100 Hours Live Blended Program For Future ESDM Leaders

Executive Program in ESDM & Semiconductor Technologies

by DRIIV, IIT Delhi (Department of Electrical Engineering) & Zenith Railway Academy

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Batch

01 Learning Format

Online/Live

Live Classes

5 Months

IITDelhi CART & DRIIV

Certification

Starts

0109th November 2024 (Sunday) | Weekend Program

Batch

Learning Format

Online/Live

Live Classes

5 Months

IITDelhi CART & DRIIV

Certification

Starts

09th November 2024 (Sunday) | Weekend Program

Batch

01 Learning Format

Online/Live

Live Classes

5 Months

IITDelhi CART & DRIIV

Certification

Starts

0109th November 2024 (Sunday) | Weekend Program

Batch

01 Learning Format

Online/Live

Live Classes

5 Months

IITDelhi CART & DRIIV

Certification

Starts

0109th November 2024 (Sunday) | Weekend Program

Batch

01 Learning Format

Online/Live

Live Classes

5 Months

IITDelhi CART & DRIIV

Certification

Starts

0109th November 2024 (Sunday) | Weekend Program

About the Program

This comprehensive program is tailored to provide participants with a thorough understanding of Electronic System Design and Manufacturing (ESDM) and Semiconductor Technology. The course is meticulously structured to equip participants with both theoretical knowledge and practical skills essential for thriving in India’s rapidly growing electronics and semiconductor industry. The curriculum spans a broad spectrum of topics, from the basics of electronic systems and circuits to advanced fabrication technologies, ensuring that participants are well-versed in both foundational concepts and cutting-edge practices.

Who should attend

Electronics Engineers seeking to deepen their knowledge in semiconductor technology and electronic system design.
Industry Professionals working in the electronics and semiconductor sectors who want to stay updated with the latest trends and technologies.
Graduates in Electrical, Electronics, and Communication Engineering aiming to specialize in semiconductor manufacturing and advanced electronics.
Technicians and Technical Staff involved in PCB design, testing, and embedded systems who wish to enhance their technical expertise.
Research Scholars focusing on electronics, semiconductors, or loT applications looking to expand their knowledge base.

This program is ideal for anyone looking to gain a robust understanding of ESDM and semiconductor technology, particularly those aiming to contribute to India’s growing electronics and semiconductor industry.

Are You Interested In the Program?

Connect with an advisor for a 1:1 Session.

This Decade will be the decade of semiconductors

Opportunity Overview

The microelectronics and semiconductor industry in India is poised for substantial growth, with the government’s PLI (Production Linked Incentive) scheme targeting an investment of $1.45 billion in semiconductor manufacturing over five years. India’s electronics market is projected to reach $400 billion by 2025, offering vast opportunities for engineers. With over 200 R&D centers and the presence of major players like TSMC and Samsung, India is emerging as a global hub for semiconductor design and manufacturing. Additionally, initiatives like the National Electronics Policy and Make in India further bolster the sector, ensuring a bright future for young engineers.

The semiconductor industry in India is experiencing rapid growth, making this the "decade of semiconductors." Key developments include:

Government Investment: India has committed INR 76,000 crore (USD 10 billion) through the "India Semiconductor Mission" to build a robust semiconductor ecosystem, creating numerous job opportunities.
Manufacturing Growth: New semiconductor fabs, led by companies like Vedanta-Foxconn and Tata Group, are expected to create over 100,000 jobs.
Rising Demand: India's electronics market, projected to reach USD 400 billion by 2025, is driving a surge in semiconductor demand, expected to surpass USD 110 billion by 2030.
PLI Scheme: The Production-Linked Incentive Scheme for electronics, including semiconductors, is set to generate over 200,000 direct jobs by 2028.
R&D Opportunities: Increased investments in semiconductor R&D by global giants and government initiatives offer young engineers opportunities to engage in cutting-edge innovation.

These factors make the semiconductor sector in India one of the most promising career paths for engineers.

CAREER GROWTH OUTLOOK

India's Electronics System Design and Manufacturing (ESDM) sector, driven by the country's semiconductor mission and increased investments, offers robust career opportunities for electrical and electronics engineers. Here are 4-5 career profiles, backed by potential growth paths:

Semiconductor Design Engineer

Semiconductor design engineers are involved in creating integrated circuits (ICs) and microchips, working with tools like CAD software for chip design and simulation.Starting as a Junior Design Engineer, professionals can progress to Senior Design Engineer, Project Manager, and eventually to Chief Technology Officer (CTO).

Top Companies: Intel, Texas Instruments, STMicroelectronics, and Wipro.

Embedded Systems Engineer

Focuses on designing and developing embedded systems used in various applications like automotive, loT devices, and consumer electronics. Beginning as an Embedded Engineer, professionals can move up to Senior Embedded Engineer, Embedded System Architect, and eventually to Director of Embedded Systems.

Top Companies: Bosch, Tata Elxsi, Robert Bosch Engineering, and Qualcomm.

PCB Design Engineer

PCB Design Engineers are responsible for designing printed circuit boards, considering factors like signal integrity, power integrity, and manufacturability. Career progression can lead from Junior PCB Designer to Senior PCB Designer, PCB Design Lead, and Engineering Manager for PCB design.

Top Companies: Larsen & Toubro, HCL Technologies, and PCB Power Market.

Semiconductor Process Engineer

Specializes in the manufacturing process of semiconductors, including wafer fabrication, doping, and packaging. From Process Engineer, professionals can advance to Senior Process Engineer, Process Manager, and eventually to Plant Operations Head.

Top Companies: Applied Materials, ASM Technologies, and SCL Mohali.

IoT Solutions Engineer

Engineers in this field work on integrating electronics with loT technology, focusing on smart devices, connected systems, and automation. Career growth from loT Developer to Senior IoT Solutions Engineer, IoT Architect, and finally to loT Solutions Director.

Top Companies: Reliance Jio, Tata Communications, and Infosys.

Top Companies: Applied Materials, ASM Technologies, and SCL Mohali.

Certification

Upon successfull completion of the course a caertificate of compeltion shall be awarded through Centre of Automotive Research & Tribology and Office of the Principal Advisor to the Government of India

This course has been designed to cover very important basics of Analog Integrated Circuit design. This course covers everything from MOSFET modelling to Complex Analog Block designs. It focuses mainly on giving hands-on practical exposure in doing circuit design for a given analog & mixed signal product. By the end of the course you will learn circuit design in EDA tool, simulation, design verification of typical analog circuits such as Opamp, PLL, Bandgap, LDO.

This Course focus on giving insights of the design and simulation of I/O’s, Memory as well. After the completion of the course, you will get opportunity to move into domains such as Analog & Mixed Signal Design, Memory Design, Standard Cell Design, and I/O Design.

IIT Delhi CART and DRIIV

Railway Academy has collaborated with Centre for Automotive Research and Tribology (CART) – Indian Institute of Technology Delhi to bring you a globally recognised certificate which you can use across the globe.

Programs Highlights

CERTIFICATION FROM IIT DELHI & PM-STIAC)

Opportunity to earn certificate of Completion from Indian Institute of Technology Delhi( DOEE) & PM STIAC

INDIA'S TOP FACULTIES

You get to learn from some of the best faculties and experts who, by bringing their prospects into the mix, help learners grow.

WEEKEND ONLINE & INTERACTIVE CLASSES

Classes are held on weekend so that learning and work can go side by side and it's easy for working professionals to attend lectures.

INSIGHTS INTO GROWING INDUSTRY & MANAGEMENT

This course is full of hands-on exercises to get an in-depth understanding of ESDM that can help the participant to grow as ESDM leaders

INDUSTRY INTERACTIONS

Interact with experts and leaders from ESDM industry to network and understand the upcoming industry trends

CASE-BASED SESSIONS

Real life case-based study pedagogy to enhance implementation of theoretical concepts to real life problems.

CAMPUS VISIT

2 days IIT DELHI Immersion Program at the end of course so that students can interact with their faculties at the campus in the most innovative ways possible.

Who should Apply ?

ABOUT THE STAKEHOLDERS

Department of Electrical Engineering Indian Institute of Technology Delhi

The department of electrical engineering has been playing a vital role in producing scientists and technologists of highest caliber ever since it was established in the year 1961. The department runs three undergraduate programmes and 9 post-graduate programmes to cater to the ever challenging needs of technical excellence in all areas of electrical engineering such as Integrated electronics and circuits, Tele- communications, Computer technology, Control & Automation, Power systems & Power electronics.

Delhi Research Implementation and Innovation (DRIIV),

DRIIV Foundation, is the umbrella body for the Delhi NCR science and technology (S&T) cluster. The S&T clusters are a flagship programme of the Office of the Principal Scientific Adviser to the Government of India, established upon the recommendation of the Prime Minister’s Science, Technology and Innovation Advisory Council (PM- STIAC) to create an Atmanirbhar Bharat through S&T. DRIIV is an ecosystem of academic institutions, institutes of national importance, national and state research laboratories, relevant ministries, industry partners (PSUs and corporates), state governments, philanthropic foundations, international institutions, MSMEs, tech startups and other such interested participants in the science and technology space. The objective of DRIIV is to leverage the strength of the network to address environmental and societal problems of regional and national relevance.

About Zenith Railway Academy

A leading Edtech company with credentials of delivering training to 5000+ railway sector professionals across Signaling, RAMS, CBTC, ETCS, Rolling Stock, ERTMS, CTC, Project Management, Functional Safety, EMI /EMC and many more. Our world class online learning platform for rail companies brings best courses and training to empower future rail leaders

100 hours Online Live Sessions and two days bootcamp in IIT DELHI

Basics of Electronic Systems, Semiconductors, Electronic Circuits, and Electronic Materials (Duration: 15 Hours)

Outcome: Understanding the working principles and usage of semiconductors.

Familiarity with electronic components, circuits, and the use of data sheets.

Electronic Measurement Techniques & Electronic Testing Equipment (Duration: 5 Hours)

Outcome: Detailed understanding of various testing equipment and methods for electronic systems.

Critical System-Level Issues (Duration: 5 Hours)

Outcome: Comprehensive knowledge of signal integrity, power integrity, EMI/EMC, and ESD protection.

PCB Design: Methods, Techniques & Critical Issues (Duration: 15 Hours)

Outcome: In-depth understanding of PCB design processes, characteristics, design parameters, multilayer design issues, fabrication, and assembly of components.

Electronics and Semiconductor Packaging Technologies (Duration: 20 Hours)

Outcome: In-depth understanding of hierarchy of packaging, substrate technology, component technology, system level packaging, package to board, interconnection and reliability analysis of packaging

Embedded Electronics & IoT Applications (Duration: 20 Hours)

Outcome: Proficiency in 8051, ARM, RTOS, Arduino series, SPI, 12C, STM32, and ESP32 boards and applications.

Semiconductor Manufacturing (Duration: 10 Hours)

Outcome: Deep understanding of semiconductor growth methods, wafer cleaning, clean room protocols, chip yield, contamination, and doping techniques

Advanced Fabrication Technologies (Duration: 10 Hours)

Outcome: Advanced knowledge of ion implantation, CVD, sputtering, MBE, and die-to-wafer bonding.

Fee Structure & EMI Plan

Program Fee:

For Indian Residents INR 55,000+ GSTe

eApplication Fee of 2000- INR to be paid at the time of registration

Installment Schedule:

1st INR 25,000 + GSTe Payment Deadline - Immediately

2nd INR 25,000 + GSTe Payment Deadline - within 45 days from class commencement

3rd INR 25,000 + GSTe Payment Deadline - within 90 days from class commencement

3rd INR 25,000 + GSTe Payment Deadline - within 120 days from class commencement

PAYMENT MODE

Online payment or DD in favor of "Zenith Rail Edvarsity Private Limited" payable at "Faridabad".

SCAN QR CODE TO PAY APPLICATION FEE OF INR2000/-

Admission Process

Submit Application

Tell us a bit about yourself and why you want to join this program

Application Review

An admission panel will shortlist candidates based on their application

Selection

Selected candidates will be notified within 1-2 weeks

What Industry & Stakeholders
Tell About Us

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Build your success story in the age of semiconductors

Railway Course FAQs

What is the promise of this program for its students?

This 5 months(60+ hours) executive certificate program offered by IIT Delhi CART and DRIIV promises to provide

Develop a deep understanding of semiconductor device working, MOSFET models, noise models, and other critical circuit design parameters.
Enhance understanding of component and system-level issues in power management and implementation as an integrated chip.
Explore various power management architectures and their comparative study, along with the basic building blocks and components of power management.
Gain expertise in the design and simulation of analog integrated circuits and power management IC components.

What is the eligibility for the program?

This program is ideal for

B.E/B.Tech graduates in ECE/EEE looking for a career in the growing semiconductor industry.
M.E/M.Tech/M.S graduates in VLSI System Design, Embedded Systems, or Digital Electronics.

When should someone consider joining this program?

The microelectronics and semiconductor industry in India is on the brink of exponential growth. With the government’s PLI (Production Linked Incentive) scheme targeting a $1.45 billion investment in semiconductor manufacturing over five years, and India’s electronics market projected to reach $400 billion by 2025, the opportunities are immense. India is rapidly emerging as a global hub for semiconductor design and manufacturing, with over 200 R&D centers and major players like TSMC and Samsung establishing their presence. National initiatives like the National Electronics Policy and Make in India further bolster the sector, ensuring a bright future for young engineers.

Program Goal

Develop a deep understanding of semiconductor device working, MOSFET models, noise models, and other critical circuit design parameters.
Enhance understanding of component and system-level issues in power management and implementation as an integrated chip.
Explore various power management architectures and their comparative study, along with the basic building blocks and components of power management.
Gain expertise in the design and simulation of analog integrated circuits and power management IC components.

Would you help me in getting job after this course program?

Railway academy will support you with upcoming job notification in semiconductor industry to help you stay updated with new openings. You shall have to apply directly and qualify recruitment process to fetch the job offer.

I have an experience of more than 5+ years in railway, is this program meant for me?

Yes, this program would be apt for you if you are looking for career growth and transition in Semiconductor and ESDM industry.

What do I get as a certificate at the end?

Upon completion of the course and execution of the various projects in this program, you will receive a joint Executive Certification in Executive Program on Analog and Power Management IC Design from IIT Delhi CART and DRIIV

What if I fail to attend one or more lectures?

If you fail to attend any of the live lectures, you will get a copy of the recorded session in the next 12 hours. Moreover, if you have any other queries, you can get in touch with our course advisors or post them on our community.

What is covered in Placement Assistance?

Job Search Strategy Sessions
Resume Building
Linkedin Profile Creation
Interview Preparation Sessions by Industry Experts
Mock Interviews
Placement notifications in semiconductor industry

What is the refund policy for this program?

Please note that the course fees is non-refundable and we will be at every step with you for your upskilling and professional growth needs.

What will be the duration of the campus immersion?

There will 2 days campus immersion in this program at IIT Delhi Campus( Optional)

Register to get the Free Webinar Invitation in your inbox

Attend Free Live Webinar with IIT Delhi Experts on Rising Semiconductor Opportunity for engineering professionals

When: August 24th, 2024 07:00 PM IST via Zoom

Click to Register on ZOOM

Ideal for electronics and electrical engineers, rail professionals to learn about upcoming opportunities in semiconductor industry

What we will cover in the session