VLSI Physical Design Fundamentals
A practical path from netlist to GDSII: floorplanning, placement, CTS, routing and sign-off, with labs based on open PDKs.
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Learning
Courses & Training
On-demand courses, live online cohorts and corporate training taught by working engineers.
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VLSI Design
Process Technology
Memory Technology
Advanced Nodes
Emerging Materials
Practical Projects
Corporate
Semiconductor Process Technology: From Sand to Systems
The complete manufacturing flow explained for engineers entering the industry: crystal growth, FEOL, BEOL, packaging and test.
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Advanced Memory Technologies: DRAM, NAND and HBM
Cell physics, array architecture and scaling limits of modern memory, with a module on HBM for AI systems.
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Advanced Node Devices: FinFET, GAA and CFET
Device physics and process integration at leading nodes — from fin electrostatics to nanosheet modules and CFET concepts.
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Emerging Materials for Beyond-CMOS Devices
2D semiconductors, ferroelectrics and wide-bandgap materials: physics, applications and integration status.
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Practical Projects: Build a Mini RISC-V Core
A guided design project covering RTL, verification and FPGA implementation, with instructor code reviews.
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Corporate Training: Semiconductor Essentials for Non-Engineers
A tailored one-day programme for sales, marketing, finance and policy teams working with semiconductor clients or suppliers.
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