Tagir Sadretdinov

Designed technical proposals & requirements for LEO communication constellation. Analyzed industry trends, built models, solved technical & financial trade-offs. Developed MATLAB and Python software to support MBSE design process. Coordinated requirements and data between subsystem designers & models. Conducted stakeholder and system requirements decomposition & verification. Analyzed and visualized data, simulation results and trends. Presented summaries for engineering discussions and for board meetings.

Assessed the use of capacitive voltage multiplier for company’s future CubeSat launch missions. Found suitable components, analyzed their specifications, conducted numerical simulations, trade-off studies

- Assisted in laser experiments: photocount detection, quantum entanglement, laser beam steering (setting up the experiments, result analysis with Python). - Assisted in assembling and testing of UAV for optical communication and quantum key distribution experiments

Thesis: Machine Learning-Based Fault Identification in CubeSat Attitude Determination and Control Subsystem

Thesis: Characterization of Low-Photon Light Sources by Photocount Statistics