Events

Digital twins and augmented reality can be used for simulating physical objects and processes. This can be especially helpful for improving their design to better ensure the dependability of infrastructure and operations where lives might be at stake. With the use of such digital realities, one can also create a competitive edge to improve efficiency and advance capabilities.

Join us for an engaging Ask-Me-Anything session with University of Waterloo graduate, Conrad School alumni, and CEO & Founder of Lunaria Solutions, Cassie Myers. Cassie is an inclusion and equity advocate, who was recently recognized as a Top 50 Changemakers by Globe and Mail.

A phenomenon by which the value of goods and/or services is increased by the number of people or participants involved. This is known as "The Network Effect". When properly utilized, this effect can lead to accelerating progress and commercial success.

The Waterloo Institute for Nanotechnology (WIN) is happy to welcome Professor XiaoYu Wu to the WIN family! Professor Wu will deliver a seminar in order to introduce himself and his research to our community. Please join WIN in giving him a warm welcome.

Join us for a virtual screening of Picture A Scientist - a documentary raising visibility around gender bias and racism in science.

Innovation, coaching & networking opportunities at GreenHouse Social Impact Incubator for FYDP Capstone teams interested in working on challenges with organizations and individuals with a problem or venture in mind! Apply to GreenHouse’s Social Innovators in Training & Workplace Innovation Programs by August 5th.
 

World Fuel Cell Conference (WFCC) is established under the auspice of the
International Association for Hydrogen Energy (IAHE) as an umbrella
organization to lead and coordinate the information dissemination related to
hydrogen and fuel cell R&D activities, development, advancement and
education.

The Conrad School is hosting a Speaker Series to celebrate Women Entrepreneurship Week 2021 with Montclair University and other institutions around the globe. Celebrate with us!

Sustainable nanomaterials, such as cellulose nanocrystals (CNCs) are rod-like nanoparticles obtained by sulfuric acid hydrolysis of cellulose fibres. Several properties of CNCs, such as their availability, low cost, high mechanical strength, a large number of surface functional groups, high surface area per volume and aspect ratio have led to an increasing interest in using them for adsorption and controlled release applications. Pristine CNCs were incorporated into hydrogel beads in order to eliminate the need for centrifugation.

Join Research Talks, a panel discussion and Q&A examining the future of
employment featuring: