Breakthroughs in the making

Creating the Next Generation of Science and Technology

We are in the midst of a global revolution in science and technology, one that is powered by the convergence of bioengineering, nanoscience and computer science. The full force of this revolution is yet to be felt, but scientists predict it will be comparable to the agricultural and industrial revolutions.

Bioengineering and biotechnology have radically advanced our understanding of the building blocks of life, with enormous implications for health, agriculture, manufacturing and the environment. McGill’s researchers are developing new technologies to advance humanity’s wellbeing. These include biosensors to detect and treat illness at an early stage; therapies to promote tissue and neural regeneration; prosthetic implants to restore motion, vision, hearing and sensation; and noninvasive treatments for high cholesterol and diabetes and the prevention of kidney and liver failure.

McGill is active in the emerging fields of nanoscience, nanotechnology and advanced materials, where the relatively new ability to measure, manipulate and fabricate matter at the atomic scale is opening up a world of possibilities. In medicine, our researchers are using targeted drug delivery systems based on nanotechnology to combat chronic diseases. In engineering, they are fabricating stronger, lighter and more flexible industrial materials, which will lead to everything from better bridges to safer aircraft. McGill’s research on nanostructured materials and devices has widespread implications for dentistry, orthopedics, wireless communications, security screening and much more.

Computation and statistical modelling is another area where McGill researchers are making major contributions to scientific discovery and innovation. McGill is already a leader in bioinformatics, a strength that has significantly advanced genomic research, and in medical informatics, a field that promises to reduce costs while improving patient care.

Campaign McGill will help propel the University to the leading edge of this global revolution. Investment will deliver broad benefits to society, generating new technologies to improve human health, minimize our environmental footprint, make materials stronger and safer, advance our capacity for communication and enhance economic prosperity.