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Course Overview
Advanced semiconductor design course takes learners through all the painstaking steps of the entire process of semiconductor design, be it freshers or experienced professionals. For a duration of this course which is stretched for 8 weeks, the students will of course get both the theory and practice, starting from the basic concepts and finishing with modern trends in semiconductor design.
They will also study the various aspects of semiconductor physics, CMOS technology, and digital logic as well as practical issues including but not limited to VLSI design, power management, and new semiconductor devices and technologies.
As this course includes sessions around the niche of us semiconductor trends, the analysis of devices scaling and its future perspective, it suits best for new graduates as well as for experienced professionals who wish to improve or learn the basics of this fast moving technology area. By the conclusion of this course, participants will be in a position where they will be capable of designing, analysing and creating new devices in the rapidly developing semiconductor market and industry.
Modules
Digital Logic Design and CMOS Fundamentals
Semiconductor Fabrication Process.
Device Physics and Scaling Challenges
VLSI Design and Layout Techniques
Power Management in Semiconductor Design
Signal Integrity, Timing and Validation Engineering.
Future Trends in Semiconductor Design and Emerging Technologies
Introduction to Semiconductor Fundamentals and Industry Landscape
Key Topics:
- Elementary ideas on materials used in gadgets for semicon markets.
- The form of device, transistor, diodes.
- A picture of the industry development and devices’ fields of application.
Learning Outcomes:
- Explain the principles of semiconductor physics and outline some fundamental design techniques.
- Explain the landscape of the semiconductor market including several of its participants, sizes of the market and technological development in the industry.
- Explain some of the uses of semiconductors in other fields, for instance AI, IoT, automotive and others.
Virtual Lab:
- Elementary semiconductors computer simulations with the help of stimulating devices such as COMSOL Multiphysics to depict device functioning.
Digital Logic Design and CMOS Fundamentals
Learning Outcomes:
- Go conceptual and describe digital logic and CMOS technologies in brief.
- Enumerate the CMOS processing steps and describe the design and functionality of logic gates.
- Use Boolean algebra in synthesizing elementary digital circuits.
Key Topics:
- Basic concepts of digital logic (AND, OR, NOT gates, flip-flops, etc.).
- Overview of the CMOS technology.
- Basic concepts of Boolean algebra and circuit design.
Virtual Lab:
- Perform logical operations using simulation software e.g. Logisim, Digital to develop and check digital circuitry and logic gates construction.
Semiconductor Fabrication Process.
Learning Outcomes:
- Outline the stages in the processing of semiconductors starting from the materials to the devices.
- Discuss the need for cleanrooms, photolithography, and etching in fabrication processes.
- Analyze the relationship between fabrication technique and device performance.
Key Topics:
- Cleanroom history and governance
- Photolithography and etching
- Doping, ion implantation and metallization
Virtual Lab:
- Perform simple simulation experiments e.g. photolithography, doping using the internet process simulator for fabrication.
Device Physics and Scaling Challenges
Learning Outcomes:
- Analyze the principles of MOSFETs operation and scale-down problems within the nanometrical level.
- Assert the problems, as well as the advancements in device scaling (update Moore’s Law).
- Investigate other possibilities such as FinFETs and other next generation device structures.
Key Topics:
- MOSFET Physics and Operation
- Moore’s law and the limitations of scaling
- New technologies (FinFETs, GAAFETs)
Virtual Lab:
- Using software like NanoHUB or Silvaco to simulate and analyze MOSFETs for the purposes of conducting basic device scaling experiments.
VLSI Design and Layout Techniques
Learning Outcomes:
- Ability to design complex ICs through knowledge of VLSI design techniques and VLSI physical layout practices.
- Use CAD tools to apply design rules in order to minimize area, power consumption and performance degradation.
- Understanding about ASICs and FPGAs.
Key Topics:
- VLSI design flow (design entry, simulation, layout, verification)
- Regular and irregular layout design rules parameters, optimization and tools
- Differences between ASIC and FPGA with practical examples.
Virtual Lab:
- Learn to use tools for layout design and perform verification of simple VLSI layouts designed using Cadence Virtuoso or KiCAD.
Power Management in Semiconductor Design
Learning Outcomes:
- Knowledge about power analysis and power management techniques in integrated circuits.
- Understanding of low power design methodology and power gating influences.
- Use dynamic and static power concepts in various design environments.
Key Topics:
- Power analysis in digital circuits
- Power design alternatives for VLSI (e.g., dynamic voltage scaling)
- Power and clock gating and multi VDD scheme.
Virtual Lab:
- Perform power analysis of example circuit designs using commercial tools available for power estimation such as Synopsys PrimePower.
Signal Integrity, Timing and Validation Engineering.
Learning Outcomes:
- Know signal integrity and timing issues when developing high speed circuits.
- Carry out timing analysis and validation for digital circuits
- Know about Design for Testability (DFT) and verification methods.
Key Topics:
- Signal integrity, noise and crosstalk
- Timing analysis and closure methodologies
- DFT and verification methods (Scan, BIST)
Virtual Lab:
- Estimate timing parameters and noise thresholds in Mentor Graphics HyperLynx.
Future Trends in Semiconductor Design and Emerging Technologies
Learning Outcomes:
- Appreciate new semiconductor design trends such as AI enabled design automation and 3D ICs design.
- Examine quantum computing and neuromorphic computing and photonic ICs.
- Be familiar with design and manufacture of advanced packaged including fine pitch BGA
Key Topics:
- AI in EDA and semiconductor automation.
- Quantum computing and neuromorphic architecture.
- 3D ICs and advanced packaging.
Virtual Lab:
- Apply AI based tools (like Synopsys DSO.ai) and look for automation in semiconductor design procedures.
Learning Outcomes Summary
- Substantiate principles of semiconductor devices and components design.
- Employ CMOS and digital circuitry logic design principles into practical purposes.
- Go over the technological processes involved in the manufacturing of semiconductors and additional aspects of modern device structures.
- Follow VLSI layout patterns and formulate strategies for minimizing power dissipation.
- Address signal integrity, timing and verification efforts in high-performance circuits.
- Look for trends and technologies that are likely to be dealt with in the future that would affect the electronic semiconductor market.
Fees & Enrollment
- Course Fee: INR 49,999
Career Services
- 100% Job Placement Support
- Interview Practice and Preparation
- 1 on 1 Career Mentoring Sessions
- Career Development Workshops
- Resume and LinkedIn Profile Enhancement
Advanced Semiconductor Design Course
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Course Duration: 8 Weeks
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Course Format: Online Interactive Sessions with Virtual Lab Components
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Weekly Schedule: 2 hour sessions twice during weekdays/weekends
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Certification: Globally Recognized Certificate in Advanced Semiconductor Design
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A background in electronics or electrical engineering is recommended, but this course is designed to also support learners with basic familiarity in digital logic and circuits.
Besides scheduled virtual classes, participants will have a course chat room, allow users to communicate with the teacher and other students and the teacher's office, when necessary, for further assistance.
Yes, spaced integration of simulation and design tools such as Cadence, Mentor Graphics as well as Synopsys is provided where applicable. Hence you will gain feel and knowledge experience during industry positions.
The syllabus is in line with contemporary trends in semiconductors creating AI-oriented designs, quantum computers, and 3D ICs. Ultimately, we intend to impart skills and knowledge that fit well in the current dynamic environment of the semiconductor industry.
Yes, during the course, you will be able to interact with your colleagues as well as the guest speakers from the semiconductor industry. We would like to emphasize interaction and exchange of views for improvement of learning.
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