Students investigate how steam engine design changed over time and use those engineering ideas to design a future vehicle that solves a real transportation need in their community. Through a field trip, engineer interview, blueprint sketching, and fair comparisons of design ideas, they learn how energy conversion, design features, and revision improve how vehicles work. In small teams, they create and refine a blueprint, study its possible impact on people’s lives, and use feedback to strengthen their thinking and communication. The work leads to an Exhibition Night where students explain how a steam engine feature inspired their blueprint, what need it meets, and how their design improved.

Students will explain how specific steam engine design features helped the machine work and how those ideas can inspire better future vehicle designs, using observations from Powerland Heritage Park, maps, images, and stories from the past. Students will sketch and label clear blueprints, then design, test, and revise a future vehicle prototype that meets a real community transportation need by applying scientific ideas about energy conversion, controlling variables, and improving design features. Students will communicate their thinking through peer presentations, “two stars and a wish” feedback, and a final Exhibition Night model walk-through that names one steam engine feature they used, one community need their vehicle meets, and one revision they made. Students will collaborate in small groups, reflect on what worked and what did not, and use feedback from classmates, community partners, and their own observations to strengthen their designs.

Students will create field notes and sketches from the visit to Powerland Heritage Park, a labeled steam engine blueprint, and a class chart showing which design features helped steam engines work and how those features changed transportation and daily life. In small groups, they will develop future vehicle idea sketches, a needs-based design plan, and a fair-test prototype that uses ideas from steam engine design to convert energy from one form to another. Throughout the project, students will revise their work using peer presentation notes, two stars and a wish feedback, and group reflection records about what worked, what failed, and which design features could be improved. By the end, each group will present a final future vehicle prototype and display board with their blueprint, one steam engine feature they adapted, the community need it addresses, its potential impact, and the design change they made after feedback.

Begin with the field trip to Powerland Heritage Park in Brooks, where students closely observe steam engines, sketch key parts, and notice which design features helped the engines create movement. Back in class, students share observations in teams, compare which features made the engines work well, and generate questions about how those ideas could inspire better vehicles for the future. Then introduce transportation engineer Jamee Thurlow through a short interview or live talk so students can connect past engine design to transportation needs people face in their community today. Close the launch with a quick design challenge: teams sketch a first idea for a future vehicle that uses at least one steam engine-inspired feature to solve a community transportation problem.

Host an Exhibition Night where small groups display their future vehicle prototypes, labeled blueprints, and a simple display showing which steam engine design features helped their ideas work and how those features were improved for a future vehicle. Each group gives a short walk-through for families, community members, Powerland Heritage Park partners, and transportation engineer Jamee Thurlow, explaining one steam engine feature they used, the community need their vehicle meets, and one change they made after peer feedback. Add an interactive test track or demonstration station so visitors can see moving parts, ask questions, and respond to how well each design uses ideas from past engines to solve future transportation problems. Close with a reflection gallery that includes two stars and a wish notes, early sketches, revised plans, and field trip photos to show how students connected steam engine history to better future vehicle design.