Date & Time: July 15, 2026 @ 4:00 pm - 5:00 pm EST + 15 min Q&A
Wind energy has become a cornerstone of the modern energy transition, with utility-scale wind farms supplying a growing share of electricity generation across the United States and around the world. As turbine technology continues to advance, engineers are challenged to integrate increasingly sophisticated systems that combine aerodynamics, structural engineering, materials science, power electronics, controls, and grid integration into reliable, high-performance renewable energy assets.
This advanced webinar provides a systems-level understanding of modern wind energy systems and the engineering innovations driving the next generation of turbine design. Participants will explore the key components and design principles of utility-scale wind turbines, including rotor aerodynamics, drivetrain configurations, tower and foundation engineering, control systems, grid interconnection requirements, and emerging offshore wind technologies. Through practical engineering examples and industry standards, attendees will gain valuable insight into how wind turbines are designed, certified, and deployed to deliver safe, efficient, and resilient renewable energy infrastructure.
Key Topics Discussed:
Eli is from Auburn, KS, graduated from Mission Valley High School in 2001 and earned a degree in Mechanical Engineering from K-State in May 2007. During university, he worked as a machinist and did CA...
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Limited spots available for live Q&A
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