Hi, I'm Bassim Beshry

About Me

I'm a recent Computer Science graduate from the University of British Columbia with a focus on software development in the field of aerial robotics. I am currently working on entering the field as a Platform Engineer where I can focus on building well optimized and automated applications. I like working with teams where I can learn from others and collaborate to solve difficult problems.

When I'm not coding, you can find me reading fantasy novels, sim racing, or flying FPV drones. I have a passion for technology and love F1 and drones.

Project Coordinator @ Calgary International Academy

• - Designed and led hands-on STEM experiments for kids aged 10–14, focusing on coding, robotics, Arduino, and 3D printing.
• - Developed engaging, age-appropriate curriculum modules on topics such as basic electronics, sensor programming, and mechanical design.
• - Facilitated project-based learning activities that introduced foundational engineering concepts like aerodynamics, propulsion, and automation.
• - Adapted lessons to a wide range of learning styles, promoting creativity, problem-solving, and teamwork in a collaborative environment.

Software Developer @ UBCO Aerial Robotics and Rocketry Club

• - Developed an autonomous UAV flight procedure using MavSDK, C++, and Mission Planner simulations to retrieve water from a tank and navigate waypoints for wildfire suppression
• - Designed and implemented an autonomous spiral search algorithm for aerial fire detection during ground surveys
• - Troubleshooted cellular communications between the ground station and drone in order to stream FPV video footage
• - Worked with ZeroMQ for inter-process communication between the drone and ground control station.
• - Developed a camera calibration algorithm with OpenCV to fix radial distortion seen in webcam lenses
• - Trained a YOLOv7 object detection model using an online dataset and OpenCV to identify UAV landing pads; conducted supporting research on LiDAR technology for enhanced precision during autonomous landing