Semiconductor Design Engineering: From Coding to Synthesis

Semiconductor Design Engineering: From Coding to Synthesis

Contributors Eng'r. Zacarias Lancelot Pangan Eng'r. Michael Jon Alain Saavedra Eng'r. Jehan Jose Ilagan
semiconductor semiconductor_engineering design_mastery automation 1hr

Semiconductor Design Engineering: From Coding to Synthesis is a comprehensive course on the Nexus Pro platform that introduces learners to the principles, processes, and technologies behind modern semiconductor design and integrated circuit (IC) development. Throughout this module, you will learn how to write synthesizable behavioral and dataflow code, simulate design behavior and debug waveforms, and implement designs on real hardware boards. Through interactive lessons, industry-inspired projects, and practical design exercises, you will develop the technical knowledge and engineering mindset required to contribute to the rapidly evolving semiconductor industry.

Semiconductor Design Engineering: From Coding to Synthesis
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PEZA

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University of Perpetual Help

Certified Track

Applied Chip Design Engineering: Mastering Verilog and Hardware Simulation
Course overview

Semiconductors power nearly every modern electronic device, from smartphones and computers to autonomous vehicles and artificial intelligence systems. In this course, you will discover the complete semiconductor design workflow, including chip architecture, circuit design, verification, design optimization, and manufacturing considerations. Through immersive learning experiences and practical engineering scenarios on the Nexus Pro platform, you will gain hands-on knowledge of industry-standard design methodologies and the technologies that drive today's semiconductor innovations. By the end of this course, you will have a strong foundation in semiconductor design engineering and be prepared to pursue advanced studies or careers in IC design, hardware engineering, and chip development.

What you'll learn
  • ✓ Semiconductor Fundamentals
  • ✓ Semiconductor Physics
  • ✓ Integrated Circuit (IC) Design
  • ✓ Digital Circuit Design
  • ✓ Analog Circuit Design
  • ✓ Mixed-Signal Design
  • ✓ CMOS Technology
  • ✓ VLSI Design Fundamentals
  • ✓ ASIC Design
  • ✓ FPGA Fundamentals
  • ✓ Logic Design
  • ✓ RTL Design
  • ✓ Verilog HDL
  • ✓ VHDL Basics
  • ✓ Electronic Design Automation (EDA)
  • ✓ Schematic Capture
  • ✓ Circuit Simulation
  • ✓ Functional Verification
  • ✓ Timing Analysis
  • ✓ Static Timing Analysis (STA)
  • ✓ Design Rule Checking (DRC)
  • ✓ Layout Versus Schematic (LVS)
  • ✓ Power Analysis
  • ✓ Signal Integrity
  • ✓ Chip Architecture
  • ✓ Microelectronics
  • ✓ PCB and IC Integration
  • ✓ Semiconductor Fabrication Fundamentals
  • ✓ Wafer Manufacturing Process
  • ✓ Packaging and Testing
  • ✓ Design for Testability (DFT)
  • ✓ Engineering Documentation
  • ✓ Technical Problem Solving
  • ✓ Critical Thinking
  • ✓ Analytical Thinking
  • ✓ Industry Design Workflows
Explore related topics: semiconductor semiconductor_engineering design_mastery automation
This course includes:
  • 1hr of video lessons with self-paced lab works
  • Certificate of completion
Course roadmap

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Module 1: Logic Signals
12 items
Module
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