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liquid injection pattern

Inspired by nature, temperature-responsive building facades could help reduce energy use from heating and cooling

Large Language Models (LLMs) have high electricity and water consumption due to the resource requirements of serving them to millions of users. This footprint can be reduced using methods developed by Professor Samin Aref (MIE) and his team, which produce smaller LLMs through quantizing their parameters. (image generated by ChatGPT)

How ‘slimmed-down’ large language models can reduce AI’s environmental and energy footprint

Farah Ghizzawi

How a passion for sustainable transportation brought this graduate student from Beirut to Toronto

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Bioprocess engineering student in the lab

New microcredentials to strengthen the talent pipeline for Canada’s biomanufacturing industry

From left to right: PhD candidate Oreoluwa Kolade and Professors Julie Audet and Sowmya Viswanathan.

Researchers are creating algorithms to accelerate the development of new cellular therapies to repair damaged tissues

Professor Caitlin Maikawa (BME). (Photo: submitted)

‘Teaching is a lot like working in the lab’: Meet Professor Caitlin Maikawa

Dr. So Min Park (ECE) holds up a sample of the perovskite solar cell that she and her collaborators designed. When the new cell was measured continuously under solar illumination, it maintained 85% of its original performance even following 1,560 hours at 85 C and 50% relative humidity. (Photo: Tyler Irving)

Improved stability could help perovskite solar cells compete with silicon