Executive Programme in Semiconductor Manufacturing and Technology

Course Duration 6 months (81 hours)

Course Fees ₹ 1,25,000/- (plus GST @18%)

Schedule Sundays, 9:30 AM – 12:30 PM

Campus Immersion A two-day in-person session at IIT Delhi toward the end of the program

Course Eligibility

B.Tech/M.Sc./10+2+3 diploma holders

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Executive Programme in Semiconductor Manufacturing and Technology

Step into the future of innovation with IIT Delhi’s 6-month Executive Programme in Semiconductor Manufacturing & Technology, designed exclusively for working professionals. Gain cutting-edge expertise in semiconductor processes, design, and fabrication, while enhancing your skills to thrive in this rapidly evolving industry. Delivered by industry experts and academic leaders, this program combines flexibility with rigor, empowering you to upskill without pausing your career.

Programme Highlights

Designed for working professionals, this 6-month Online Semiconductor Manufacturing
& Technology programme offers:

e-Certificate of successful completion from CEP, IIT Delhi: The approved criteria for completion e-certificate is ‘More than 50% of assessment marks and 40% of attendance ‘ and for the participation e-certificate is ‘ Less than 50% of Assessment marks and 40% of Attendance’

Expert-Led Curriculum: Delivered by faculty from IIT Delhi’s Optics & Photonics Center, complemented by guest lectures from industry leaders.

Real-World Relevance: Gain hands-on insights into semiconductor manufacturing processes, emerging technologies, and the latest industry trends.

Prestige: Certification from one of India’s most renowned institutions, boosting your professional credentials.

Immersive Experience: A two-day campus immersion at IIT Delhi for in-depth interactions and networking opportunities.

Return on Investment: Master semiconductor devices and technologies, from basic concepts to advanced applications in EVs, AI, space, and more. Gain the skills to lead and innovate in this rapidly evolving industry.
Certificate in Semiconductor Fabrication: Learn to design and fabricate cutting-edge semiconductor devices. Position yourself as an expert in emerging technologies like AI and automotive.
Explore the Opportunities of the Semiconductor Revolution: Stay ahead of the semiconductor revolution by understanding market trends and commercial opportunities. Unlock new pathways for innovation and success.
Empower Your Organization: Leverage insights into global market dynamics and lead your organization in semiconductor technology. Drive growth and capitalize on next-gen advancements.
Build a Future-Ready Team: Develop a team skilled in designing nano-scale devices. Lead innovations across sectors like EVs and AI, keeping your organization competitive and forward-thinking.

What Will You Learn

Module 1: Fundamentals of Semiconductor Devices and Technology
This module introduces the core principles of semiconductor physics, the design and operation of basic semiconductor devices, and the foundational technologies that drive modern electronics.
Module 2: Semiconductor Fabrication and Process Technologies
This module delves into the fabrication techniques of semiconductor devices, covering lithography, doping, etching, oxidation, metallization, and thin film deposition. Participants will learn about cleanroom environments and the critical steps involved in manufacturing integrated circuits.
Module 3: Device Physics and Performance Optimization
This module focuses on the physics governing semiconductor devices, including band theory, carrier transport, and junction behavior. It also explores methods to optimize device performance, such as scaling, material selection, and thermal management.
Module 4: Advanced Applications of Semiconductor Technology
This module covers cutting-edge applications of semiconductor technology in electric vehicles (EVs), the automotive industry, data centers, space exploration, artificial intelligence (AI), and the entertainment sector, highlighting the transformative impact of semiconductors in these fields.
Module 5: Semiconductor Market Dynamics and Commercial Opportunities
This module explores the global semiconductor industry, covering key market trends, supply chain challenges, and emerging technologies.

Course Structure

Module 1: Fundamentals of Semiconductor Devices and Technology

Semiconductor Materials	Understand the basic properties of intrinsic and extrinsic semiconductors, including concepts like doping and charge carriers.
Energy Band Theory	Explore energy bands and how they differentiate semiconductors from conductors and insulators.
P-N Junctions	Learn about the formation of p-n junctions and their role in basic semiconductor devices like diodes.
Basic Semiconductor Devices	Get an overview of simple devices such as diodes and transistors, focusing on their design and functionality.
Semiconductor Applications	Discuss real-world applications of semiconductors, from simple electronics to more advanced systems like LEDs and solar cells.

Module 3: Device Physics and Performance Optimization

Carrier Transport Mechanisms	Examine drift, diffusion, and recombination processes and their impact on device operation.
Junction Behavior	Analyze the behavior of p-n junctions, including electric fields, depletion regions, and forward/reverse bias conditions.
Scaling and Miniaturization	Understand the effects of device scaling on performance and efficiency, particularly in modern transistors.
Material Selection	Explore the role of different semiconductor materials (e.g., silicon, gallium nitride) in optimizing device performance.
Thermal and Power Management	Learn strategies to manage heat and power in high-performance semiconductor devices for improved reliability.

Module 5: Semiconductor Market Dynamics and Commercial Opportunities

Global Semiconductor Market Overview	Understand the structure and size of the global semiconductor market, including major players, key regions, and market segments.
Supply Chain Dynamics and Challenges	Explore the semiconductor supply chain, including raw material sourcing, manufacturing processes, and recent disruptions like the global chip shortage.
Emerging Technologies and Growth Opportunities	Identify new trends in semiconductor technology, such as AI, 5G, and automotive applications, and explore potential commercial opportunities.
Geopolitics and Semiconductor Trade Policies	Analyze the impact of geopolitical factors on the semiconductor industry, including trade wars, export controls, and government policies.
Investment and Innovation in Semiconductor Startups	Learn about venture capital, funding strategies, and the role of innovation in driving growth within the semiconductor ecosystem.

Module 2: Semiconductor Fabrication and Process Technologies

Introduction to Semiconductor Fabrication	Gain insights into the semiconductor manufacturing process. Understand the importance of precision in fabrication.
Lithography Techniques in Fabrication	Explore the various lithography methods used in semiconductor production. Learn how these techniques impact device resolution and performance.
Doping and Material Modification	Understand the principles of doping and its effects on semiconductor properties. Examine methods for modifying material characteristics.
Etching Processes in Semiconductor Manufacturing	Study the etching techniques essential for device fabrication. Learn the differences between wet and dry etching methods.
Cleanroom Practices and Environmental Control	Delve into the importance of cleanroom environments. Understand the protocols and technologies used to maintain cleanliness in semiconductor fabs.

Module 4: Advanced Applications of Semiconductor Technology

Semiconductors in Electric Vehicles	Explore how semiconductors are transforming the electric vehicle industry. Understand their role in power management and control systems.
Data Centers and High-Performance Computing	Delve into the impact of semiconductor technology on data centers. Learn about energy efficiency and processing capabilities.
Semiconductors in Space Applications	Study the unique challenges of semiconductor use in space. Explore materials and technologies designed for extreme environments.
Artificial Intelligence and Machine Learning	Examine how semiconductors enable advancements in AI. Learn about specialized chips for neural networks and deep learning.
Entertainment Technologies: Gaming and Beyond	Explore the role of semiconductors in the entertainment industry. Understand their applications in gaming, VR, and media streaming.

Course Fees

Particulars	Amount (₹)
Programme Fees	₹ 1,25,000
GST @ 18%	₹ 22,500
Total Fees	₹ 1,47,500

Note:

All fees should be submitted in the IITD CEP account only, and the details will be shared post-selection.
The receipt will be issued by the IIT Delhi CEP account for your records.
Easy EMI options available.
Loan and EMI Options are services offered by Teamlease Edtech. IIT Delhi is not responsible for the same.

Withdrawl & Refund From Programme

Candidates can withdraw within 15 days from the programme start date. A total of 80% of the total fee received will be refunded. However, the applicable tax amount paid will not be refunded on the paid amount.
Candidates withdrawing after 15 days from the start of the programme session will not be eligible for any refund.
Easy EMI options available.
If you wish to withdraw from the programme, you must email cepaccounts@admin.iitd.ac.in and cepdelhi@digivarsity.com, stating your intent to withdraw. The refund, if applicable, will be processed within 30 working days from the date of receiving the withdrawal request.

Fee Schedule

Installment	Installment Date	Amount (₹)
I	Within 3 days of offer roll out	₹ 60,000+GST
II	On or before 15th April 2025	₹ 65,000+GST
Total fees – ₹ 1,25,000+GST [No cost EMI available]