Engineering small satellite missions, scientific payloads, and computational models.
Space systems engineer and M.Sc. candidate at Sharif University of Technology specializing in CubeSat mission analysis, electrodynamic tether payloads, and embedded flight avionics.
M.Sc. in Space Engineering at Sharif University of Technology
APSCO Summer Camp Participant at Northwestern Polytechnical University (NPU), Xi'an, China
Co-author in the 23rd International Conference of Iranian Aerospace Society (SPARCS CubeSat Mission)
Specialization
Focus Areas & Engineering Domains
Space Systems & Small Satellites
Mission analysis, subsystem requirements, FMECA reliability coordination, and 3U CubeSat architecture within international mission frameworks.
Scientific Payloads & Embedded Dev
Subsystem-level firmware implementation, sensor interfacing, and hardware integration for Electrodynamic Tether (EDT), dosimetry, and imaging payloads.
Technical Computing & Simulation
Trajectory and orbital mechanics modeling, numerical analysis, data processing, and engineering automation utilizing MATLAB and Python.
Track Record
Featured Missions & Projects
SPARCS Mission (APSCO)
Assistant System Engineer & Payload Designer
An international collaborative 3U CubeSat project qualified for the engineering model (EM) development phase. Focus on Electrodynamic Tether (EDT) and Dosimetry payload definitions and FMECA reliability analysis.
EduSat: Educational CubeSat Platform
System Designer & Embedded Programmer — Sepehr Team
Designed Version 1.0 of an educational CubeSat platform and conducted a hands-on 16-hour workshop instructing core satellite subsystems and embedded workflows.