Hi! I'm an incoming Hardware Engineer at NVIDIA, where I interned for 2 months last year. During my internship, I worked with the CPU Design Verification (DV) team, contributing to the verification of front-end blocks for next-generation CPU cores. My work involved verification, developing Proofs of Concept (PoCs), and optimizing verification workflows to reduce external dependencies. My primary interests and expertise lie in Computer Architecture, RTL Design, and ASIC Design Verification. I have hands-on experience with Verilog/SystemVerilog and a solid understanding of modern CPU microarchitecture. Additionally, I have worked with FPGA development and have exposure to Physical Design, giving me a broader perspective on the chip design flow. One of the most rewarding projects I've worked on was my undergraduate capstone: designing and verifying a Simultaneous Multithreading (SMT) Out-of-Order CPU. This project strengthened my understanding of processor pipelines, scheduling, hazards, branch prediction, memory systems, and RTL verification. Beyond hardware, I have practical experience in Machine Learning through a 3-month research internship on skin cancer detection using image segmentation and self-supervised learning. The project focused on improving segmentation accuracy while reducing dependence on large labeled datasets. I've also completed foundational and advanced machine learning coursework, giving me a good understanding of computer vision and AI fundamentals. I enjoy mentoring aspiring hardware engineers and helping them bridge the gap between classroom concepts and real-world semiconductor engineering. I can help with: • Computer Architecture • RTL Design (Verilog/SystemVerilog) • ASIC Design Verification • CPU Architecture & Microarchitecture • FPGA Fundamentals • AI Hardware Concepts • Machine Learning & Computer Vision Fundamentals • Resume Reviews & Mock Interviews • Semiconductor Career Guidance • Technical Consulting for Hardware Projects Whether you're preparing for VLSI interviews, building RTL projects, exploring processor design, or looking for guidance on hardware and AI, I'd be happy to help.