Computer Systems Engineering undergraduate at UET Peshawar with a strong foundation in digital logic design, computer architecture, and low level hardware design. Gained hands-on Verilog experience through Microprocessor-Based System Design coursework, alongside Assembly programming and Digital Signal Processing — directly aligned with NVIDIA's ASIC design requirements. Complemented by practical embedded projects on MSP430, ESP32, and Arduino in C/C++, covering real-time control, sensor interfacing, and hardware-software co-design. Proficient in Linux

• Relevant Coursework: Digital Logic Design (DLD), Microprocessor-Based System Design (incl. Verilog & Assembly), Computer Architecture and Digital Signal Processing (DSP)
• Gained practical exposure through Verilog-based coursework; applied Assembly programming for low-level microprocessor control and performance-critical routines.

• Instructed and mentored students in Robotics, Arduino Programming, Circuit Design, Artificial Intelligence, and Engineering Design during a two-week intensive summer camp.
• Guided hands-on learning sessions spanning Creative Arts, Innovation, and Design Thinking, helping students explore practical hardware and software concepts.
• Recognized with a Certificate of Appreciation for outstanding contribution and mentorship in inspiring young minds (Certificate ID: 026-STEAM_UP/SIDLab/2026).

• Worked with AI/ML toolchains under Microsoft's Azure ecosystem, gaining exposure to large-scale software infrastructure and data pipelines.
• Developed scripting and automation skills applicable to hardware CAD tool development and flow scripting.

• Developed responsive UI screens and integrated REST APIs, demonstrating ability to work across hardware-adjacent software layers.
• Applied object-oriented programming principles and state management in a production environment — skills directly transferable to C++-based hardware tooling.
• Collaborated with cross-functional engineering teams, practicing agile workflows and version control via Git.

• Designed and implemented real-time control logic in C/C++ to autonomously navigate dynamic environments using sensor feedback — demonstrating core principles of digital system state management and timing-critical decision loops.
• Architected the hardware-software interface between sensor input signals and motor driver outputs, mirroring the RTL-to-physical design pipeline used in ASIC development.
• Performed iterative performance optimization of scanning logic to minimize response latency under constrained computational resources.

• Built a 180° rotating radar system that detects objects and resolves their exact angular position — demonstrating spatial signal measurement concepts analogous to silicon instrumentation and on-chip probing.
• Programmed scan-halt logic and indicator triggering with precise timing control, developing intuition for hardware state machines and interrupt-driven design.

• Translated wireless serial commands from a smartphone into physical actuation — implementing a digital command decoder and motor control pipeline from scratch.
• Designed as a practical DLD curriculum project, reinforcing digital logic principles including binary encoding, control flow, and I/O interfacing.