The Studio at Cranfield, an integral part of the EPSRC Centre for Through-Life Engineering Services, is designed to develop knowledge, in-house manufacturing technology demonstrations, novel methodologies and techniques and associated toolsets. Together with the laboratory at Durham these facilities enable the research.

Resources at Cranfield:

Technical capabilities
The Studio supports the EPSRC Centre’s research activities providing the necessary instrumentation and facilities to carry out experimental investigations. The technical capabilities include:

  1. Environmental Test Chamber – Supports thermal cycling, dielectric over-voltage, thermal stress and current overload analysis by providing environmental control chamber capable of operating between −70°C to 180°C with variable humidity settings control (10-90%).
  2. Robotics – The Studio houses two robotic systems.
  • FANUC robotics system – the robotic arm system provides the necessary support to automate inspection routines and thereby improving servitisation of components.
  • The Turtlebot2 – is a research level mobile robotic platforms from Clearpath Robotics Inc, combined with an advanced 5 DoF robotic arm from Trossen Robotics provide the capabilities for mobile robotic manipulation. Integrated with the state of the art robotics operating system (ROS) the robotic platforms lie on the cutting edge of robotics research allowing the centre to investigate how mobile collaborative robotics can be used within an industrial setting.
  1. Non-Destructive Testing – Multiple systems
  • Pulsed Thermography System – Thermoscope II equipment from Thermal Wave Imaging Inc., capable of carrying out infrared imaging inspection of various metallic and non-metallic parts detecting sub-surface damage such as delamination, disband, corrosion, wear debris, component degradation etc. Currently the FANUC Robot automates the inspection by either providing the part to the camera or placing the camera over the part to be inspected thus enabling small and large component automated inspection
  • FLIR 7600 R&D Camera – A Stirling cooled, indium antimonide quantum well detector infrared camera capable of operating at 100Hz at a 640X512 pixel resolution. This advanced state-of-the-art camera has a high spatial resolution and high thermal sensitivity there by detecting small temperature changes as low as 20mK (typical)
  • EasyHeat 2.4kW induction heating system – capable of heating metallic components through induction. The cooling characteristics of the heated component are monitored using the infrared cameras’ to evaluate the health of the component.
  • Omega BB702VAC blackbody calibrator – capable of providing a temperature references between 32°C and 215°C to help calibrate infrared cameras’ and other thermography experimental work setup.
  • Phased Array system – An Omniscan MX Ultrasonic Flaw detector by Olympus provides powerful inspection for manual and automated NDT inspections. The system comes with a range of probes and software kit capable of carrying out Time-of-Flight Diffraction (TOFD) testing.
  • Eddy Current Inspections system – An Omniscan MX system with a flexible probe by Olympus provides the conventional NDT technique capable of performing both eddy current testing and eddy current array inspection.
  1. Structural Health Monitoring
  • Acoustic emission – A 6-channel Physical Acoustics PCI-2 system which is capable of detecting and locating damage such as fatigue cracks via stress waves (emissions) produced within the material when subjected to load.
  • Guided ultrasonic wave – A 30-channel Accelent ScanGenie system which performs active interrogation of a structure using lamb waves to detect and locate damage such as fatigue cracks.
  • Fibre optics – A dynamic Fibre Bragg Grating (FBG) interrogation system by Smart Fibres which monitors mechanical strain. It comprises of 2 channels with up to 16 sensors per channel.
  1. Intermittent Fault Detection– NCompass by Copernicus Ltd is a state of the art intermittent fault detection and isolation system which determines the root cause of electronic equipment and No Fault Found (NFF) problems including wiring integrity testing & trending, first-time-fix capability etc.
  2. Virtual Reality Suite – 3D visualisation capabilities used to study system architecture design for engineering services linking design rules with system design in a 2D and 3D virtual space. Siemens PLM will extensively be used to visualise the manufacturing process and life cycle mock up designs.
  3. IT and High End Workstations – Capabilities include Siemens PLM Suite, Matlab & Simulink, Video-conferencing, Touch tables, iPads etc.


Resources at Durham:

Electronics test and measurement facilities:

  1. Digital design and deployment:  FPGA Virtex and Stratix development boards with full licensed Xilinx IDE software with HDL simulation, synthesis and compilation. Microprocessor development boards including Intel, Microchip and Atmel. Real-time development boards with FPGA support from National instruments. Industry standard mixed signal design and simulation tools including Pspice, Cadence ASIC schematic and layout tools. High end workstations with Tesla GPU acceleration for compilation, simulation and analysis. Test and measurement equipment (80 ch logic analyser, mixed signal oscilloscope with 2 GHz bandwidth).
  2. Modular mixed signal test and measurement: systems based on National Instruments PXIe backplane and Labview software. Reconfigurable onboard IO hardware (54 ch, 100 MHz) for high speed parallel digital signal acquisition and generation.  Dedicated digital I/O (32 ch 25 MHz). Analogue arbitrary wave generation (8 ch 800 kS/s), function generation (400 MS/s) and capture (8 ch 204 kS/s) . Fault injection unit, precision SMU, MUX and timers/counters.
  3. Industrial mixed-signal test: Calibrated engineering test system from IMS with full parametric measurement unit digital front end (128 ch, 200 MHz data rate) and MXI-based analogue instrumentation (64 ch 1 GHz bandwidth). This instrument has swappable industry compliant chip test fixtures for highly repeatable measurements.
  4. Analogue measurement:  DC-20 GHz oscilloscopes and spectrum analysers, 8 GHz VNA with TDR, arbitrary wave units. CE and EMC-compliant equipment.


For more information please contact Luke Oakey via email or on +44 (0)1234 752836