Design and implement a fully functional AXI (Advanced eXtensible Interface) bus protocol controller using RTL methodology. Learners will write synthesizable Verilog/SystemVerilog code, develop UVM-based testbenches, and perform complete functional verification. This project mirrors real chip design tasks handled by engineers at semiconductor firms across Whitefield and Electronic City, Bangalore — giving you direct industry exposure and a portfolio-ready project that top VLSI companies actively look for during technical interviews.

Build a complete UVM-based verification environment for a RISC-V processor core as part of RTL Design and Verification course in Bangalore. Students will design the processor RTL, write layered testbenches, develop scoreboards, monitors, and functional coverage models. This project is modeled on real verification workflows followed by VLSI companies operating across Electronic City and Manyata Tech Park, Bangalore — directly preparing you for Verification Engineer roles at companies like Intel, Qualcomm and NVIDIA.

Design a DDR4 memory controller from scratch using RTL coding and verify it using SystemVerilog assertions and UVM methodology. Learners will implement read/write operations, refresh cycles, timing constraints, and run complete simulation suites. This project replicates real-world memory subsystem work done by hardware engineers at firms across Outer Ring Road and Bellandur tech corridors — making your portfolio stand out to Bangalore-based semiconductor recruiters hiring RTL Design and Verification engineers.