A fluid mechanics bench belongs to four departments at once. We tag it to all four rather than publishing it four times.
R&D equipment for food and beverage, industrial robotic solutions, fire testing for cables, plastics, batteries and construction materials, metal cutting and forming, RF safety testing, and STEM education systems.
Biomedical electronics, imaging and image processing, instrumentation, medical device maintenance, CT and MRI simulators, bioprosthetics, and AI and robotics for biomedical applications.
Physics, chemistry and biology teaching laboratories for university freshman years, technological institutes and Applied Technology Schools, with data acquisition throughout.
Embedded systems and programming, cybersecurity, virtual reality systems and applications, machine learning and high-performance computing, and robotics laboratories.
Construction materials and concrete testing, soil and aggregates, highways and asphalt, structural engineering, fluid mechanics, irrigation and water management, water treatment, and process control and unit operations.
Engines, fuel and injection systems, transmission, braking, steering and suspension, automotive electrical and electronics, mobile hydraulics, and hybrid and electric vehicles.
Thermodynamics, heat transfer, fluid mechanics and hydraulics, fluid machines, materials testing and metallurgy, internal combustion engines, HVAC and refrigeration, CNC and CAD/CAM.
Analogue and digital circuits, digital logic, embedded systems, analogue and digital communications, antennas, microwave and satellite, radar, and cybersecurity and digital forensics.
PLC, process and classical control, industrial drives and servo systems, robotics, unmanned vehicles, pneumatics and hydraulics, and Industry 4.0 production lines.
Circuits and measurements, machines and drives, power electronics, high voltage, transmission and protection, smart grids and renewable energy laboratories.
