Engineering Toolkit & Stack
Hardware programming environments, numerical astrodynamics solvers, and system verification methodologies utilized in active engineering projects.
Core Development & Modeling Tools
Numerical ODE integration, perturbation modeling, and algorithm scripting
Subsystem firmware, serial bus drivers (I2C/SPI/UART), and state machine logic
Telemetry data parsing, ground station image reception, and numerical scripts
Orbit propagation, access time calculations, and constellation coverage
CAD structural layout, mechanical packaging, and 3U CubeSat structure integration
Schematic design, component footprints, and experimental board prototyping
Planetary ephemeris extraction, reference frame rotation, and geometry kernels
Domain Engineering Methodologies
Astrodynamics & Trajectory Modeling
- • Zonal Geopotential Harmonics (J2–J10 Propagation)
- • Repeat Ground Track (RGT) Orbit Design
- • Relative Orbital Elements (ROE) Dynamics
- • High-Order Numerical ODE Solvers (ode78 / ode113)
- • Event-Driven Zero-Crossing Maneuver Triggers
Space Systems & Reliability Engineering
- • Failure Modes, Effects & Criticality Analysis (FMECA)
- • System Requirements Traceability Matrix (RTM)
- • 3U CubeSat Architecture & Subsystem Allocation
- • Electrodynamic Tether (EDT) Deorbit Feasibility
- • Telemetry Packetizing & Command Sequencing
Embedded Avionics & Sensor Interfacing
- • Hardware Bus Communication Protocols (I2C, SPI, UART)
- • Inertial Measurement Units Interfacing (MPU6050)
- • Three-Axis Magnetometer Calibration (GY-271)
- • Imaging Payload Triggering & Serial Data Downlink
- • Solar Cell Power Monitoring & ADC Readouts
Languages
Specialized Technical Training
Advanced Systems Tool Kit (STK)
Pars Pajouhaan
Comprehensive MATLAB and Simulink
Sharif Univ. Aerospace Assoc.
Digital Image Processing with MATLAB
Pars Pajouhaan
Technical Robotics & Electronics Qualification (100h)
NURMSA