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Research & Innovation

McMaster Engineering has a well-established reputation as one of Canada's most research-intensive faculties in a range of disciplines from advanced manufacturing, materials, automotive, and nuclear research.

Our research intensity is nearly double the national average and we are growing.

We continue to push the boundaries of discovery in emerging areas, such as bioinnovation, micro-nano technology, smart systems, energy and environmental sustainability.

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Research Clusters

Advanced Manufacturing

Advanced Manufacturing

The future of manufacturing is in automation, digitization, and robotics.

 

Digital & Smart Systems

Digital & Smart Systems

Increasing connectivity and digitization continues to change our world.

 

Energy

Energy

Energy is essential to heat our homes, make our products and fuel our cars.

 

Environment

Environment

 
Respect for the environment must be at the core of all engineering decisions in the future.

 

Health & Bio-innovation

Health & Bio-innovation

Saving lives, improving health and wellness and overall quality of life are key goals for biomedical engineers.

 

Infrastructure

Infrastructure

Improving transportation networks, buildings, water and waste water supplies and access to power..

 

Micro-Nano Systems

Micro-Nano Systems

Small scale. Big impact. Micro-nano systems are everywhere. 

 

Transportation

Transportation

The way we travel and transport our goods is changing dramatically.

 

Research News

Overcoming challenges in 3-D printing artificial tissue

April 20, 2018 /  Department News

Overcoming challenges in 3-D printing artificial tissue

Professor Ravi Selvaganapathy and a team of McMaster researchers are developing a new way to use additive manufacturing to create artificial tissues.

Clean and safe access to water for health and wellbeing

April 18, 2018 /  Department News

Clean and safe access to water for health and wellbeing

Sarah Dickson's research focuses on groundwater in the context of water security from a local perspective, particularly in rural, remote, and marginalized communities. She is also the McMaster Director of Water Without Borders.

Embedded thumbnail for McMaster capstone projects solve a range of real-world problems

April 3, 2018 /  Department News

McMaster capstone projects solve a range of real-world problems

From automating gel manicures, to preventing the spread of diseases amongst drug users, to helping visually impaired people cross the street safely, this year’s capstone projects aim to solve a wide range of real-world problems.

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