Future Innovators in Action! 5 Student Projects Powered by 3D Printing at Tempus 3D

At Selkirk College’s Digital Fabrication and Design program, innovation meets real-world problem solving—one layer at a time. With the support of Tempus 3D’s industrial 3D printing services, students recently brought their creative visions to life by reverse engineering broken or outdated parts and replacing them with customized, functional solutions. Here's how they did it:

Danielle tackled a frustrating BBQ wheel that wouldn’t stay in place. Her redesigned part was stronger, more stable, and made to last using 3D scanning and modelling. Read here!

Jace solved an everyday gamer problem by creating custom Xbox controller battery covers that fit oversized rechargeable packs—no more cracked plastic or battery swaps gone wrong. Read Here!

Jordon redesigned a pull saw handle for a better grip, easier blade changes, and longer life. His MJF-printed nylon part combined traditional Japanese styling with modern 3D printing precision. Read Here!

Yan rescued a broken ski boot buckle using high-performance PA-12 material and Multi Jet Fusion technology, proving that even small parts can have a big impact. Read Here!

Matt repaired a windshield wiper bracket after winter weather had made the original plastic brittle and unusable. Instead of buying an entirely new wiper assembly, he reverse engineered the broken part, reinforced the design, and used MJF nylon to create a precise, durable replacement ready to handle snow, UV rays, and washer fluid. Read Here!

Raul explores the design and 3D printing of a custom umbrella handle, created as a thoughtful and functional gift. By combining clay modeling, 3D scanning, and digital design tools, the project demonstrates how additive manufacturing can transform a personal idea into a tangible, ergonomic product. Read Here!

These projects are more than class assignments—they’re proof that 3D printing for custom parts is changing the way we repair, prototype, and design. Whether it’s reverse engineering, product improvement, or creating something totally new, these students used cutting-edge tools to make meaningful change.

We love supporting each student helping to bring their ideas to life and build real-world skills in advanced manufacturing. We're proud to support the next generation of creators.