Looks like you have JavaScript disabled. For the full Twine experience, you will need to re-enable it.

I am a Computer Science graduate from the University of Windsor with hands-on experience in full-stack development, CPU design, and low-level systems programming. I have proficiency in Python, C++, JavaScript, MASM, and SQL, and a solid foundation in both software and hardware principles. I enjoy problem-solving, mentoring students, and bringing technical expertise to software engineering, systems programming, or embedded development roles. I have worked on projects ranging from responsive web development to CPU simulation and instruction set architecture design. My passion lies in creating efficient, real-world applicable systems and helping others understand core computer science concepts through teaching and tutoring.…I am a Computer Science graduate from the University of Windsor with hands-on experience in full-stack development, CPU design, and low-level systems programming. I have proficiency in Python, C++, JavaScript, MASM, and SQL, and a solid foundation in both software and hardware principles. I enjoy problem-solving, mentoring students, and bringing technical expertise to software engineering, systems programming, or embedded development roles. I have worked on projects ranging from responsive web development to CPU simulation and instruction set architecture design. My passion lies in creating efficient, real-world applicable systems and helping others understand core computer science concepts through teaching and tutoring.

yamhu

Full Stack Developer, Developer, Programmer, +2





I am a Computer Science graduate from the University of Windsor with hands-on experience in full-stack development, CPU design, and low-level systems programming. I have proficiency in Python, C++, JavaScript, MASM, and SQL, and a solid foundation in both software and hardware principles. I enjoy problem-solving, mentoring students, and bringing technical expertise to software engineering, systems programming, or embedded development roles. I have worked on projects ranging from responsive web development to CPU simulation and instruction set architecture design. My passion lies in creating efficient, real-world applicable systems and helping others understand core computer science concepts through teaching and tutoring.…I am a Computer Science graduate from the University of Windsor with hands-on experience in full-stack development, CPU design, and low-level systems programming. I have proficiency in Python, C++, JavaScript, MASM, and SQL, and a solid foundation in both software and hardware principles. I enjoy problem-solving, mentoring students, and bringing technical expertise to software engineering, systems programming, or embedded development roles. I have worked on projects ranging from responsive web development to CPU simulation and instruction set architecture design. My passion lies in creating efficient, real-world applicable systems and helping others understand core computer science concepts through teaching and tutoring.

Available to hire

I am a Computer Science graduate from the University of Windsor with hands-on experience in full-stack development, CPU design, and low-level systems programming. I have proficiency in Python, C++, JavaScript, MASM, and SQL, and a solid foundation in both software and hardware principles. I enjoy problem-solving, mentoring students, and bringing technical expertise to software engineering, systems programming, or embedded development roles.

I have worked on projects ranging from responsive web development to CPU simulation and instruction set architecture design. My passion lies in creating efficient, real-world applicable systems and helping others understand core computer science concepts through teaching and tutoring.

Skills

Experience Level

Expert

Expert

Intermediate

Intermediate

Intermediate

Intermediate

Intermediate

Intermediate

Language

English

Advanced

Work Experience

Full-Stack Web Developer at Breeze Motors

May 31, 2021 - July 25, 2025

Focused on clean UI/UX design and search engine optimization to ensure fast loading times, easy navigation, and improved discoverability for potential customers searching for vehicles online. Collaborated with stakeholders to understand business needs, integrate feature requests, and deliver a scalable website that improved customer interaction and simplified dealership inventory management. Implemented a backend system for managing vehicle listings, allowing administrators to update car details, pricing, and images through a dynamic, database-driven dashboard with persistent data storage. Designed and developed a fully responsive dealership website using HTML, CSS, and JavaScript, enabling users to seamlessly browse car listings and search inventory across desktop and mobile devices.

Teaching Assistant at University of Windsor

January 31, 2025 - July 25, 2025

Created custom instructional materials including annotated examples, simplified guides, and visual flowcharts to reinforce learning and support students outside regular lecture hours. Assisted students in grasping core computer architecture topics such as pipelining, memory hierarchy, and instruction set design by breaking complex ideas into step-by-step, approachable explanations. Facilitated lab sessions and one-on-one support to ensure students could apply theoretical concepts in hands-on environments and gain real-world problem-solving experience in computer systems. Provided detailed feedback and debugging support on MASM assembly language assignments, helping students identify logic errors, optimize performance, and build a deeper understanding of hardware-level programming.

CPU Simulator Designer at University of Windsor

January 31, 2025 - July 25, 2025

Engineered a complete CPU simulator from scratch with a custom instruction set architecture, register system, and memory pipeline to mimic the processing behavior of modern CPUs. Developed a simulation environment to test edge cases and validate functionality, ensuring instruction integrity, timing accuracy, and reliable performance under various control scenarios. Built a functional Arithmetic Logic Unit (ALU) to execute core operations such as addition, subtraction, and logic comparisons, integrated with branching logic and control flow design. Designed a multi-stage instruction pipeline with hazard detection and branch prediction mechanisms to increase throughput and simulate real-world processor efficiency under complex workloads.