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Working with top-ranked universities around the world, we have included a large roster of CAD/CAM software for professional and educational development. We have given these recommendation to such universities like the University of Toronto in order to enhance the engineering education experience with high ended design for manufacturing, reveres engineering, CAD programming and 3D printing preparation & simulations.
The talent gap is a serious setback towards adaptation of additive manufacturing (AM), better known as 3D printing, in professional settings. In order to address this issue, we have worked towards the introduction of the first AM course at the University of Toronto, with the help of Dr. Ali Radhi. The course talks about high end applications as well as new and innovative AM technologies on the marker. The course is called Additive Manufacturing in Engineering Applications and it is set to help students prepare for the new and ever growing field of AM.
Dr. Ali Radhi, working with MetaMetry and a University of Toronto alumnus, recently spoke with TVO about additive manufacturing and the potential for 3D-printed homes. Dr. Radhi teaches MIE1724: Additive Manufacturing in Engineering Applications at the Mechanical & Industrial Engineering Department and commented on the potential benefits and challenges in using additive manufacturing to build homes.
Sunday Nov 27, 2022 Boston, Massachusetts
The world’s foremost international scientific gathering for materials research, the MRS meeting showcases leading interdisciplinary research in both fundamental and applied areas presented by scientists from around the world.
Tuesday Jun 21, 2022 at 8:00 AM EST
Introducing the Large Scale Additive Action Team (LSAAT) meeting to the community, in addition to the Cold Spray Action Team (CSAT) meeting for 2022.
Tuesday May 3, 2022 at 9:00 AM EST
An executive conference to discuss future of global manufacturing and the new digital technologies needed to create a more resilient supply chain.
Current solid-state thermal systems are derived from the caloric effect. Dependent on different materials, the effect takes into external stimuli and convert it into heat. This has received great attention in the past decade or two as the demand for more sustainable thermal systems is increasing. However, the pandemic caused the global manufacturers giving entire focus on improving their sales and profitability through product innovations and upgrades. However, the low-carbon footprint, energy loads and reduced consumables makes this technology a booming field with high expectation in HVAC and refrigeration markets in the future.
Technology startup revolutionizing the 3D Construction / Concrete Printing (3DCP) industry presents not only concrete printing but also integral, automated reinforcement, formworks and insulations solutions. It encompasses a group of experienced engineers, architects, entrepreneurs, visionary personalities who met to the way of building.
As additive manufacturing technology advances , its range is more and more moving towards serial production, which creates a higher demand for process stability due to the reproducibility requirements placed on component quality. With such a disruptive innovation as 3D printing, sector growth has happened much more quickly than the education offering for the workforce. To become Additive Manufacturing (AM) experts, employees need to re-skill or up-skill into new roles.
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