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Training Highlights
15+ Hours Live online Instructor-led Training
Hands-on sessions
Hands-on based learning
Certificate of completion
Key Takeaways:
Certificate, Lectures Recording, Projects code, PPT, etc.
What You'll Learn in 1-week
🔹 Day 1: Semiconductor Industry & Fundamentals
Understand the complete semiconductor ecosystem, career paths, and how chips are manufactured.
🛠 Hands-on:
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Visual walkthrough of chip fabrication process
🔹 Day 2: Digital Electronics & TinkerCAD
Learn core digital concepts like logic gates, Boolean algebra, and combinational circuits.
🛠 Hands-on:
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Build a 2-bit Adder
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Design a 4:1 Multiplexer using TinkerCAD
🔹 Day 3: Semiconductor Basics + Python & SIMULINK
Explore PN junctions and device physics with simulation and coding.
🛠 Hands-on:
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Plot Diode IV characteristics using Python
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Simulate diode circuits in SIMULINK
🔹 Day 4: BJT Amplifiers & LTspice
Master transistor operation and analog circuit design.
🛠 Hands-on:
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Build Common Emitter Amplifier
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Perform gain & waveform analysis in LTspice
🔹 Day 5: MOSFETs & CMOS Logic
Learn modern VLSI fundamentals and CMOS circuit design.
🛠 Hands-on:
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Simulate NMOS & PMOS characteristics
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Build a CMOS Inverter & analyze delay
🔹 Day 6: Capstone Project & Placement Prep
Apply all concepts in a real-world project and prepare for interviews.
🛠 Hands-on:
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Build a 4-bit ALU Simulator using Python
🎯 Bonus:
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Resume building
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Interview preparation (Top companies)
Tools & Technologies Covered
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Python (NumPy, Matplotlib)
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TinkerCAD
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LTspice
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MATLAB SIMULINK (Simscape Electrical)
Hands-on
Sessions included in Training
Visual Activity 1 :
How a Chip is Made": Step-by-step walkthrough of the fabrication process (Silicon wafers, photolithography, doping, and packaging).
Hand-on 2 :
Build and verify a 4:1 MUX and validate truth tables through interactive switches and LEDs.
Hand-on 3 :
Building a basic diode circuit in SIMULINK
Hand-on 4 :
Introduction to LTspice interface and drafting.
Hand-on 5:
Simulating NMOS and PMOS devices to generate and plot their distinct IV curves.
Hand-on 6 :
Building a CMOS inverter to run a transient response simulation, measuring rise time, fall time, and propagation delay.
Hand-on 7:
Build a Python-based ALU (Arithmetic Logic Unit) simulator
Who should attend?
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👨🎓 College Students – Start your career in semiconductor & VLSI
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🎓 Faculty & Researchers – Upgrade skills with industry tools
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🔄 Professionals / Career Switchers – Move to a high-growth tech domain
