Courses

RISC-V Architecture & Design

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Design a complete RISC-V processor from scratch. Covers RISC-V ISA (RV32I/RV64I), 5-stage pipeline design, hazard detection, memory subsystem, interrupt handling, and SoC integration. Final project synthesises a full RISC-V core on FPGA and targets a standard cell library for ASIC tape-out.

Memory Compiler Design

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Understand memory compiler design and integration for ASIC chips. Covers SRAM architecture, memory compiler configuration, timing model interpretation, wrapper RTL design, memory BIST integration, and memory redundancy. Hands-on use of ARM Memory Compiler and Cadence Genus memory integration flows.

Constraint-Driven Design

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Learn how constraints drive RTL synthesis and physical design closure. Covers full SDC constraint creation, false path and multi-cycle path identification, clock definitions, I/O delay constraints, and constraint validation. Bridges the gap between RTL design and Physical Design handoff – a critical

Advanced FIFO Design

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Master FIFO design for synchronous and asynchronous clock domains. Covers FIFO depth estimation, pointer arithmetic, Gray code CDC FIFOs, almost-full/empty flags, burst-mode FIFOs, and synthesis-safe implementation. Includes formal verification of CDC properties and integration into AXI streaming in

RTL Design Course

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Learn professional RTL design methodology for ASIC chips. Covers microarchitecture planning, pipeline design, arbitration logic, CDC-awareness, lint-clean RTL, synthesis optimisation, and design-for-verification practices. Projects include designing a complete AXI-based SoC subsystem block.

Hardware Description Languages Basics

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Start your RTL journey with Hardware Description Languages. Introduces Verilog and VHDL syntax, module hierarchy, data types, concurrent vs sequential statements, simulation basics, and synthesis-friendly coding styles. Perfect for ECE graduates and IT professionals transitioning into VLSI/semicondu