vlsi-awareness-20250521 – VLSI System Design

Intel - IIIT Bangalore Chip Design Program

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Welcome to "Chip Design for High School" Journey!

Join us on an exciting adventure where the world of chip design unfolds like a thrilling tale of a bustling electronic city! Let’s navigate the roads of this fascinating city together.

Important Dates

15 Oct - 15 Nov 2023

Registration Open!

Inauguration Video Recording

15 Nov 2023

Inauguration

A little check to make sure you’re all set for the journey!

15 Nov - 1 Dec 2023

Screening Process

Dive into action and get your hands busy with exciting activities and experiments!

2 Dec 2023 - 15 Jan 2024

Hands-on Labs

Learn the building blocks that make the electronic city function smoothly!

15 Jan - 15 Mar 2024

VLSI Foundation

What Will You Learn?

Ohm’s Law: Back to Basics

Remember the cool stuff you learned in school about Ohm’s Law? It’s like the traffic rules for electricity in our electronic gadgets. We’re going to revisit this superhero rule to make sure our foundation is rock solid. It’s essential to know how much electrical “traffic” should flow to make our devices work just right!

Chip Design: Your New Adventure!

Now, here comes the super exciting part – Chip Design! This is where you become the architect of electronic cities (chips). It’s like using your imagination to create a bustling city where electricity flows smoothly through roads (circuits) and traffic lights (gates), ensuring everything works harmoniously and efficiently.

By diving into the world of chip design, you’ll unlock the magical doors of creativity and innovation, bringing amazing electronic gadgets to life! So get ready to explore, learn, and create as you step into the universe of chip design!

Sessions

Part 1
Screening - Basic Physics and Electrical Concepts

Week 1

Introduction to Basic Physics and Electricity.

Lec-1: Introduction to Basic Physics and Electricity – Part 1

Introduction to fundamental physics concepts relevant to electricity.
Basic electrical terms and units, electric charge, field, and potential.

Lec-2: Introduction to Basic Physics and Electricity – Part 2

Continuation of electricity principles with an emphasis on electric forces and energy.

Week 2

Electrical Relationships and Practical Skills

Lec-3: Basic Current, Voltage Relationship, Ohm’s Law

Exploring the relationship between current, voltage, and resistance.
Applications of Ohm’s Law in various circuits.

Lab-1: Lab Platform Familiarization and Breadboard Connections

Hands-on lab introducing the lab environment and equipment.
Building and understanding simple circuits using a breadboard.

End of Part 1 Assessment

Written test to assess understanding of basic concepts covered in Weeks 1 and 2.
Practical exam to evaluate hands-on skills with lab equipment and breadboard connections.

Part 2
Fundamentals of Logic Gates in Chip Design

Week 3

Switching Logic and Automation Basics

Lec-4: Basics of Automation and Switching Logics

Understanding the principles of automation in electrical systems.
- Introduction to the basics of switching logic.

Week 4

Logic Gates and Practical Application

Lec-5: Logic Realization Using Switches

Theoretical aspects of using switches for implementing logic functions.

Lab-2: Logic Realization Using Switches

Hands-on practice with different types of logic gates.
Combining logic gates to create basic digital functions.

Week 5

Advanced Application of Logic Gates and Debugging

Lab-3: Complex Logic Gate Implementation

Designing and building more complex logic functions using gates.

Lab-4: Logic Analyzers and Circuit Debugging

Using logic analyzers to diagnose and fix issues in digital circuits.

Week 6

Capstone Project in Chip Design

Lab Project: Combination Logic Function Design and Testing

Students will apply all concepts learned to design a logic function that could be used in chip design
Final project development, testing, and troubleshooting.

End of Part 2 Assessment

Review session to consolidate all topics covered.
Final project presentation and evaluation.
Comprehensive final exam covering the fundamentals of logic gates and their applications in chip design

Easy-to-Understand Adventures

Imagine building a city where everything works perfectly! Our chip is that city, and Ohm’s Law is like the traffic rules, making sure electricity cars move safely and smoothly. As young designers, you’ll plan this city, mapping out roads (circuits) and ensuring all parts work together seamlessly. With each step, you’ll learn how to bring amazing ideas to life, exploring the secrets behind technology in a way that’s fun, creative, and exciting! This journey is designed to inspire confidence and curiosity—perfect for every budding innovator.

Become a Chip City Planner!

By the end of this journey, you’ll become a true chip city planner, designing the pathways and directing the flow of electricity to ensure our everyday gadgets – like phones, computers, and more – work seamlessly and efficiently. You’ll uncover the secrets behind the technology that powers our world, gaining practical skills and a deeper understanding of electronics. This adventure will equip you with the creativity and confidence to shape the future, sparking ideas and innovations that could change the way we live and connect!

Testimonial

"The Chip Design for High School Program surpassed my expectations, offering an engaging and beneficial learning experience. The course content and teaching methods, combined with interesting lab sessions, made the program highly impactful. However, pacing the session uploads to three per week would improve the overall experience."

"The course surpassed my expectations by providing a highly beneficial and practical learning experience. The lab activities were particularly engaging, offering a hands-on approach to chip design that went beyond theory. The segment on types of energies was also very relevant and helpful as it aligned with topics covered in school. While the lab sessions were initially challenging, they became easier over time with practice. Further clarity in the initial explanations of the labs could improve the experience."

"The course met my expectations, delivering what was promised. I appreciated the clear explanation of concepts, which made learning much easier. The lab programs were especially enjoyable, helping me better understand topics like Boolean logic and other school subjects through practical examples. Incorporating a more activity-based approach could make the course even more interactive and engaging."

"The course met my expectations by delivering what was promised. The explanations were clear and started at a beginner level, gradually building a strong foundation. I appreciated that physical materials weren't required, making it self-paced and manageable alongside long school hours. However, more interaction with the instructor, such as dedicated doubt-solving sessions on weekends, would enhance the experience. As a robotics enthusiast, this course helped me understand the basics more clearly than self-learning on platforms like Tinkercad."