Enhance Your IC Design Skills: Training Options
for Every Level
At ChipXPRT, we offer a variety of digital IC design training programs to suit your learning needs. Our training formats include:
- Week-Long Challenges on specific topics (available in person or online)
- Day-Long Workshops (in person or online)
- Four-Week Training Courses (in person or online)
- Three-Month Training Courses (in person or online)
- Seven-Month Training Courses (in person)
- 10-12 Month Comprehensive Training Programs
- Online Pre-recorded Courses (self-paced, not instructor-led)
Whether you're looking for short, intensive learning experiences or extended training programs, we provide flexible options to help you grow in your IC design career.
Become Digital IC Design Proficient in Only 10 Months
Join Instructor-Led Group Trainings
Choose Individual Modules or the Full Course!
Module 1: Scripting for Digital Design (Shell, Perl, TCL) 4 Weeks
Master the essential scripting languages used in the semiconductor industry! In this 4-week course, you'll learn how to automate design tasks, streamline workflows, and enhance productivity using Shell, Perl, and TCL. Whether you’re optimizing simulations or managing data, these scripting skills are crucial for every modern chip designer.
Module 2: Combinational Circuit Design with SystemVerilog 4 Weeks
Dive into the heart of digital design with this hands-on 4-week course focused on combinational circuits! Explore the theory behind Boolean logic, gates, and K-maps, and then implement them in SystemVerilog. By the end, you’ll have built and simulated powerful logic circuits ready for real-world applications.
Module 3: Sequential Circuit Design with SystemVerilog 4 Weeks
Unlock the secrets of timing and storage with this in-depth 4-week course on sequential logic design. Learn how to design flip-flops, latches, and complex counters in SystemVerilog, and take your digital circuit knowledge to the next level by building circuits that are fundamental to modern computing systems.
Module 4: CMOS Digital Design: From Transistors to Logic 4 Weeks
Get hands-on with CMOS technology and learn how digital circuits are built at the transistor level. This 4-week course covers the theory and practical implementation of digital logic in CMOS, teaching you how to design circuits from the ground up and providing critical insight into the fabrication process.
Module 5: Computer Architecture with RISC-V 4 Weeks
Explore the future of computing with RISC-V! In this 4-week course, you’ll discover how processors are designed from the inside out, using the RISC-V instruction set as your guide. By the end, you’ll have a deep understanding of how modern processors work and be able to design your own RISC-V-based architecture.
Module 6: SystemVerilog Implementation of RISC-V 4 Weeks
Bring theory to life by designing your very own RISC-V processor! This 4-week hands-on course teaches you how to implement a RISC-V processor in SystemVerilog, from writing the RTL to simulating and verifying the design. Perfect for those looking to build practical skills in processor design.
Module 7: Physical Design of RTL: From Code to Chip 4 Weeks
Turn your RTL designs into real chips in this intensive 4-week course on physical design! Learn the complete flow from synthesis to place-and-route, and understand how to optimize for timing, power, and area using industry-standard tools. By the end, you’ll be ready to take any design from RTL to a GDSII layout.
Module 8: Designing a Test Chip for a RISC-V SoC 12 Weeks
Apply everything you’ve learned by designing your own test chip! In this comprehensive 12-week course, you’ll go through the entire process of designing, simulating, and verifying a RISC-V-based System-on-Chip (SoC). Experience the full chip design flow, from initial concept to final tape-out, and gain the skills to take on real-world chip design challenges.