Â鶹ӰԺ

Jatinder Sampathkumar is currently working on creating a new processing route to manufacture specialized Silicon Carbide reactors for combustion applications. He says Â鶹ӰԺ has spoiled him with access to the outdoors, the food scene and bookshops.

Christopher Doyle said he sees engineering as his team sport and that he wants to do the best he can to help his teammates succeed. His goal is to make the world a safer place for everyone to live in and said engineering is the best way to accomplish this.

Lawrence Smith is researching efficient simulation of solid mechanics problems for the purpose of automated design of soft robotic systems. He enjoys 3D printing, cooking, billiards and running.

Christopher Kling's passion for engineering started as a small child building planes and cars out of Legos. Currently, he is working in the Precision Laser Diagnostics Lab where he is helping build a wildfire wind tunnel.

Sadie Stutzman studies the fundamental chemistry of how fuels decompose during pyrolysis and combustion. She uses experiments and theory to understand fuel behavior which she uses to create a model and predict the impact a fuel has on things such as engine performance and emissions.

Peter Gumble is a mechanical engineering graduate student focusing on spacecraft design and pursuing the Satellite System Design Certificate from the aerospace department. He would like to work for a company developing spacecraft and spacecraft hardware.

Thanks to over 50 mechanical engineering alumni volunteers, students were able to engage with alumni over lunch and breakfast, on 12 class panels and during more than 90 mock interviews at ME Alumni Connect Day.

From designing cube satellites to tuning up bikes, Liam O'Connor spends most of his time working with hardware and making things go. Recently, Liam and his senior design teammates formed a startup called Puppy Pal Prosthetics.

Kristin Calahan's research is focused on studying the contact mechanics, more specifically the friction response, between micropatterned surfaces and tissue-like substrates for biomedical applications. In the future, she sees herself as a research scientist whether in an academic or industry setting.

Sarah Brondum is a fifth-year mechanical engineering student with a passion for art, athletics, business and beyond. While at CU Â鶹ӰԺ, she made it to nationals on the swim team and held multiple internships.