Clement Lee

Wegrow is an AI-powered greenhouse agriculture cultivation management platform. We utilize AI systems to manage the cultivation and sales of organic strawberries in greenhouses.

- Spearheading product vision and roadmap for Hugreen’s current and future platform to build successful and impactful products for farmers while overseeing end-to-end product management lifecycle activities, including a partnership with customer service, operations, and marketing teams. - Responsible for conducting user research and usability studies, collaborating with designers, developers, and research teams from end to end of the process to craft a product vision (short to long term) and convert that into a concrete strategy. - Driving the product and business-planning process across cross-functional teams of the company by analyzing consumer needs, current market trends, and potential partnerships from an ROI perspective.

- Owned 0.5 hectare organic farm and grew organic vegetables and trees in Taiwan and prepared periodic reports on the status of the organic farming project. - Conducted site visits to farms participating to the organic farming project in preparation for any controls and certification from the independent certifying body. - Provided consultation and answered queries from farmers participating in the project on an as-needed basis.

- Optimized the review of all company standard operating procedures in preparation for the ISO-9001 quality standard audit and reviewed figures and tables for consistency, and reviewed the entire document for consistency, references and completeness. - Established and maintained processes to manage scope over the project lifecycle, setting project quality and performance standards, and assessing and managing risk within and across, multiple projects. - Hosted 180+ meetings and optimized the Tier 1 and 44 Tier 2 documents to let my company pass the ISO-9001 quality standard audit and maintained partnerships with outside resources—including third-party vendors and researchers.

- Spearheaded CIGS Research and Development for the key absorber deposition pilot line and managed 20+ German colleagues and the pilot line production - Optimized the solar cell efficiency, cell quality, cost-effectiveness and throughput with my team and played a key role in the project on "The Influence of Sodium on CIGSe Solar Cell Breakdown Characteristics". - Structured and managed integrated, multi-track project performance databases for multiple digital, print, social, broadcast, and experiential projects, with an eye on overall progress.

- Evaluated solar industry worldwide, 100+ companies, 20+in real meeting, 2000+ patents and publications, to determine which companies were appropriate for acquisition, particularly focusing on industries in the Silicon Valley and Texas. - Prepared a complete (market research/anticipation, working principle, and producing methods) E-learning materials and presented monthly to new colleagues in English with building an experience of Due Diligence in Silicon Valley and Texas. - Served as CIGS Industry Analyst and built the pilot line starting from zero with a 6-member team and ramped up the cell efficiency from 0% to 10+%.

Awarded Dean's scholarships; Coursework: Physics Thermal Materials, Electrical Properties of Materials, Optical Processes in Solid Materials and Magnetic Properties of Materials; Thesis: "Negative Differential Resistance in Hydrated Deoxyribonucleic Acid Thin Films Mediated by Diffusion-Limited Water Redox Reactions."