Edgar Suarez Colon

Bachelor's

Computer Engineering

Glaxo Smith Kline

Internship

- Spearheaded the implementation of disaster recovery plans using Acronis media and virtual machines, significantly reducing backup times and accelerating manufacturing processes by 20 - Collaborated closely with cross-functional teams to identify opportunities for improvement and implemented solutions to enhance efficiency and reliability - University of Puerto Rico, Mayaguez Campus - Advanced Programming Mentor - Provided mentorship and guidance to students in advanced programming courses, offering insights into problem-solving strategies and debugging techniques - Facilitated group discussions and workshops to foster a collaborative learning environment and enhance students' understanding of complex concepts - Projects - MIPS Pipelined Processing Unit Implementation - Led the development of a highly efficient pipelined processing unit in MIPS architecture using Verilog, ensuring seamless integration of processor components and adherence to project timelines - Conducted rigorous testing and troubleshooting to identify and resolve issues, demonstrating strong problem-solving skills and attention to detail - Pacman Video Game - Designed and implemented modular code components for a Pacman video game using object-oriented programming principles, resulting in a dynamic and engaging gameplay experience - Incorporated advanced features such as power-ups and new game mechanics to enhance player enjoyment and challenge - Temperature Measurement with ESP32 - Engineered a robust and scalable temperature measurement system using ESP32 microcontrollers, Node-RED for data processing, and AWS for cloud infrastructure, achieving real-time data collection and analysis capabilities - Optimized system performance and reliability through thorough testing and optimization, ensuring accurate and timely temperature readings in various environments - Sensor Guided Robot - Developed a sophisticated sensor-guided robot capable of autonomous navigation and obstacle detection using Arduino Uno microcontrollers and IR sensors - Implemented advanced control algorithms to enable precise and reliable navigation in complex environments, showcasing expertise in hardware-software integration and robotics engineering