11 industry-built programs across five specializations — Physical Design, Logical Design, Layout Design, Design Verification and Embedded Design. Search, filter, and open any course to see exactly what you'll learn.
The starting point for freshers — digital electronics, C programming, data structures and Linux basics, ending with an introduction to HDL so you're ready for RTL work.
An industry-oriented, hands-on track in RTL coding — real design examples, structured labs, and a project-based curriculum built to strengthen practical coding skill.
Build the language foundation every verification engineer needs — SystemVerilog data types, control-flow, arrays and data structures used to construct real testbenches.
A guided tour of the EDA landscape — the tools, methodologies and full ASIC/SoC design flow you'll use across every VLSI role, plus simulation, debug and version control practices.
Go deeper into layout craft — device layout fundamentals, matching techniques, parasitic effects, and the analog layout techniques that separate good layouts from production-ready ones.
An advanced, industry-focused capstone-style track — hands-on lab sessions on real tools, mini projects and case studies, taught by working professionals, with placement guidance built in.
Learn to write and debug firmware the way embedded teams do — the embedded C environment, microcontroller development boards, debugging tools and simulation/testing platforms.
A strong foundation in CMOS technology, digital circuit design and IC layout technique — the base every physical design engineer builds on before moving to full-chip work.
Comprehensive, end-to-end coverage of the place-and-route flow — the complete journey a netlist takes through physical design, taught the way design houses actually run it.
One of the most critical stages of the physical design flow — learn how STA confirms your circuit will actually run reliably at the clock frequency it's designed for.
The final and most critical stage of the physical design flow — Engineering Change Orders and the sign-off checks a design must clear before it's ready for tape-out.
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Talk to a mentor about your background and goals — we'll recommend the right starting course, whether that's VLSI or Embedded Systems.
