G2V Optics is an emerging global leader in smart, precision lighting is committed to creating enabling technologies to power and feed the world of tomorrow. G2V currently provides technology solutions to world-leading researchers, Fortune 500 technology firms, and aerospace companies in over 40 countries.G2V sells several solar simulation product lines globally and enables our customers to develop solutions for a more sustainably built world. Our customers use G2V's photons to drive the most critical developments in solar renewable energy, high-efficiency food production, reliable advanced materials, and space exploration of this decade and beyond. Across the value chain of each of these sectors, highly reliable lighting is needed to develop, manufacture, process, and test the devices and outputs in each case. Our software-controlled Engineerd Sunlight™ technology acts as a foundation to replicate geography-, seanson-, and altitude-specific natural lighting environments, as well as create light which matches the spectrum, uniformity, and stability requirements of scientific standards.We're proud to say that some of our key projects include providing solar simulation light arrays to NASA's Goddard Space Flight Center for testing OSAM-1 spacecraft.

Trying to advocate for and educate about nuclear energy and how it can benefit all people in Alberta and beyond

Workerd on an advanced research project with Dr. Thomas Thundat dedicated to aeronautical applications of nanoscale gas flows harnessed by modern nanomanufacturing methods

I was a research student under the supervision of Dr. Volker Uhlenwinkel studying the impact of initial conditions on hollow spray cones for molten metal spraying.

I was working for Dr. Ken Cadien at the University to help set-up a lab space for the Materials Engineering 494 course that is now offered at the University of Alberta. This job entailed work in the University of Alberta NanoFab Class 10 clean room for the fabrication of samples to be used in the lab for the next several years.