In a vibrant display of innovation and collaboration, students from Greater New Bedford Regional Vocational Technical High School (GNBVT) presented their groundbreaking project on offshore wind energy during the school committee meeting on January 8, 2025. The initiative, a partnership with Cuttyhunk Steam Academy, was made possible through a generous $73,000 grant from the South Coast Community Foundation, co-written by Michelle Carvalho of the academy.

Bob Sutherland, a teacher in the engineering and robotics shop, introduced the project, emphasizing its role in expanding students' understanding of renewable energy. The students engaged in hands-on learning, constructing electrical generators and wind turbines, and conducting field studies on Cuttyhunk Island to gather real-world data on wind speed and direction. This practical experience allowed them to identify optimal locations for wind turbine installation, culminating in the successful setup of a 1600-watt turbine on the island.

The project not only focused on the technical aspects of wind energy but also aimed to raise community awareness about its benefits. Students presented their findings to island residents, fostering dialogue and interest in clean energy initiatives. They also highlighted the importance of interdisciplinary collaboration, working alongside peers from carpentry, welding, and electrical programs to ensure the project's success.

Looking ahead, the students proposed the installation of a second wind turbine on GNBVT grounds to compare data with the existing turbine on Cuttyhunk Island. This ambitious plan aims to further their research and potentially secure additional funding for future projects.

As the meeting concluded, the students' enthusiasm for renewable energy and their commitment to sustainability shone through, positioning them as future leaders in the clean energy movement. Their journey reflects a broader commitment to innovation and education, ensuring that the next generation is well-equipped to tackle the challenges of tomorrow's energy landscape.