• Delivered 12+ regional (APAC) and international projects (Americas and Europe) covering onshore & offshore wind (OFW), solar, battery storage, green hydrogen, and ammonia plants, from concept design to FEED design stage.• Led the development of 4 in-house tools to boost project productivity & quality, covering P2X techno-economic analysis, OFW export cable optimization, inter-array cable layout optimization, and system reliability analysis.• Delivered talks at international industry conferences, showcasing OWC's extensive experience in renewable energy.• Prepared project proposals, both full and individual work packages.

• Managed the overall operation of the 100RE Lab (33+ members) and the H2 research group, overseeing research projects and ensuring timely completion while fostering a collaborative and innovative environment.• Achieved a 3× increase in publications (30+ papers) and tripled lab members compared to the previous term.• Successfully secured university-level research funding for studying `Advanced microgrid systems integrating electrolyzers & fuel cells' ($10,000) and external funding for building an H2-microgrid demonstration system ($3,500).• Developed a techno-economic analysis and optimization framework for P2X projects. Conducted evaluation and optimization for an OFW-to-H2 system in Scotland and a Solar-to-H2 system in Vietnam.• Conducted a review of energy management strategies for Renewable-H2 microgrids. Proposed advanced management strategies based on Fuzzy Logic Control & Model Predictive Control to improve microgrids' performance.• Evaluated 8 metaheuristic algorithms for equipment sizing in Renewable-H2 microgrids. The best-performing algorithm achieved a 25.3% reduction in annual system costs compared to the worst-performing algorithm.• Developed an enhanced droop control for large-scale electrolyzer plants to improve grid frequency under disturbances. Proposed a simplified IEEE 39-bus model with 50% wind penetration to evaluate the controller's performance.• Conducted a review of the new direct-coupled PV-electrolyser concept (no converters required). Developed optimal sizing and operating strategies based on Particle Swarm Optimization to improve system coupling efficiencies.• Developed a feasibility assessment model for rooftop solar policies, considering the feasibility (benefit-to-cost values) of both utilities and consumers. Proposed feasible policies (Feed-in-Tariff and Net Metering) for the Vietnam scenario.• Led 6+ consulting projects, covering the topic of green H2, rooftop solar, electric vehicles and energy transition & climate change.

Worked as a project facilitator to support the organization of the National Youth Climate Camp, ensuring efficiency and inclusiveness in the participation of the attendants during the writing camp, which aims at facilitating the youth in updating the Youth for Climate Action in Viet Nam Special.

Worked as Youth Coordinator to help the United Nations Development Programme Vietnam promote youth learning and dialogues on sustainable energy development in Vietnam.

• Successfully delivered 4 projects covering feasibility studies for floating PV in Maldives, offshore wind in Vietnam, ammonia fuel carriers in Japan, and electrolyzer plants technical due diligence in Ireland.• Led the development of a novel Renewable-to-H2 analysis tool from scratch, now integral to OWC's H2 projects. Published the tool in Energy Conversion and Management (Q1 journal) and received an R&D award in OWC Technical Excellence Day.• Led in-depth research on large-scale H2 electrolyzers providing ancillary services to power systems, subsequently published and presented the findings at the IET Renewable Power Generation Conference 2023 in Glasgow, UK.