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As an ME SPUR participant, Autumn Zemlicka worked with Assistant Professor Debanjan Mukherjee to develop an in-house library of models for arterial hemodynamics in human patients, using CT and MRI scans and microscopy image data.

The ME Summer Design Intensive is a five-week program piloted in summer 2020 that allows students to complete a design project with workshops and mentorship from department alumni. Check out project descriptions with links to student design portfolios.

The challenges of COVID-19 have inspired innovation among staff, faculty and students, leading to the development of two summer programs for 38 participating students: the ME Summer Design Intensive and ME SPUR.

You are invited to our online projects showcase, celebrating the achievements of over 250 engineering capstone design students from April 27–May 1. Learn about their projects, leave a comment, and see how these talented engineers are already making an impact.

FieldLine Inc., a company that grew out of research conducted at CU ÐßÐßÊÓƵ, is building sensors to image the brain using magnetic fields. For the second consecutive year, capstone design students will help to advance FieldLine's innovative concepts.

In this Capstone Design Q&A, capstone design students sponsored by Tensentric share about the device they've designed to provide postural support for a community member with multiple sclerosis.

During February and March, over 250 mechanical engineering students trekked across the Front Range to tour one of 17 different companies. The tour series was a collaboration between Design Your Career and Instructor Janet Tsai’s manufacturing class.

In this Capstone Design Q&A, capstone design students share about KneeHab4U, a post-surgery cold therapy device that reduces inflammation in the knee, elbow and other affected areas. The device uses air compression for blood circulation and transcutaneous electrical nerve stimulation for a quicker, safer, more comfortable recovery process.

In this Capstone Design Q&A, the BioRhythm capstone design team shares about a technology they designed to increase accuracy when sorting plastics into trash, recycling and compost at concerts, conferences and other large events.

In this Capstone Design Q&A, capstone design students share about their residential energy monitoring system that reports accurate and actionable data to consumers. Their system is unique in that it shows electricity usage in dollars, so they understand the monetary benefits of saving energy.