News

Dr. Zhao joins OPERA

By kevin golovin | August 17, 2019

We are pleased to welcome Dr. Xiaoxiao Zhao from LSU. Dr. Zhao brings us his expertise on superhydrophobic surface development and microfluidics. Welcome to the group!

New Publication!

By kevin golovin | August 3, 2019

Kiana and Ben’s publication on a new type of ice sensor is published in Sensors & Actuators B. Chemical! These new sensors offer a precise and sensitive method for tracking ice buildup on surfaces like airplane wings or engines. Awesome work! Check it out here.

DiscoverE 2019 is a hit!

By kevin golovin | July 20, 2019

We hosted high school students once again for a day of Materials Engineering, as part of the DiscoverE program. Once again the students developed superhydrophobic fabrics capable of repelling chocolate syrup. A day of excitement, fun, and learning was had by all. I hope to see many of those faces in my classes in the… Read more »

Reeghan joins OPERA

By kevin golovin | July 13, 2019

Reeghan Osmond is the latest member to join OPERA, from BCIT. Welcome Reeghan!

ISMA 2019

By kevin golovin | June 25, 2019

Dr. Golovin and Kamran attended the inaugural International Symposium on Materials for Anti-Icing, hosted by NTNU in Trondheim, Norway. An excellent two-day gathering of some of the top minds in anti-icing materials!

Dr. Mohseni joins OPERA

By kevin golovin | May 13, 2019

Dr. Majid Mohseni is the lastest member of  the OPERA group, coming to us from France. Welcome Majid!

LIT Research

By kevin golovin | May 4, 2019

Behrooz proving to be the group artist once again! (Science publication)  

Kick-off connection

By kevin golovin | May 4, 2019

During the kick-off of COMFORTS, the BC Dragoons decided to roll up onto campus. Roozbeh was on top of things!

LIT Media Coverage

By kevin golovin | April 29, 2019

Our work on LIT materials was featured on Global News!  

Science publication!

By kevin golovin | April 27, 2019

Our latest study on anti-icing materials has been published in Science! LIT materials will hopefully revolution the deicing paradigm and we are excited to finally share these insights with the world. Low-interfacial toughness materials for effective large-scale deicing Media coverage: UBC Press Release University of Michigan Press Release CBC Calgary AAAS Toronto City News phys.org… Read more »