You will contribute to the FluxJet vehicle technology, as part of the communication team, working with professors and engineers across Canada and Europe.  An advanced communication system is being developed for high-speed aerospace vehicles, including a novel modulation scheme and communication hardware which functions in extreme conditions similar to upper-atmosphere flight, with critical functions for life safety.

Your first mission is to develop efficient and accurate models for radio wave propagation to/from FluxJet vehicles confined in metallic tunnels and guideways with complex geometries.

You will also contribute to additional physics modeling and electrical engineering research with the company.  

You will be supervised by TransPod (the company) and co-supervised by a professor at the university.