As the world shifts toward renewable energy development, wind power has emerged as one of the most sustainable and promising clean energy sources in Vietnam. To provide students and faculty with a comprehensive, updated, and practical perspective on this field, the Faculty of Physics & Engineering Physics is pleased to organize a specialized seminar entitled: “Wind Power – From Principles to Effective Project Management.”
Seminar highlights:
This seminar offers a holistic view of wind power, covering both technical foundations and effective project management:
- Principles of wind power generation: From wind-driven turbine blades and transmission through shafts and gearboxes to generators, to power conversion, voltage and frequency control, and safe grid integration.
- Project management and operation: Modern management solutions to optimize output, minimize downtime, and enhance plant availability.
- Practical Insights: Strategies on technology selection, project models, financial and contractual arrangements, legal compliance, and managing supply chain and weather-related risks.
- Role of data analytics: Leveraging operational data to improve efficiency and control lifecycle costs.
- ESG standards (environmental – social – governance): A strategic framework to reduce ecological impact, foster community development, ensure workplace safety, promote transparency, and strengthen governance, thereby enhancing sustainability and investor confidence.
Program information:
- Time: 14:00, October 16, 2025
- Venue: University of Science, Campus 1 (227 Nguyen Van Cu, Ward Cho Quan, Ho Chi Minh City)
- Speaker: Project Manager Nguyen Van Cuong
- Details about the speaker and completed projects: Available at link
This seminar not only equips participants with specialized knowledge and skills in wind power project management but also provides strategic insights into how wind energy can serve as a driver of green growth for businesses, communities, and the national economy. It is a valuable opportunity for students, graduate learners, and faculty members to access updated expertise, bridge theory with practice, and broaden career prospects in the renewable energy sector.