Finally, although no formal project is currently active, we are providing training in IDDQ testing to Philips Semiconductors as a whole and have mutual interests in new defect oriented test techniques for next generation technologies. Current research is addressing modelling issues related to Druck's family of resonant pressure transducers implemented in MEMS technology. Of specific interest is fault modelling, integration of these models into closed loop system simulations and data validation features. AMS are a semiconductor manufacturer that specialises in digital, mixed signal and analogue design, fabrication and manufacture. Research links are with the analogue design and test division in Seville.
Collaborative work is in the field of mixed signal and analogue DfT and test support tools.
Work with BNFL has been in the area of safety critical radiometrics . In particular we have been investigating and developing solutions for fail safe and reliable post processing of data from neutron detectors. Such solutions are primarily for use in dosimetric systems, however they are generic to most semiconductor-based radiation detectors. A further interest co-supported by BNFL is in the field of improved organics sensing. This research explores novel approaches to the physical characterisation of volatile media and has applications in process control.