McGill-Calcul Quebec ARC National Data Centre. Image by Stéphane Brügger.
McGill is helping Canada and Quebec to remain globally competitive in the development and responsible application of emerging technologies that are altering every aspect of modern life.
Our research in artificial intelligence (AI), data science, and computational methods spans machine learning, human–AI interaction, and computational neuroscience. It supports intelligent systems for health, education, cybersecurity, agriculture, and climate action. We are contributing nationally to large data applications and advanced research computing, and leading efforts to establish the responsible and equitable use of data for scientific discovery and societal benefit.
Work in materials science, nanotechnology, quantum sciences, quantum sensors, and subatomic physics is driving advances in semiconductors, energy storage, sustainable manufacturing, health technologies, and security applications.
Quantum systems research is redefining how quantum sensors are built. Researchers are applying topological theory to create scalable, modular systems with dramatically improved sensitivity and error resistance.
This paradigm shift opens new ways to interrogate the physical world and strengthens Canada’s leadership in quantum innovation. It also supports next-generation sensor technologies, with real-world impact in areas such as autonomous vehicles and environmental monitoring.
Student Chisokwo Akunna in the Biointerface Lab directed by Prof. Marta Cerruti, Materials Engineering. Image by Alex Tran.
Prof. Mathieu Brochu, Mining and Materials Engineering, and student Gargee Dash, in the Laboratory for Powder Processing and Additive Manufacturing of Advanced Materials. Image by Owen Egan.
Research in physics, chemistry, engineering, and mathematics is supported by world-class platforms for characterization and advanced microscopy and accelerated by materials informatics and modelling. Our research also underpins the transformation of critical minerals and the design of advanced materials that are essential to the energy transition.
We are advancing Canada’s strategies for space innovation, sustainable and safe aviation, advanced transportation, and autonomous vehicles through work in aerospace engineering, mechanical systems, and robotics. Research in clean propulsion, lightweight materials, and intelligent mobility is driving breakthroughs in clean technology and supporting industrial innovation. This work also contributes to dual-use applications in security and defence. McGill leads nationally in the study of global space governance for peaceful, secure, and sustainable use of air and space.
Research in bioengineering and health technologies draws on biomedical engineering, chemical biology, physics, and related fields to develop biosensors, wearable devices, and diagnostics that bridge the physical and life sciences. Quebec’s dynamic health technology ecosystem provides opportunities to strengthen our engagement and scale our impact.
Across these domains, McGill integrates technical discovery with social, ethical, legal, and policy insight to ensure innovation serves society recognizing bias and disparities in the design and application of technologies. Our leadership in AI, quantum science, advanced materials, and bioengineering positions Canada and Quebec at the forefront of responsible technological development.