Software Engineer
TEM microscope sotware development on a contract from Thermofisher Scientific.- Improved performance of the Virtual Detectors during the 4D STEM experiment by using concurrent computation and templates, raising the number of lossless parallel data acquisitions from 4 to 28 on the same hardware and allowing users to gather more experiment data when using virtual detectors (C++)- Transformed the collision prevention for third-party devices to use asynchronous communication introducing a simpler for extension design and enabling a more flexible microscope configuration (C++, gRPC)