Proving the concept that local WiFi signals can be used to monitor moving objects and bodies that are otherwise visually obscured. Although fundamentally similar to traditional radar systems, our novel ...

Developing a rugged load- and displacement-controlled system – that interfaces with servo motors, load cells, and encoders and connects to Windows OS platform databases, printers, networks, remote access ...

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 ...

Monitoring and controlling multiple medium voltage disconnect switches for smart buildings with several PCs as Human Machine interfaces (HMI) and a National Instruments CompactRIO controller configured ...

Designing and implementing control software to be integrated into a networked distributed control system for a large optical telescope.

Developing a system for automated testing of peripheral software that does not require considerable investment into a specialized test hardware infrastructure and does not require continuous upgrading ...

Designing and testing innovative active and passive synthetic aperture radar (SAR) and inverse synthetic aperture radar (ISAR) demonstrators in a short amount of time

Developing a new test bench design to test power meters with the flexibility to interoperate with automation devices and robotics arms through industrial protocols and adaptability to various product lines. ...

Designing and developing a reliable yet cost-effective endurance test machine for automotive power window regulators with simultaneous real-time monitoring, data logging, and report generation for multiple ...

Making electrical tests and mechanical tests for circuit breakers less labour intensive and less time consuming as current methods are run in large quantities and can last for hours.

Update to Provide created a full-scale bioreactor process plant integrated with tablet-based monitoring and control to expose students to plant automation and sensor integration with mobile computing platforms. ...

As a services provider to the Department of Defense (DoD) community, CACI needed to cover the test and diagnostics functions of legacy test equipment used to repair weapon system components in the depots. ...

Creating a scalable, low-cost system to test the effectiveness of designs in reducing commercial jetliner noise during takeoff, landing, and sustained flight.

Creating an end-to-end control, acquisition, and analysis system for research-grade ion trap mass spectrometer systems that can accommodate experiments of varying complexity and sophistication.

Developing a BMS to monitor a battery pack of up to 12 cells, while developing a system to control cell voltage, currents, temperatures, and passive balancing.

Developing a clean room-compatible automated test system for industrial inkjet printing that adds more measurement detail and increases reliability, whilst achieving higher throughput.

We wanted to build an automated test system for new freely programmable industrial automation controllers to use in Industrial Internet of Things (IIoT) applications.

Implementing an automatic calibration system for an engine control unit (ECU) on a test bench that focuses on fuel-film dynamics in a port fuel injection (PFI) internal combustion engine.

Developing a generic test setup for hardware-in-the-loop (HIL) and in-vehicle testing for automotive aggregate units such as exhaust gas recirculation systems (EGR) and glow plug controllers.

Creating a system to rapidly design and validate battery management system (BMS) firmware algorithms on prototype hardware, and safely test the unit with various battery chemistries, fault scenarios, and ...

Creating a test facility that implements Model Based Design techniques to optimise everything from requirements capture and validation, through design and on to validation & verification testing at a sub-system ...

Rapidly developing a hardware-in-the-loop (HIL) real-time simulation system for Permanent Magnet Linear Synchronous Electric Motors (PMLSMs) to reduce improper operation and accidents.

Testing the electrical system of a new unmanned aerial vehicle (UAV) under different operating conditions, monitoring specified parameters, and executing corresponding tests to show the integration of ...

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