Comprehensive student guidance, expert engineering programs, and robust silicon design exploration solutions.
Comprehensive guidance and support tailored for engineering students to excel academically, master technical domains, and kickstart careers.
Upskill your engineering teams with customized training modules focused on the latest methodologies in RTL-to-GDSII and verification.
We design basic chips from RTL to GDSII for other startups and MSMEs. Expert consulting services to accelerate your chip design process, optimize power and performance, and overcome complex technical hurdles.
Online learning on the fundamentals of semiconductor fabrication — from silicon wafer processing to CMOS fabrication steps, cleanroom essentials, and process integration principles.
Advanced pre-fabrication chip verification service covering DRC, LVS, timing sign-off, and functional simulation to ensure your design is fully tape-out ready before physical fabrication.
Getting started with our professional semiconductor training and student services is quick and easy.
Submit your interest via email or WhatsApp with your academic details.
Our team reviews your background and matches you to the right program.
Onboard, get your schedule, and start working with our mentors.
We believe in open education and affordable specialized ECE support. Basic career guidance is completely free, while advanced modules are micro-priced to sustain standard checks.
Our commitment to helping ECE students take their first steps in the semiconductor industry with zero barrier to entry.
Advanced ECE support, 1:1 project mentorship, and peer-review research assistance priced extremely affordably to cover computational and support resources.
Student Guidance & Opportunities
PrimeMOS Research & Solutions provides end-to-end guidance tailored for undergraduate and graduate engineering students. From selecting high-impact research topics to masterfully completing major design projects and preparing for professional technical roles, we help you bridge the gap between academic theory and active VLSI/IoT practices.
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