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News

September 16, 2025

Preparing for our electric future

A future where all homes and vehicles in the U.S. are fully electrified could overwhelm the power supply and risk outages - unless key upgrades are made. Kevin Kircher's team have developed strategies that could cut two-thirds of the potential costs of reinforcing the nation's distribution grid to handle this demand.
September 2, 2025

Harvesting in sync: Purdue and John Deere develop automated unloading technology

One of the most intricate maneuvers in agriculture is unloading grain from a combine into a grain cart while both vehicles are moving. It’s a task that requires near-perfect synchronization between the combine operator and the tractor driver pulling the grain cart.

That same kind of close collaboration recently played out in a project between Purdue University and John Deere. Combining industry experience with research expertise, the two organizations developed an initial demonstration of Auto Unload, a precision technology that improves productivity, reduces operator fatigue, and saves valuable time during harvest.
August 23, 2025

Purdue Electric Racing: Flow With the Current

In most motorsports, the roar of the engine draws people in. But for Purdue Electric Racing, it’s the high-pitched whine of electric motors powered by a 600-volt battery. This year’s Purdue Electric Racing team enjoyed another unique sound — victory. They successfully completed every event in their competition for the first time in their 12-year history.

August 14, 2025

Two faculty receive Rising Star named professorships

Andres Arrieta has been named the Doug and Cathy Field Rising Star Associate Professor of Mechanical Engineering. Chris Goldenstein has been named the Avrum and Joyce Gray Rising Star Professor in Entrepreneurship and Innovation.

August 11, 2025

VR wind tunnel helps students visualize fluid mechanics

Navier-Stokes equations, Reynolds transport theorem, Bernoulli’s principle — the fundamentals of fluid mechanics can be baffling to engineering students. Purdue University researchers are working to change that. They have collaborated on a virtual reality (VR) educational platform enabling students to visualize the principles of fluid mechanics — even walking inside the wind tunnel to see the unseeable.

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