MOHAMAD
ABBOUD

• ▹Taught programming fundamentals and advanced concepts to students ages 6–18 in one-on-one and group settings.
• ▹Designed and delivered customized lessons in Python, JavaScript, C#, C++, Java, and HTML/CSS to match student learning styles and goals. While adapting complex concepts into age-appropriate, engaging, and accessible lessons.
• ▹Mentored students on coding best practices, debugging techniques, and software development workflows

SKILLS:

• ▹Performed code reviews and provided mentorship to junior developers, promoting best practices and efficient coding standards.
• ▹Developed and maintained front-stack Hackdearborn mobile application, working with a React Native front-end
• ▹Implemented scalable back-end solutions using Supabase for the Hackdearborn application to deliver seamless user experiences.
• ▹Our team worked on the creation of the International Women’s Day Summit website at DTE, as part of a contract for COMPES.
• ▹Collaborated with cross-functional teams to define project requirements, scope, and deliverables for various web development projects.
• ▹Led the IT help desk team, providing technical support and troubleshooting assistance to students and faculty members at Hackdearborn.

SKILLS:

• ▹Contributed to research on computer vision applications in robotics, exploring solutions for real-time object detection, localization, and communication as part of TAI Labs under Dr. Xiao Zhang.
• ▹Developed end-to-end python pipelines for processing camera input, running inference, and triggering robotic responses in real time.
• ▹Optimized and trained computer vision models like YOLO and MediaPipe using TensorFlow, PyTorch, and Pandas for efficient inference on resource-constrained edge devices such as Raspberry Pi’s and Jetson Nano.
• ▹Collaborated with a multidisciplinary team of researchers and engineers to integrate computer vision solutions into robotic platforms, enhancing their autonomy and functionality.

SKILLS:

• ▹Collaborated in a team to develop and program an embedded C++ Battery Management System (BMS) for a high-powered rocket, working with CAN, I²C, and SPI communication protocols
• ▹Focused on real-time monitoring, fault detection, and energy optimization for the battery packs.
• ▹Designed the system for a live launch event in Texas (Summer 2025), emphasizing high reliability, safety-critical code, and thorough integration testing.
• ▹Collaborated with electrical and mechanical engineers to ensure seamless integration of the BMS with other rocket subsystems, including propulsion and telemetry.

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