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May 5, 2020 | Volume 11, Issue 3 | View this email in your browser

Capstone Design Project Winners: Mechanical Engineering

Each year the capstone design course provides students with the opportunity to solve a problem for a real-world client and normally culminates in a project showcase at the end of the term. This year, students quickly adapted to remote learning and created final project videos to virtually showcase their work.
In this issue of the newsletter we'd like to share the mechanical engineering projects that received awards this term. We will be sharing the industrial engineering winners in the next edition of our newsletter. 
First Prize: Design of an Extravehicular Activity Smart Toolset for Planetary Field Geology Exploration
Project Team: Clara Zaki,Omar Rabbat, Arash Nourimand, Adityapal Bhatia
Client: Integrated Spaceflight Services Supervisor: Tobin Filleter
View Project Video

This project team was tasked with creating a handheld tool prototype that can be used comfortably and efficiently by astronauts in the NASA 2024 Artemis Mission to perform real-time analysis of lunar rocks. The tool will need to pick up rocks, be ergonomic to overcome the physical limitations imposed by spacesuits and conduct an analysis of the sample in real-time to determine the rock size, mass, and ice content.
Four initial designs were combined to create the final design. From there, the team developed both a mechanical and software prototype. The mechanical prototype was successfully tested in an analogue lunar gravity environment while the thermal software was used to detect ice in heated rocks.
The final design features a spring-loaded handle with a wide grip, large buttons and screen for a live-camera feed, a simple and easy to use interface with large buttons, and an infrared camera that reads temperature changes via heaters.

This project was also recognized with the John H. Weber Scholarship, awarded to the highest-scoring team which demonstrates an interest in automotive and/or aviation design through their Capstone project.
 
 
Second Prize: Optimization of Composite Production
Project Team: Hubaab Kamarul Hussain, Maurice Berleth, Yesim Barista
Client & Supervisor: Eric Diller

View Project Video

Many engineers will experience the challenges of producing composite materials. The conventional method of epoxy application where layers of material are saturated with epoxy and then left to cure and harden is both messy and time consuming. This project team worked to optimize this process to produce higher quality materials and improve the user experience.
A process of iterative prototyping, testing and validation allowed the team to develop a final product. They have created a mechanism that uses a set of rollers to apply epoxy to a sheet as it passes through. The epoxy is applied continuously by a pair of nozzles while the pressure between the rollers can be adjusted to ensure an even saturation and the removal of excess epoxy.

The samples produced by the final design successfully meet the quality benchmarks of conventional methods. The team also had amazing success in improving user workflow – using their prototype reduced time consumption by a factor of ten.

 
Third Prize: Medical Equipment/Healthcare Technology Category
Project Team: Daniel Chacon, Rahul Kandel, Andrew Lam, Lukasz Rapacz
Supervisor: Craig Simmons


Congratulations to our third prize-winning team in the mechanical engineering group! This project is subject to a non-disclosure agreement and while we are unable to share any details regarding their excellent work, we are pleased to be able to recognize their achievement. 

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MIE Professors Receive Faculty Excellence Awards

Prof. Eric Diller, Prof. Amy Bilton & Prof. Tim Chan

McCharles Prize for Early Career Research Distinction 

Eric Diller’s research focuses on developing miniature robots which can be wirelessly controlled just like full-sized robots. His goal is to enable a radically new approach to medical procedures and create an entirely new set of scientific tools. Diller shrinks the mechanical and electrical components of robots to centimeter, millimeter and micrometer length. As these miniature components are too small for batteries or microchips, he then develops novel ways to wirelessly control them, using magnetic fields and smart materials. He is developing the fundamental and applied devices and methods towards real implementation for diagnosis and surgery. Along with his academic, clinical, and industry partners, Diller is making strides towards trials and commercialization. His work has been recognized with several of the top awards for early career researchers in both robotics and mechanical engineering.

Early Career Teaching Award  

Amy Bilton has served as Director of the Centre for Global Engineering since 2018. Through this role and her classroom teaching she has created unique opportunities for our students to work with international partners in the area of engineering for global development. Most notably, she has developed international capstone projects for students in the mechanical engineering and multidisciplinary capstone design courses. These allow students to travel abroad and work with community members in the developing world to address local challenges using their engineering design skills. Due to the extremely high demand for these projects, Bilton has significantly expanded the initiative in recent years, providing opportunities for students to work with NGOs in Kenya, Guatemala, and Rwanda, as well as the Canadian far north. She has successfully fundraised and recruited the support of other faculty members to further develop this program.

Faculty Teaching Award

Tim Chan is a talented and dedicated teacher who has developed new courses and new ways of teaching operations research. He developed the course Analytics in Action, a case-based introduction to data analytics that has proven hugely popular, and led the creation of the popular MEng Emphasis on Analytics. One of the ways Chan’s teaching is unique is his use of games to explain difficult concepts – he has developed a game modelled on the TV show Deal or No Deal to explain decision making under uncertainty which has been used in engineering and MBA programs in several institutions, including Duke and MIT. Chan has published on his teaching methods and presented at international conferences. In addition to being a great mentor to his students, Tim makes a point of training and mentoring his TAs, both to ensure his courses are well-taught and to pass on his exceptional teaching to the next generation of engineering educators.

See the full list of award recipients.

COVID-19 Updates

Latest University Communications
Keep up to date with the latest COVID-19 communications on the University of Toronto website. Includes FAQs, HR information and links to mental health resources.
Engineering Dean's Message
Stay connected with the Engineering Faculty and read updates from the Dean on the Faculty of Applied Science and Engineering website.
Engineering Undergraduate FAQs
Find frequently asked questions about COVID-19 that are specific to undergraduate students in Engineering. 
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