Brain Navi Biotechnology design and develop Autonomous Navigation Robot for Brain Surgery and Nasal Swab Robot for COVID-191. Develop the marketing strategies with action plans for the robitics medical devices in the domestic market and overseas market. 2. Conduct product presentation, demonstration, spec. definition, and quotation to hospital clients, distributors, government healthcare agency, healthcare institute. 3. Engage with physicians to understand their needs and provide competitive solution4. Create pricing strategies for clients to adopt the product but also remains profitable and competitive for the company5. Engage with product's key stakeholders to understand consumer behaviors and needs, market research on competitors and global healthcare trends.6. Strategize and propose a consumer marketing and communication plan. 7. Develop the product road map, form a collaborative communication between R&D team and marketing team to ensure the successful launch of new product8. Explore and engage with potential domestic and overseas clients

1. Market Research on US healthcare system and medical devices industry2. Specialized in commercializing digital health/therapeutics products3. Medical Device Innovation through the Biodesign Process (Needfinding, IP, Regulatory, 4. Reimbursement, Business Model, Go to Market Strategy). 5. Establish medical devices collaboration between Taiwan and Stanford.

Research and evaluate investment opportunities in health care industries (e.g. medical devices, digital health, hospital products) to identify high potential startups. Research includes assessments of market, clinical need, competitive landscape, product, IP, management team, and others.Attend bi-weekly screening committee meetings, seminars, and networking events. Help to run screening meetings and conduct due diligence for prospective deals.Along with member champion, be point-person for pipeline companies and coach entrepreneurs through the investment process and provide valuable feedback.

Principle areas of research are in the active implantable devices and wearable medical devices. Research projects are the development of a fully implantable optogenetic devices for small animals research and wearable pressure sensors for women suffering from urine incontinence. Developing wearable devices for improving pelvic floor health. This technology, and the associated support services, offer the prospect of greatly reducing urinary incontinence issues experienced by 1 in 4 women. I have responsibilities for the Design Control in addition to technology development.

Data analysis of clinical data for pelvic floor strengthening study. R&D of low-cost sensor array, bench testing and manufacturing process development for a wearable device for pelvic floor strengthening.

Assisted engineering students to understand mathematical modelling, electrical engineering, and lab equipment. Assisted a group of 20 high school students to build a robotic car

Integrated wireless fast-scan cyclic voltammetry recording and electrical stimulation for reward-predictive learning in awake, freely moving rats

Developed a novel and efficient method of wireless inductive power transfer supported by University of Auckland Summer Intern Scholarship.