Articles, student case studies and a newsletter — everything we publish to help you understand the industry before you're in it.
Short, practical reads on VLSI concepts, tools and career paths — written for people getting started.
A plain-language walk from RTL to GDSII — what each stage actually does and who owns it on a real team.
Read Article →Why timing closure trips up new engineers, and the mental model that makes STA click.
Read Article →What UVM actually solves, and why constrained-random testing beats writing every test by hand.
Read Article →Why identical transistors on paper don't behave identically on silicon — and how layout fixes it.
Read Article →A framework for choosing your VLSI specialization based on how you actually like to think and work.
Read Article →The order to learn embedded concepts in, and the first project that actually teaches you something.
Read Article →A closer look at how specific students moved from a course to a working project to a role.
A student with a purely RTL background used the SystemVerilog and verification track to move into a verification-focused role.
No prior exposure to verification methodology or SystemVerilog constructs.
Completed SV Language Constructs, then built a self-checking testbench as a capstone project.
Now leads testbench reviews on a verification team.
A fresher used the PNR and STA tracks to build a full-chip project that became the centerpiece of their job interviews.
Strong fundamentals but no hands-on tool experience.
Worked through CMOS Fundamentals, PNR and STA, closing timing on a real sample design.
Walked interviewers through the exact project during their placement process.
A non-CS graduate used the Embedded C track to build a working sensor-to-cloud prototype.
No formal programming background before starting.
Completed Embedded C Programming, then built an IoT monitoring node as a project.
Placed as an embedded systems trainee within months of finishing the course.
