● UVM-Based Functional Verification of IOPMP IP: - Developed a UVM-based verification environment for the IOPMP IP. - Authored 90+ functional tests and created a detailed test plan for comprehensive functional verification. - Achieved 100% block and expression coverage for the full model of the IOPMP IP using Xcelium, ensuring complete functional validation and coverage closure. ● Lead the RTL design and implementation of the ZCMT extension in the CVA6 core: - Designed and implemented the ZCMT extension for code-size reduction in the open-source CVA6 core. - Developed a macro decoder module for ZCMT instructions, enabling efficient implicit memory access and enhancing system performance. - Achieved 100% functionality reliability through comprehensive validation and RISC-V assembly tests. ● Contributed in Global clinic Project of Harvey Mudd College: - Authored comprehensive test plans for both privileged and unprivileged architecture layers of RISC-V, aligning with the RVA22S64 profile specifications. - Contributed to the development of cvw-arch-verif, an open-source functional verification suite for RISC-V cores, in collaboration with Harvey Mudd College, UET Lahore, and 10xEngineers. ● Collaborated with cross-functional teams to streamline workflows and improve project timelines.

● Implementation of MRUT Cache Replacement Policy in CVA6 Core: - Developed and implemented the MRUT Cache Replacement Policy in CVA6, optimizing cache performance. - Conducted directed tests to validate the design and ensure robust integration. ● Completed advanced training courses in System Verilog for Design, System Verilog for Verification, Digital Logic Design, and Computer Architecture.

● Led diverse industrial and research-based hardware development projects: - Industrial SOS System using LoRa: Designed and fabricated a long-range wireless emergency alert system for industry to enhance on-site worker safety. - Robotic Manipulator: Developed a robotic arm integrated with a vision system using OpenCV to detect and sort objects. - Open-source 3D Printer: Designed and developed a customizable, cost-efficient printer for academic use. - Banana Fiber Extractor Machine: Engineered a mechanized solution for sustainable fiber extraction. ● Delivered hand-on teaching and Lab support in Embedded systems and Workshop practice courses, training the students in circuit designing, micro controller programming, 3D designing, IoT and FPGA development. ● Led and conduct 30+ technical workshops on Arduino, ESP32, Raspberry Pi, IoT, and drone programming, trained over 1,000 participants. ● Secured research grants through successful proposal writing, enabling the lab to expand its R&D capabilities. ● Mentored students in embedded systems labs, providing hands-on training in hardware integration and programming. ● Managed lab operations, overseeing procurement and resource allocation to ensure efficient functionality and a productive learning environment.