- Participated in the software specification and the development process of a C/C++ software library for wearable fitness devices- Designed and implemented optimal solutions for fitness algorithms’ interpretation, with strong focus on maintainability, correctness, portability, and efficiency (in memory & power consumption)- Developed a test framework from scratch for the interpreted code validation- Developed a data collection platform and a special file system on a 8mb flash memory- Developed demonstrations for new fitness features on Fossil’s products (Hybrid & Wear OS watches)- Integrated the developed library into Fossil’s firmware platforms- Worked with third parties and internal hardware teams to support the integration

- Participated in software development for smart grid devices: developed a bootloader, developed a firmware update mechanism, and simulated some hardware modules- Participated in software development for water metering devices: developed a flashing tool, and developed a system validation tool

- Designed an algorithm to measure the rotor speed using a camera (IEEE - IECON 2017).- Designed and fabricated an embedded system to diagnose the state of batteries (SoC, SoH) using a 2-pulse current modulation method (IEEE - ICSSE 2017).- Simulated the diagnostic system in MATLAB/Simulink.

- Proposed a solution to optimize the time consumption of current control for 3-phase 3-level T-NPC inverters.- Validated the approach by simulation using MATLAB/Simulink.