Skip to main content

concentrating solar power plant parabolic trough istock photo
December 4, 2025

For concentrating solar power plants, new model means smarter control strategy and more skilled operators

Concentrating solar power plants use a large array of mirrors to focus the sun’s rays and capture their heat, which boils water for steam turbines to produce electricity. The technology and systems in these massive…

PhD student Youyi Zhou and Assistant Professor Yunus Alapan
November 12, 2025

Magnetic soft robots could deliver cargo inside your body

The magnetic soft robots in Yunus Alapan’s lab on the third floor of the Mechanical Engineering Building on the University of Wisconsin-Madison campus don’t look like complex miniature droids or anything you’d find in a…

Lei Zhou in her mechatronics lab
October 23, 2025

With NSF CAREER Award, Zhou aims to develop mechatronic systems that increase productivity in computer chip manufacturing

There’s a booming industry demand for microchips, which are used in virtually all electronic devices today. But meeting that demand is challenging for chipmakers, because current mechatronic systems have reached the limit for how fast…

Assistant Professor Michael Biehler talks with students during the 2025 Hackathon/Makerthon.
October 10, 2025

Hackathon Makerthon brings students together to solve industry challenges

Sleep was on Nicolas Greaves and his groupmates’ to-do list. But, with motors to test, force calculations to crunch, prototype components to 3D print and more, the tasks kept stacking up. In the end, Greaves…

October 7, 2025

With major U.S. investment, UW-Madison leads effort to advance abundant fusion energy for all

The University of Wisconsin-Madison is leading a major multi-institution project to develop and test a critical fusion technology—research that will directly benefit commercial fusion power plant developers. A $19 million Fusion Innovative Research Engine (FIRE)…

Harsh Sharma
September 8, 2025

Focus on new faculty: Harsh Sharma is leveraging AI to create better digital twins

Digital twins—virtual representations of real-world objects or systems such as a jet engine or power plant—are powerful computational tools for enabling engineers to better design, analyze, control and optimize complex systems. Unlike traditional modeling and…

August 21, 2025

Ultra-rugged sensor can monitor molten salt chemistry in energy systems

A team of University of Wisconsin-Madison engineers has developed a sensor that can be easily integrated with high-temperature molten salt systems to safely monitor the salt’s purity. The sensor, which can withstand the harsh environment…

Abhishek-Gupta
August 5, 2025

New design framework makes it easier to create custom shock-absorbing materials

University of Wisconsin-Madison mechanical engineers have developed a comprehensive framework that accelerates improvements to shock-absorbing foam materials. The materials have an array of uses ranging from sports or military helmet liners to struts that cushion…

PhD student Sinan Candan holds a flexible sensor
July 29, 2025

Moldable, flexible sensor is a versatile option for detecting irregularities in everything from manufacturing to mobility

After setting out to create a flexible sensor that could aid his advisors’ examination of the mechanical forces behind traumatic brain injury, Sinan Candan hit a roadblock. While economical and useful, the sensor he’d developed…

July 24, 2025

Robotic space rovers keep getting stuck. UW engineers have figured out why.

When a multimillion-dollar extraterrestrial vehicle gets stuck in soft sand or gravel — as did the Mars rover Spirit in 2009 — Earth-based engineers take over like a virtual tow truck, issuing a series of…