About Me
Study and apply core engineering fundamentals including electrical systems, embedded systems, control systems, and system integration.
Develop C/C++ programs for microcontrollers and system-level applications, focusing …
Study and apply core engineering fundamentals including electrical systems, embedded systems, control systems, and system integration.
Develop C/C++ programs for microcontrollers and system-level applications, focusing on reliability and performance.
Design, model, and test engineering systems through hands-on labs, projects, and capstone work.
Read and interpret technical drawings, schematics, and documentation in English.
Work on team-based engineering projects, applying structured problem-solving, testing, and documentation practices.
Gain exposure to real-world engineering workflows, including design validation, troubleshooting, and reporting.
Experience
Engineering Intern
<ul><li>Ensured stable on-site operation of revenue data collection devices, maintaining continuous data flow between POS systems and backend servers.</li><li>Diagnosed and resolved hardware and connectivity issues, minimizing system downtime and operational disruption.</li><li>Verified and optimized device setup and system performance through on-site testing and post-installation validation.</li><li>Supported cross-functional teams with clear technical reporting and coordination, improving issue resolution speed and system reliability.</li></ul><p></p>
Engineering Intern
<p>Worked with C/C++ on embedded and application-level programming tasks.<br>
Developed structured logic modules with a focus on correctness, stability, and performance.<br>
Debugged logic errors and handled edge cases in system-level code.<br>
Gained experience working in a professional engineering environment following defined technical requirements.</p>
PROJECTS
Capstone drone project
<p>Drone Control System (Capstone Project)</p><p><em>C++ | System Modeling & Control Logic</em></p><ul><li>Designed a system-level model including state, position, velocity, and orientation.</li><li>Implemented discrete-time control loops (e.g. PID control) with clear separation of concerns.</li><li>Applied engineering principles to translate theoretical models into executable software.</li><li>Developed strong system thinking, relevant to complex backend and transactional systems.</li></ul><p></p>