About Me

My introduction

I'm currently studying at the University of Regina with a strong interest in embedded systems, automation, and full-stack development. I enjoy combining hardware and software to create practical, innovative solutions. Through academic projects and self-driven work, I've gained experience in microcontroller programming (STM32), Java, Python, modern web technologies, software system design, and project management. I'm passionate about learning, problem-solving, and building tools that make a difference—particularly by developing interactive hardware solutions that seamlessly integrate various sensors and interfaces.

Skills

Projects

HTML, CSS, Java Script, MongoDB | Project Management

GearShare – Peer-to-Peer Vehicle Rental Platform

Team Project

Developed a full-stack web application based on stakeholder demands, which enables peer-to-peer car rentals, allowing users to list, browse, request, and manage vehicles through a secure, scalable platform built with MVC architecture.

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Revenue Analysis Dashboard

Revenue Analysis Dashboard

C++, Assembly | Microprocessor System Design & Digital Logic

Design Project:Gesture-Based Device Controller

Individual Project

A device controller using the STM32F103RB microcontroller enables users to control appliances using hand gestures, capacitive touch input, and manual override buttons for reliable, real-world automation.

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Assembly, C++ | Embedded Systems

Simon's Game Using Microcontroller

Individual Project

Created a Simon Says-style memory game on the STM32 Nucleo board using buttons and LEDs, featuring a Knight Rider-style intro, timed input matching, binary score display, and custom win/fail sequences.

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Revenue Analysis Dashboard

Revenue Analysis Dashboard

Web Development In Wordpress | Client Interaction | UI/UX Prototyping through Figma

Regindicator – SDG Progress Tracker for Regina

Team Project

Collaboratively designed and developed for real-life clients using a WordPress-based website that visualizes Regina's progress on key Sustainable Development Goals (SDGs) through data-driven insights, client collaboration, and iterative prototyping.

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Engineering Design | Prototyping & CAD Modelling

Design Project: A Manual Can Crusher

Team Project

Developed a manually operated mechanical can crusher using wood, PVC, and a lever-based mechanism, designed to compress aluminum cans for recycling. Created 3D CAD models, exploded views, and technical drawings in Solid Edge to guide fabrication, emphasizing cost-effective materials, ease of assembly, and sustainability.

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Revenue Analysis Dashboard


Get in touch

Do you have a project in your mind, contact me here

Find Me

Email: cirus.chk216@gmail.com

Tel: +639 382 5453