistors
     

prevNext

Industry Trends

India is making significant strides to bolster its semiconductor industry, including a $10 billion incentive package and investments from major companies like Tata Electronics and NXP Semiconductors.

Job Icon8.3%

CAGR of the automotive semiconductor market from 2026 to 2030

Source: semiconductors.org
Job Icon$707 Billion

Projected Growth of the Semiconductor Market by 2025

Source: markets&markets.com
Job Icon$546.9 billion

Project valuation of the Global Fabless IC Design Market by 2030

Source: markets&markets.com

Batch Profile

This program caters to working professionals from a variety of industries and backgrounds; the diversity of our students adds richness to class discussions and interactions.

  • The class consists of learners from excellent organizations and diverse industries
    Industry
    Semiconductor - 50%VLSI - 40%Embedded Systems - 10%
    Companies to look out for
    Nvidia

Admission Details

Application Process

The application process consists of three simple steps. Note: The final say on eligibility lies with the EE department

STEP 1

Submit Application

Completing a simple online application form

STEP 2

Reserve Your Seat

An admission panel will shortlist candidates based on their application

STEP 3

Start Learning

Selected candidates mus complete the registration fee to secure their seat

Eligibility Criteria

For admission to ePGD program candidates should have B.Tech, B.E., M.Tech and M.E. in

Electronics, and/or VLSI and/or Communication and/or Electrical Engg
and/or Biomedical Engineering and/or Instrumentation Engineering
From a recognized college/university/institute

Apply Now

Program Benefits

  • Earn 36 program outreach credits from IIT Bombay
  • Earn a diploma in IC Design from IIT Bombay
  • Designed and delivered by IIT Bombay faculty
  • Earn the coveted IIT Bombay alumni status
  • Get access to IIT Bombay’s Lateral Hiring Group

ePGD in IC Design FAQs

  • Is e-Postgraduate Diploma equivalent to Regular Postgraduate Diploma?

    The ePostgraduate Diploma is equivalent to a regular Postgraduate Diploma (PGD).
    Graduates of the ePGD will receive IIT Bombay alumni status and all associated
    benefits. The diploma is recognized at par with any other IIT Bombay degree, with the
    only difference being the online mode of delivery.

  • Is e-Postgraduate Diploma UGC approved?

    IIT Bombay is an autonomous institute and the programs offered by IIT Bombay don’t need UGC approval. The ePostgraduate Diploma is equivalent to a regular Postgraduate Diploma (PGD). Graduates of the ePGD will receive IIT Bombay alumni status and all associated benefits. The diploma is recognized at par with any other IIT Bombay degree, with the only difference being the online mode of delivery.

  • Is e-Postgraduate Diploma WES approved?

    All IIT Bombay degrees and diplomas are verified by WES.

  • What are the roles and responsibilities of IIT Bombay and Simplilearn?

    • IIT Bombay will manage end to end academic delivery of all the courses. All live sessions are conducted exclusively by IIT Bombay faculty members.
    • Simplilearn is the edtech partner for e-Postgraduate Diploma and is responsible for candidate registration, program management, online learning management platform and non-academic support to candidates.

  • Will candidates receive any unique ID number (such as IIT Bombay email id, roll no etc.)?

    Candidates will be assigned a unique identification number upon submitting their APAAR number. This unique ID number will be used for identification throughout the ePGD. They will not receive an IIT Bombay email ID.

  • Will IIT Bombay issue physical ID cards? What facilities can be accessed using these ID cards?

    Candidates will be issued a physical identity (ID) card by the Educational Outreach office during their campus visit for the end term exams. These ID cards will allow the candidates to access IIT Bombay library facilities during on-campus end term exam periods.
    Other than the designated campus visit days, the candidates will not have access to IIT Bombay campus or library during the rest of the course. The ePGD certificate, upon fulfillment of e-Postgraduate Diploma requirements, will officially grant candidates IIT Bombay Alumni status. Once an IIT Bombay Alumni, candidates will have access to IIT Bombay campus using the alumni ID card.

  • Will IIT Bombay provide a roll number?

    No. A roll number will not be provided by IIT Bombay.

  • Is it mandatory to have work experience to apply for e-Postgraduate Diploma?

    It’s recommended that the candidates have some work experience in the relevant domains before they apply for e-Postgraduate Diploma. However, it’s not mandatory and fresh graduates can also apply for e-Postgraduate Diploma.

  • Can “Overseas Citizen of India” who have completed higher education in India apply for ePGD?

    Yes, “Overseas Citizen of India” can apply for e-Postgraduate Diploma as long as they have completed their higher education in India, are ready to comply with all e-Postgraduate Diploma requirements and can visit IIT Bombay campus for in-person exams and other mandatory course requirements, if any. If needed, EO can provide an NOC for the visa process, if needed.

  • Can candidates who have received their higher education institutes outside India apply for ePGD?

    Yes, they can apply as long as the institute is recognised by IIT Bombay. For any such candidate, a query can be raised with the Educational Outreach office to verify the recognition status of the institute. Based on the response, the candidate can be advised to proceed with the application process.

  • What is the onboarding process for the Executive PG Diploma from IIT-Bombay?

    The candidates are required to complete the onboarding process before e-Postgraduate Diploma orientation. To complete the onboarding process, candidates will need to submit the following documents / details before the beginning of the session:
    ● Class X Marksheet
    ● Class XII Marksheet
    ● Graduation / Post Graduation Degree (with final score / percentage) +
    Marksheet (if degree doesn't mention the score)
    ● Aadhar Card
    ● Passport Size Photo
    ● An undertaking covering work experience details and references
    ● Successful registration on Academic Bank of Credit and APAAR number generated as a part of this  registration

    Once all documents are submitted, candidates will be officially registered for the course and will be provided a unique registration number (EOEPGD/AI-DS/001/XY) by the Educational Outreach office. 

  • Will IIT Bombay offer Transcripts and Certificates?

    IIT Bombay will issue individual course certificates and transcripts upon the successful completion of each course and its associated exam.

  • Will the candidates receive individual course certificates for the completed courses?

    The candidates can request individual course certificates for all the courses they have completed successfully under the ePGD curriculum. These individual certificates will be issued by the Office of Educational Outreach at IIT Bombay and will reflect completion status and the credits earned by a candidate.

  • What certificate will the candidates get after completing e-Postgraduate Diploma? Will there be a graduation ceremony?

    An e-Postgraduate Diploma from IIT Bombay will be offered to candidates upon successful completion of all the ePGD requirements. An in-person graduation ceremony will be held at the IIT Bombay campus.

  • How does the credit system work? How are credits stored in ABC? How can credits be transferred towards further higher education?

    Credit Requirements:
    This e-Postgraduate Diploma requires candidates to successfully complete 36 IIT Bombay credits through a mix of core courses and electives. Every course will have its own set of exams and requirements, which must be fulfilled to successfully complete the course. Upon successfully completing a course, the candidates will receive a Certificate of Completion with the number of credits earned respectively.

    Saving Credits in Academic Bank of Credits (ABC):
    Candidates will need to create an APAAR ID and an account on Academic Bank of Credits (ABC). The credits earned from individual courses will be stored in their individual Academic Bank of Credits (ABC) account.

    Using Credits Stored in Academic Bank of Credits (ABC):
    Credits stored in the candidate’s ABC account can only be utilised once for any one degree or equivalent program. Upon successful completion of all 36 IIT Bombay credits, the candidate will have the following options:


    ● Option 1: Apply for the ePGD Certificate from IIT Bombay. In this case, all 36 credits will be utilized and the candidate will be granted IIT Bombay Alumni status. There is no additional cost for applying for the ePGD certificate. Once utilised for ePGD certificate, these credits can’t be used for any other higher degree program.

    ● Option 2: Not apply for the ePGD certificate and retain credits for higher education programs. The candidate will not be recognized as an IIT Bombay alumnus. The credits earned will remain in the candidate’s ABC account and can be used to pursue higher degrees in the future.

    Credit Transfer to Higher Degrees
    ○ If a candidate wishes to pursue higher degree programs (e.g., Master’s or Ph.D.), the credits earned from the courses can be utilised towards the same. This credit transfer can help reduce the academic requirements for the higher degree program, thereby reducing the overall duration required to complete the higher degree program.

    ○ The number of credits to be utilised / transferred towards the higher degree program and their utilisation are subject to the policies of the respective academic unit or department offering higher degree programs. This credit transfer can also be applied to the higher degree programs offered by institutes other than IIT Bombay, as long as the credit transfer is compliant with the guidelines of Academic Bank of Credits (ABC). Refer to ABC policies for guidance on transferring credits from the ABC account to institutes offering higher degree programs.

    ○ The credit transfer will not have any bearing on the admission process for the higher degree program. Candidates will need to go through the regular admission process for the program. Once admitted into the higher degree program, these credits may be used to reduce the academic requirements and therefore the
    overall duration to complete the higher degree program.

  • What is the refund policy?

    If a candidate wants to withdraw from ePGD, the candidate can do it at any time during the ePGD timeline. However, the refund amount will vary depending on the date of the request and the timeline of individual courses.

    The course wise fee refund policy is as follows:

    Fee Type

    Amount

    Before Course Fee Payment Deadline

    After Course Fee Payment Deadline and Before Commencement of Classes

    After Commencement of Classes

    Registration Fees

    50,000

    100% Refund

    70% Refund

    No Refund

    Course Fees

    75,000

    100% Refund

    70% Refund

    No Refund

    1. Candidates will be issued a full refund of the registration and course fees if the withdrawal request is received before the fee payment deadline of the respective course(s).

    2. Candidates will be issued a 70% refund for the registration and course fees if the withdrawal request is received after the fee payment deadline and before the commencement of the classes for the respective course(s).

    3. There will be no refund of the registration and courses fee after the commencement of the classes for the respective course(s).

    4. There will be no refund for registration and course fees for the courses completed 

    The refund amount for all refund requests (partial or full) will be calculated after deducting a processing fee of 1% of the total amount paid.

  • Acknowledgement
  • PMP, PMI, PMBOK, CAPM, PgMP, PfMP, ACP, PBA, RMP, SP, OPM3 and the PMI ATP seal are the registered marks of the Project Management Institute, Inc.