Materials characterization and consultation to determine structural and compositional information on the micron to nano/atomic-scale using electron and ion microscopy.
Fosters academic and industrial partnerships through access to cutting-edge light microscopy, photopatterning, and light-assisted 3D printing techniques.
Design of intelligent algorithms and development of decision-making models to form risk management systems, personalized diagnosis and patient treatment systems, and to process modelling systems.
We work with industry to develop environmentally friendly technologies, programs and services that fundamentally change the way we build, educate and develop skilled labour
Personnel, knowledge and industry scale equipment resources to support machining production troubleshooting, tooling and process development, and process optimization
Research facility allowing the determination of the stable isotope composition of carbon (δ 13C), nitrogen (δ 15N), sulfur (δ 34S) and hydrogen (δ 2H or δD) in different types of bulk samples and specific molecules