Advanced manufacturing news

Advanced manufacturing program and research at U of T Engineering are creating next-generation technology while preparing future engineers to lead in industry.

Officials from Japan, Ontario, First Nations and U of t at the Yoshino lecture

Inventor of the lithium-ion battery Akira Yoshino inspires new collaborations for battery innovation

More than 200 people attended a partnership event hosted at U of T, featuring Honorary Fellow of Asahi Kasei Corporation

MIE PhD candidate Arman Arezoomand in the Decisionics Lab of Professor Fae Azhari (MIE, CivMin). Thanks to the Data Sciences Institute (DSI) Doctoral Student Fellowship, Arezoomand is advancing research on robotic skin for prosthetics and other robotic applications. (photo by Sarah Yuan)

Research into ‘robotic skin’ could help restore a sense of touch for those with prosthetic digits

The bio-inspired technology being developed by MIE graduate student Arman Arezoomand could also advance embodied AI and precision manufacturing

Yu Zou and team

New metal matrix composites — made with 3D printing — could lead to light, yet strong components for aerospace and other industries

Inspired by the structure of reinforced concrete, Professor Yu Zou (MSE) and his team designed a material with high compressive strength, even at high temperatures

oil droplets repelled by fabric

U of T Engineering researchers develop safer alternative non-stick coating

A technique called nanoscale fletching has led to a repellent material with greatly reduced levels of per- and polyfluoroalkyl substances (PFAS), sometimes called ‘forever chemicals’

A composite photo of Leipciger, Chau and Sedra

Three members of the U of T Engineering community appointed to the Order of Canada

Professor Tom Chau (BME), Professor Emeritus Adel Sedra (ECE) and alumnus Nathan Leipciger (ECE 5T5, Hon LLD 2019) are among 83 individuals appointed by the Governor General of Canada

Kyrylo Kalashnikov and the robotic electrochemistry system he designed

Low-cost, open-source robotic system could make self-driving labs more accessible to students and researchers

System was designed and built by University of Toronto undergraduate students for less than $500

two portrait photos: Professor Lee on the left and Sansone on the right, both looking forward and smiling

U of T Engineering graduate student launches market-ready solution for sustainable transportation

New advanced material formulation improves the durability and efficiency of battery cases for EVs, as well as traditional internal combustion vehicles

Chris Yip, Deepa Kundur and Marie Hattar, stand before a ribbon. Chris and Marie hold scissors to the ribbon.

ECE’s new Keysight Electronics Laboratory will empower future innovators

Hands-on educational facility designed to enable undergraduates to gain practical experience through collaboration with researchers on long-term projects

Formulations Lab at Acceleration Consortium

U of T and BASF partner on self-driving labs to advance agriculture, medicine and more

Partnership agreement leverages AI and automation to design new chemical products with applications in crop protection, industrial coatings and drug delivery