• Developed an open-source TypeScript package with >10K downloads, enabling developers to easily manage callback functions for MQTT topics.

• Created a cloud-based ecosystem that integrates digital microfluidics (DMF) resources, featuring web-based CAD, EDA SaaS, chip IoT controllers, and production/manufacturing processes. • Developed a routing algorithm that can accurately route in single-layer Electrowetting on dielectric (EWOD) chips with non-regular electrodes.

• Lead and coordinate software/firmware R&D efforts for products and services, proposing advanced technological solutions. • Propose a cloud-based ecosystem for brain-computer interfaces (BCIs) that supports interdisciplinary international collaboration, which was awarded the Bio@Taipei 2022. • Collaborate with hardware engineers to design a software/firmware architecture for a wireless IoT Electroencephalography (EEG) device and implement it. • Develop an embedded-based edge computing server that can simultaneously control multiple neural devices and biosensors.

• Developed an IoT device control system, which can process high-precision neural signals between biochip, hub, client, and cloud in real-time. • Developed and designed the system for wireless neural record and stimulation, used by >20 institutions in >5 countries. • Developed a computing system for neural signals (spike detection/sorting, pattern recognition, filter, etc.).

• Developed an precise neuroregulation system to study the dynamics of the cerebral cortex and basal nucleus neural circuit and treat Parkinson's disease.