Worcester Polytechnic Institute combined MRI 3D intraoperative imaging with robotics to enable guiding interventions with precise closed-loop instrument delivery.

Researchers built a system that combines multiple distributed sensors for evaluating small-scale wind turbine efficiency, operation, and structural integrity.

Researchers at Georgia Tech developed a networked system of mobile robots that combine the spectrum-mapping abilities of cognitive radio (CR) with localization and spatial-awareness capabilities.

Flow Design Bureau AS built a cavitation intensity meter to help the hydropower operator detect, identify, and quantify cavitation in a turbine system.

Primus Power aimed to quickly, and without sacrificing quality, deliver the next generation of zinc bromide flow battery storage systems to market for deployment in commercial, industrial, data center, ...

Developing a sensor prototype board, based on portable data acquisition hardware, that has infinite sensor extensibility, can compare virtual and actual schematic diagram designs, and supports the measuring ...

IUT de CACHAN helped students transform a gas-powered buggy into an electric buggy to teach the principles of real-time command, control, and supervision.

Qualcomm Atheros improved WLAN test speeds by more than 200 times compared to traditional rack-and-stack instruments while significantly improving test coverage.

University of Oxford built a device to control the local environment of fruit flies and reliably record their courtship songs.

Researchers developed experiments based on a robotic football game to teach mechatronics systems integration, which boosted student engagement and comprehension.

Researchers built a test rig featuring a robotic plesiosaur in a plume tank to deliver unique insights into how plesiosaurs propelled themselves through oceans.

Researchers developed an efficient multidevice tester with run-in screening and functionality testing for eCall products in accordance with automotive specifications.

M3 Systems developed a fully configurable multiconstellation global navigation satellite system (GNSS) receiver for educational and research purposes.

CVUT created a scaled vehicle equipped with the necessary sensors and a control unit to perform repeatable tests of different algorithms for autonomous vehicle drive.

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