Bridge the skill gap with hands-on courses designed to create highly skilled engineers for the semiconductor industry.
Industry-aligned programs covering the complete semiconductor design spectrum
RTL design using Verilog/VHDL, functional verification with SystemVerilog UVM, and protocol verification.
Complete physical design flow from synthesis to GDSII, including timing analysis and DFT implementation.
Custom analog layout, FPGA design, and embedded systems with industry-standard tools and methodologies.
Master digital design and verification with industry-standard tools and methodologies
Our Frontend Design & Verification program provides comprehensive training in digital design and verification methodologies. Students learn RTL design, functional verification, and protocol implementation using industry-standard tools and practices.
Comprehensive Verilog/VHDL-based modeling, integration and architecture design.
SystemVerilog UVM-based testbench development and coverage-driven verification.
Standard protocols verification and development of verification IP components.
PERL/TCL scripting for automation within verification environments.
Master the complete physical design flow from synthesis to GDSII generation
The Backend Design Flow program covers the complete physical implementation process, from RTL synthesis to final layout generation. Students gain hands-on experience with industry-standard tools and advanced optimization techniques.
RTL to gate-level netlist conversion with constraint development and optimization.
Comprehensive timing analysis and optimization for setup and hold violations.
Complete P&R flow including floorplanning, placement, routing, and optimization.
Design for testability with scan insertion, ATPG, and built-in self-test.
Specialized courses in analog design, FPGA implementation, and embedded systems
Comprehensive analog circuit design from schematic to layout with advanced simulation techniques.
Complete FPGA design flow including architecture understanding, optimization, and system implementation.
Hardware-software co-design with microcontroller programming and system integration.
Real-world projects using industry-standard tools and protocols
Complete DDR4 memory controller with timing optimization and protocol compliance verification.
High-performance AXI4 to AHB bridge with comprehensive verification testbench.
High-speed interface controller design with physical design implementation.
Complete 32-bit RISC-V processor implementation with pipeline optimization.
Industry-aligned curriculum with practical, hands-on experience
Hands-on experience with tools used by leading semiconductor companies worldwide.
Learn from industry professionals with years of practical experience in semiconductor design.
Work on actual industry projects and build a portfolio that showcases your skills.
Receive recognized certifications that validate your expertise to potential employers.
Comprehensive placement assistance with resume building, interview preparation, and job matching.
Join a growing network of professionals working in top semiconductor companies globally.
Join our industry-focused training programs and become part of the next generation of semiconductor professionals.
Limited seats available. Early bird discounts for first 50 enrollments.