

McGill engineering researchers have introduced an open-source model that makes it easier for experts and non-experts alike to evaluate greenhouse gas emissions from U.S. natural gas supply chains and yields more accurate results.

A McGill University research team has developed a painless, automated way to deliver in vitro fertilization (IVF) hormones using a light-activated microneedle patch, an innovation that could ease one of the most stressful parts of fertility treatment and open new possibilities for other diseases that require frequent, time-sensitive injections.
IVF patients must inject themselves with hormones daily at specific times in the weeks leading up to egg retrieval, a process that can be physically and emotionally taxing.

Synthetic Biology is a rapidly growing interdisciplinary field focused on creating new biological molecules, devices, and systems, as well as repurposing existing ones for beneficial applications in gene therapies, sustainable materials, and food production. Grounded in principles of standardization, abstraction, and modularity, it applies the Design-Build-Test-Learn engineering cycle to address long-standing biological challenges.

In a recent Nature publication, Profs. Natalie Reznikov and Marc McKee, along with graduate students Eran Ittah and Daniel Buss, worked with Prof.

Phoela Health Inc., co-founded by Reza Abbasi, PhD, and Prof. Sebastian Wachsmann-Hogiu, has won the Emerging Start-Up Award at the ADRIQ Gala 2025. Phoela’s biosensing technology was developed during Abbasi's PhD and advanced in his postdoctoral research in McGill’s Department of Bioengineering, mentored and financially supported by McGill Engine’s Chwang Seto Innovation Fellowship Program.


We are thrilled to announce that McGill iGEM has been named the 2025 Grand Prize Winner of the international iGEM competition!
Selected as the #1 iGEM team among 195 participating undergraduate institutions worldwide, McGill iGEM has once again brought home a first-place award after previously securing the top spot in 2023. This achievement places McGill iGEM among a group of only four teams globally to have won the Grand Prize more than once.

Thirty-two McGill research projects have received new funding from the Canada Foundation for Innovation's for investments in research infrastructure to support their innovative projects, for a total federal investment of $9.7 million.

Fall is a dangerous season for pedestrians, with a rise in road accidents linked to reduced visibility and shorter daylight hours. According to the Société de l'assurance automobile du Québec (SAAQ), October and November consistently see spikes in pedestrian injuries and fatalities, with a notable increase in deaths in recent years.
To draw attention to this problem, the SAAQ marks Pedestrian Safety Month each October, as do authorities in several other jurisdictions.

A message from the McGill Institute for Advanced Materials (MIAM):
Attend our next "FUTURE OF MATERIALS" roundtable with Matt Kinsella and May Griffith on bioprinting, with demonstrations: Thu. October 9 at 6:00 pm, Arts W-120 (McGill Campus). Please register at https://lnkd.in/evAZq9uK.

A McGill-engineered biosensor is helping to redefine food safety across Canada.

Congratulations to Professor Sara Mahshid on being inducted into the Royal Society of Canada College of New Scholar, Artists and Scientists! Read more here.

The Department of Bioengineering is pleased to announce that our new teaching laboratory is now open in the McConnell Engineering Building! This new space will support hands-on learning and student training in a modern, well-equipped environment.
A big thank you to everyone who contributed to making this new lab a reality. We look forward to seeing the incredible work that will come out of this space in the semesters ahead!
This lab is an exciting addition to our existing teaching facilities currently housed at UQAM.

An interdisciplinary team of McGill researchers has developed an ultra-strong, environmentally friendly medical glue, or bioadhesive, made from marine waste. The discovery has promising applications for wound care, surgeries, improved drug delivery, wearable devices and medical implants.
“Being able to produce glues that can close wounds or make something strongly adhere to the skin is critical for many medical interventions,” said Audrey Moores, Professor in the Department of Chemistry.
