Case Study Results

Implementing the driving system of a climatic chassis dynamometer, which is mobile and was developed in a trailer so space is limited, within a strict budget.

Creating a rugged real-time test bench, with automotive rated analog I/Os and multiple/different automotive networks, capable of full-power reliabily and endurance tests, at a competitive cost.

Creating the most silent washing machine so customers can use it over convenient time bands for ecological and economical advantages. Among technologies for noise reduction, optimal unbalance management ...

Developing an synthetic instrument based on CompactRIO hardware to characterize the efficiency of a lift control on a hardware-in-the-loop (HIL) reactive test bench, reusing a timer model used in simulations. ...

Designing a laboratory facility that is a model of a real hardware-in-the-loop (HIL) microgrid system with a local active-adaptive network, so the operator/student can understand a state-of-the-art microgrid ...

Simulating multiple variables to validate complex automotive engine designs to achieve the best fuel economy, engine performance, and emissions control.

Developing a complex and reliable control system to fill and to create tide in a 300 m flume, making it possible to create the world’s biggest human-made free surface waves.

Providing energy companies and graduate students a state-of-the-art facility to test both the mechanical and electrical characteristics of a hardware innovation prototype for any energy resource on a utility ...

Stimulating lower limb neuro-motor learning for bedridden stroke patients to increase their success in future gait therapy and to better regain mobility.