Prepare your students to be job-ready by offering them industry-aligned VLSI education
Real-world projects that simulate actual industry challenges
Updated curriculum aligned with current industry trends
Pathways to multiple VLSI specializations and career options
The global semiconductor industry is rapidly evolving, creating a high demand for skilled VLSI engineers. Our programs are designed to bridge the gap between academia and industry by equipping students and faculty with industry-vetted VLSI skills through practical, hands-on learning.
Growing need for skilled VLSI engineers in semiconductor companies worldwide
Hands-on training with industry-standard EDA tools and methodologies
Industry-aligned curriculum that makes students job-ready from day one
Advancing semiconductor technology through cutting-edge research and placements
Comprehensive VLSI training solutions tailored for academic institutions
Industry-oriented internship programs providing practical experience in VLSI design and verification workflows
Comprehensive certification programs covering both front-end and back-end VLSI design processes
Intensive final-year programs designed to make students industry-ready with comprehensive VLSI skills
Comprehensive academic partnership solutions for VLSI education
Multiple & customizable learning models as per university requirements with industry-standard EDA tools
Expert trainers with 10+ years of industry experience delivering practical, real-world insights
Accessible from any part of the globe with 24/7 availability for students and faculty
Affordable solutions designed specifically for academic institutions
Covers both front-end and back-end processes in digital and analog design flow
Regular updates to keep pace with evolving industry technologies
Comprehensive training in specialized VLSI domains
Execute product in Perfora. Verifies and apply final netlists to ensure functional correctness of target circuits and systems.
Test design verification course is designed and delivered by practicing experts on Verification, as per the industry requirement.
Design for Testing is a specialization in the SOC design cycle, which facilitates designing for detecting manufacturing defects, with the increase in size & complexity of chips.
Choosing the right tool pattern is important for your career and understanding your goals. Chip logic leverages mainly repetitive stage your future-ready career.
Comprehensive programs designed to bridge the gap between academia and industry
Dive into key VLSI domains such as RTL, DFT, and Physical Design, designed to match the latest industry trends and technologies.
Access to industry-standard Synopsys tools for real-world experience.
Whether online or offline, our programs are built to be flexible, so you can learn at your own pace and on your own terms—perfect for busy students.
Gain invaluable experience by working on live VLSI projects guided by industry mentors.
Choose between on-site internships or e-internships designed to fit academic schedules.
Build practical skills, enhance your portfolio, and get industry-ready before graduation.
Stay updated with the latest advancements in VLSI design, verification, and EDA tools.
Learn directly from industry specialists to enhance teaching methods and technical depth.
Bridge the gap between academia and industry to deliver more relevant, application-driven education.
Participate in interactive workshops and seminars on cutting-edge VLSI technologies.
Hear from professionals, innovators, and educators shaping the semiconductor future.
Stay ahead with insights on evolving design methodologies, tools, and real-world applications.
Get the best of both worlds—structured instructor-led sessions or flexible self-paced modules.
Learn from seasoned VLSI professionals who simplify complex concepts through live demonstrations.
Revisit sessions, learn at your own speed, and master every concept with hands-on practice.