About Me

I’m Shihan, a Computer Engineering undergraduate at California State University, Chico, pursuing a Bachelor of Science in Computer Engineering with a strong focus on computer architecture, embedded systems, electrical and electronics engineering, and hardware-driven robotics design. I’m particularly interested in computer chip design and low-level hardware systems, where performance, efficiency, and architectural decisions shape everything above them.

I enjoy working close to the hardware designing circuits, developing embedded software, integrating sensors, optimizing control systems, and building mechanical systems that bring intelligent machines to life. My projects often sit at the intersection of electronics, real-time systems, and hardware–software design, where reliability and system-level thinking are critical.

Through international robotics competitions and research-driven projects, I’ve gained hands-on experience in PCB design, embedded programming, electronics integration, and full-system development. I enjoy building systems from the ground up understanding how each layer works, refining performance, and solving problems at their architectural core. I’m continuously growing into a hardware-focused systems engineer, driven by curiosity and a long-term goal of contributing to advanced computer architecture and chip-level innovation.

Skills

Software

• Programming Languages: Python, C++, C, Assembly

• AI/ML & Vision Tools: YOLO, Roboflow

• Development Environment: Linux, Git

• Robotics Frameworks: ROS (Robot Operating System)

• Focus Areas:

  • Algorithm Design & Optimization

  • Path Planning & Autonomous Decision Making

  • Real-Time Embedded Programming

  • Data Structures & Logical System Design

Hardware

• FPGA & Digital Systems: FPGA system design, Digital Logic Design

• Microcontrollers & Platforms: Arduino, Raspberry Pi, STM controllers

• PCB & Circuit Design:

  Custom PCB Design & Layout, Schematic Capture, Circuit Prototyping

• Embedded Systems: Real-Time Embedded Architecture

• Electrical Systems:

  Power Management, Voltage Regulation, Signal Interfacing

• Focus Areas:

  • Hardware Debugging & Testing

  • Sensor Integration

  • System-Level Hardware–Software Integration

Mechanical

• Robotics Systems: Autonomous Mobile Robots, Micromouse Systems

• Control Systems: PID Controller Design & Tuning

• Navigation & Motion: Mecanum Drive Systems, Differential Drive Systems

• System Design: Mechanical Structure Design for Robotics

• Focus Areas:

  • Sensor Fusion

  • Autonomous Navigation

  • Full Mechatronic System Integration