Academic & Research

Bring experiential learning to communications by providing visibility of real-world signals to help students understand abstract theory while preparing them for research and emerging trends like 5G. By introducing hands-on communications engineering earlier to undergraduate students, you can build experiences that connect the teaching lab to research and industry.

As the University of Manchester evaluated the causes of its low student scores as part of the UK National survey, it decided to make large investments in rebuilding its Laboratories to offer leading edge practical experience in circuits design, measurement, instrumentation and project based work for engineering. The result was being propelled to a 1st place rank in terms of UK Electrical Engineering programs.

Quanser is a leader in controls engineering software, hardware and curriculum materials. The QUBE servo motor should be a stable baseline to solidify advanced control theory concepts in a very practical way. Learn how to use the QUBE for teaching control systems.

Get an overview of the WHY lab at New Mexico University that enables student to explore engineering project work and research interests in an environment that fosters creativity, exploration and learning in a practical way.

Watch as Kingston University combined the Qdrone2 from Quanser to integrate control engineering with deep learning to perform research in Autonomous Systems.

As Autonomous Systems become the latest trend in modern engineering, they raise numerous new challenges as control systems, sensing, actuation, data, training and neural networks come into play. Quanser’s Self-Driving Studio provides a comprehensive platform for teaching the necessary concepts related to Autonomous Systems.

TecQuipment is a leading vendor in large laboratories for practical instruction. Their solutions for teaching all aspects of power generation, transmission and consumption together with key principles of power electronics are used throughout the world.

Opal-RT, as a world leader in high energy power systems simulation, emulation, measurement and testing – offers advanced technologies for conducting power generation or micro-grid research.

Emona net TIMS offers real TIMS hardware experiments delivered online simultaneously to multiple students across LAN & Internet in real-time. The ‘hands-on’ approach builds student confidence and makes the experiment satisfying as the students are free to explore and learn by making mistakes. When they explore more, they learn more.

TIMS’s modular approach offers instructors unlimited versatility and expandability, as the range of ADVANCED MODULES is constantly being expanded to include the latest in telecommunications theories like Wireless communications, OFDM, Radar & signals & systems areas. Instructors can also utilise the ‘Open Ended’ nature of TIMS by adding their own custom designed modules to demonstrate aspects of telecommunications in their sphere of interest.