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• WISA releases first Annual Report
• Academic Calendar and Curriculum Management at ��ݮ��Ƶ
• Watch how to overcome a data breach
• New membership with Community-Based Research Canada
• How wet chopsticks hitting hot oil advance our understanding of physics
• Warriors bring back play with new "Play Days" program

WISA releases first Annual Report

A mesage from the ��ݮ��Ƶ Institute for Sustainable Aeronautics.

On Friday, June 24, 2022 the ��ݮ��Ƶ Institute for Sustainable Aeronautics (WISA) released its first Annual Report, sharing highlights from the institute’s first year of operations in its mission to be the world’s leading hub for sustainable aeronautical research, technology, and education.

"As an aviation professor with deep connections to the air transport sector, I was aware of the many challenges being faced as operators, governments, and manufacturers began to imagine aeronautics within a post-pandemic world," said WISA's Director, Suzanne Kearns.��"Pre-pandemic, the sector already faced tremendous disruption associated with a lack of personnel, growing environmental emissions, and the rapid evolution of technology. These challenges inform the three pillars of WISA’s mission – to support the sector to improve social, environmental, and economic sustainability."

"Confronting these challenges will require a collaborative approach that draws on expertise across disciplines and industries. While the pandemic has been a trying time for us all, another factor also emerged; with aviation colleagues around the world out of work for more than 18 months, we witnessed a collective shift in perspective. Perhaps the difficulties we all faced fostered a new perspective in our field – that we are all connected and impacted by global events. This renewed awareness of our collective strengths can be a catalyst, helping us work together to find innovative solutions," said Kearns.

Academic Calendar and Curriculum Management at ��ݮ��Ƶ

A message from Cathy Newell Kelly (Office of the Registrar), Jeff Casello (Graduate Studies and Postdoctoral Affairs), and Bruce Campbell (Information Systems & Technology), the Academic Calendar and Curriculum Management project sponsors.��

The Academic Calendar and Curriculum Management project team (a partnership between the Office of the Registrar, Graduate Studies and Postdoctoral Affairs, and Information Systems and Technology) is excited to announce that����has been selected to provide an academic calendar and curriculum management solution for the campus. Kuali already has a working relationship with the University as the Office of Research utilizes their research solution.��

Kuali provides an academic calendar and forms-based curriculum management platform that enables campus stakeholders to submit, track, and approve curriculum motions across the University's governance model and assists administrators with an updated solution to publish the academic calendars, which will have enhanced features for all users of the academic calendars. This solution will eventually replace existing systems used to publish academic calendars - the Academic Calendar Maintenance System () and Web Content Management System (Graduate Studies Academic Calendar) - and allow for an updated and consistent look and feel.��

Implementation of the new academic calendar and curriculum management software begins with a business process review. The goal is to create and build curriculum management forms for undergraduate and graduate courses, programs, and academic regulations. The project team has already begun engaging with key stakeholders, which will help inform the implementation timeline for the curriculum management and academic calendar builds.��

We look forward to sharing more information about these exciting new tools once the initial business process review is complete. Want to stay connected? Visit the��project website.��

Watch how to overcome a data breach

This article was��originally published on ��ݮ��Ƶ Cybersecurity and Privacy Institute's website.

Target and Equifax had one of the biggest data breaches ever, with hackers stealing millions of customers’ credit card information. Within a click, these esteemed companies lost their reputations and customer faith overnight. What surprised many was the nature of these attacks. Rather than infiltrating from the main systems, some of these attacks happened through a third-party vendor. For instance, Target's data breach occurred through their HVAC (Heating, ventilation, and air conditioning) system. As well, Target and Equifax are high-profile and large companies— so how come these attacks happen? Is there technology in place that can protect a company's information such as customers' credit card information? What can company executives, researchers, and the public do to overcome data breaches?

Back in December 2021, Virginia Tech’s����hosted our CPI Talk: Data Breaches and Multiple Points to Stop. She analyzed the Target and Equifax Data breaches and advised how we can prevent, detect, or stop a data breach!

Watch the demonstration:

New membership with Community-Based Research Canada

A message from the Office of Research.

A one-year membership with����is now available to all University of ��ݮ��Ƶ faculty, staff and students.

The mission of CBRCanada is to advance community-based research (CBR) excellence in Canada by strengthening partnerships, bridging capacity, mobilizing knowledge, and championing community-based research among individuals, communities and institutions.

More information about opportunities including conferences, awards, community of practice, connections to local and international partners, training, and more can be found on the����and by subscribing to the��.

If you have any questions, please contact��Sara Anderson���ǰ���Nadine Quehl.

How wet chopsticks hitting hot oil advance our understanding of physics

This article was��originally featured on ��ݮ��Ƶ News.

Cooks throughout Asia put moist bamboo chopsticks into oil in a frying pan, watching the bubbles that form and listening to the sizzling sound they make as they burst to gauge the perfect cooking temperature. An international team of researchers used the technique as inspiration to learn about the complex physics behind wet chopsticks hitting hot oil.

“Many cookbooks teach this technique and it is widely used, but when we searched the academic literature, we couldn’t find any detailed scientific explanations,” said��Zhao Pan, a mechanical and mechatronics engineering professor at the University of ��ݮ��Ƶ. “We set out to provide one.”

“Members of our team speak seven different languages, but we couldn’t find any scientific investigation, and no one knows the history of the trick,” added lead author Akihito Kiyama of Utah State University.

The project involved experiments placing wet paper, moistened chopsticks and water droplets in hot oil, with the results recorded using sensitive microphones and high-speed cameras.

Researchers found the physics of frying food far more complex than they anticipated. To simplify their tests, they used moist pieces of paper and, later, water droplets as stand-ins for actual food.

“We found three distinct types of bubble events in our experiments: an explosion cavity, an elongated cavity and an oscillating cavity,” said Tadd Truscott, a professor at King Abdullah University of Science and Technology in Saudi Arabia.

Explosion cavities form when a water droplet enters hot oil and undergoes a micro-explosion due to the sudden temperature increase, forming a vapour bubble that can rupture the surface of the oil. Elongated cavities explode without rupturing the surface, while oscillating cavities are created when a water droplet is submerged, undergoes a multi-step explosion process and begins to oscillate before breaking up into numerous small bubbles.

The results have potential applications in scientific fields such as acoustic sensing of aerosol generation to inexpensively measure air pollution, new technology the researchers are now working on.

Pan, director of the Pan-Lab: An Interdisciplinary Kitchen for Fluid Physics at ��ݮ��Ƶ, said the tests also showed that the trick used by deep-frying cooks works quite well.

“This simple eye and ear measurement is accurate to within about five to 10 per cent, which is pretty good when we consider that a typical temperature for frying food is higher than 150 degrees Celsius,” Pan said.

A paper on the project,��, appears in the journal Physics of Fluids. Rafsan Rabbi, Som Dutta and John Allen also contributed.

Warriors bring back play with new "Play Days" program

This article was��.

"Play is the foundation of learning, creativity, self-expression, and constructive problem-solving. It's how children wrestle with life to make it meaningful." Those words by American Author Susan Linn have never been more true and the Department of Athletics and Recreation is proud to be a small part in bringing play to children across our region.

With the recent development of a program called "", children in Grades 1-8 have been participating in a wide range of activities in the Feridun Hamdullahpur Field House over the past month and a half.

Play Days aim to provide youth with a way to meaningfully participate in sport and games originating from indigenous culture.��As we work towards reconciliation, participants will be introduced to��Lacrosse, Rattler, Capture the Flag, Tatanka��Tatanka, and more. The program uses the "Indigenous Games for Children" book from High Five and Parks Canada to teach about the history of how indigenous sports have shaped our current games and sports.

This program further aims to reinforce the impact that physical activity can have on social connection, performance in the classroom, and mental health. Activities will draw upon components from the Canadian Sport for Life Program, in alignment with the Ontario Curriculum.��

"We are extremely proud to be hosting elementary aged children around the KW Region to promote physical activity as a means of maintaining positive physical and mental wellbeing, while interweaving some education around indigenous culture," said director of athletics and recreation,��. "As we transition out of a very difficult two-year period of change and uncertainty for our youth, it is a critically important time to make physical activity a priority and we hope Play Days can play a small part in this."

Play Days are instructed by University of ��ݮ��Ƶ students who have a passion for working with children and expertise in encouraging and facilitating physical activity. 

The program was designed in conjunction with the Recreation and Leisure Department through the hiring of students in their practicum program and was made possible through a Canada Summer Job Grant that has helped support instructors while reducing costs for participants. Play Days was also built with the intention of impacting the KW community through access to play and activity resources.

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