Hudson Valley Students Test Catapults at Pumpkin Festival
Engineering students launched pumpkins at a campus event to test physics and material forces.
Updated on Oct. 22, 2026 in Food and Drink
Engineering students at Hudson Valley Community College demonstrated their self-built machines during the Pumpkin Palooza Family Festival. The hands-on project challenged participants to apply their engineering knowledge in a competitive setting.
Why it matters
The activity provided a practical opportunity for students to analyze material stress and physical forces in a real-world environment. It transformed abstract classroom concepts into tangible mechanical experiments.
Five student groups utilized custom-designed catapults to complete four launch attempts each. The event required students to integrate two weeks of machine design and fabrication into a final performance test.
The players
Hudson Valley Community College
This educational institution in Troy hosts various community events and maintains a robust engineering department for local students.
The details
Students designed and constructed their catapults over a two-week period to compete in a distance-based launch challenge. The project tested the mechanical limits of their builds as they aimed to project pumpkins toward a target bucket at the McDonough Sports Complex.
Timeline
The Pumpkin Palooza and competition occurred on Thursday, October 22, 2026.
Industry Dynamics
This project integrates academic engineering principles into the community-based framework of traditional pumpkin chucking events. It reflects a broader trend of bridging classroom theory with public-facing, experiential learning formats.
Visitors to the festival were able to observe the engineering students' mechanical designs in action during the afternoon program. This event offered the public a unique view into the practical applications of university engineering studies.
The takeaway
Hands-on mechanical challenges like this highlight the value of experimental learning in engineering education. These activities demonstrate that testing designs in real-world scenarios is crucial for understanding complex physical forces.
Further reading
For more coverage on community gatherings, visit the Food and Drink section.
