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A new, non-linear effect appears with these very small devices and interconnections. Thus the interconnection is also very small. The lab is open to all researchers in the School for a wide range of projects.ĭue to the speed that technology is shrinking, circuit size has also shrunk. The CAD lab is perfect for research-based activities.
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You can access the following software in the lab: This training is essential for projects and future careers. You can develop skills in CAD software such as Cadence, Altium designer for PCB, and COMSOL. It's an excellent facility for postgraduate and first-year PhD students. The Lab is also equipped with a video system for online training and teaching. Our CAD lab has seven CAD-accessible terminals and a large screen for presentations. TeachingĮngineers must be knowledgeable and competent with CAD tools. Our CAD Lab provides a range of software for teaching and research purposes.
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This is a lab area for Stage 3 and 4 students to concentrate on individual projects. It mimics the authentic industrial way of working.Įach bench in the lab has certified soldering fume extraction and the latest in-circuit programming of Microchip and FPGA boards. This will take your design from prototype to final testing. We also offer the latest PCB design and CAD software. This gives you practical experience in electronic design. The Stage 1 lab provides facilities for practical hands-on design and construction experiments. It benefits from a large number of bespoke experiments tailored to the subject fields we teach.
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We constantly update our equipment to ensure that it remains state-of-the-art. These link to individual PCs for real-time data capture. The Electronics lab is home to 60 bays of the latest Agilent/Keysight digital test equipment. one Advanced Photovoltaic System (realistic simulation of the progression of the sun).one Wind Power Plant (DFIG) test rig (to investigate the design and operation of modern wind power generation systems).two DC Machines (a total of 6 are reconfigurable).12 Lucas-Nuelle mobile servo machine test stands consisting of:.10 Quanser QUBE-Servo systems with National Instruments myRIO Connections.eight workbenches equipped with the latest Keysight test equipment.The system combines state-of-the-art technology with ease of operation. As a student, you'll develop cutting-edge skills in one of the leading industries in the future. It includes a digital controller, a brake, and Active Servo software. It examines the performance of electrical machines and drives. The servo-machine test bench is a comprehensive testing system. The test benches simulate a wide range of scenarios that engineers are likely to face in the renewable energies industry. The lab has a range of Lucas-Nuelle test rigs so that students can develop skills in renewable energy generation. The lab provides facilities for electrical power, renewable energy, and motor control systems. We have invested over £250K in a state-of-the-art training laboratory as part of our range of electronic engineering facilities. These enable ARM, DSP, microcontroller, and FPGA programming, waveform generators, and oscilloscopes. The lab has machines with hardware development kits. They also have electrical and electronic engineering software. Our computing laboratory has 116 workstations with a lecture area for mixed-mode teaching.Īll the PCs have standard engineering, drawing, and document creation tools. Digitimer D360 8-Channel Patient Amplifier.Newcastle University Vice-Chancellor’s office provided funding of £0.75m as part of the University’s £30m Research Investment Fund. The Intelligent Sensing Laboratory opened in October 2016. We are a member of the prestigious Spokes Network, a national network that works to support the automotive industry with specialist academic, technological, and commercial expertise as part of the Advanced Propulsion Centre UK. Contact usĪdvanced propulsion centre UK partnership Please contact us for an informal discussion on how we can help your business to grow. James is an expert in the design of electrical machines with experience of working in the aerospace industry. Here, our clients can undertake research within a confidential environment. We also have a number of private offices, laboratories, and meeting rooms. Ourselves and our business partners can access to conduct research. At the School of Engineering, we have world-class electronic engineering facilities.