1. Small Satellite and CubeSat Platforms

  • Modular Bus Architecture: A template for a CubeSat bus architecture that integrates core subsystems like Electrical Power Systems (EPS), Attitude Determination and Control Systems (ADCS), and Command and Data Handling (CDH).
  • Power & Thermal Analysis Model: A simulation model to calculate power budgets and thermal dissipation profiles based on orbital parameters.
  • ADCS Logic Template: A model that simulates satellite pointing requirements, including sensor fusion (e.g., star trackers and GNSS) and actuator logic (e.g., reaction wheels).

2. Space Robotics and Rovers

  • Mobility Platform Template: A structural and mechatronics model for a planetary rover, including wheel traction design and obstacle detection logic.
  • Robotic Arm Kinematics: A template for a robotic manipulator focusing on path planning and sensor integration for repairs or sample manipulation.
  • Autonomous Navigation Logic: A simulation framework for rover autonomy, specifically modeling how a system reacts to uncertain terrain or sensor failures.

3. Mission Planning and Trajectory Analysis

  • Launch & Reentry Planning: A template for trajectory optimization, detailing mass budgets and performance data for multi-stage vehicles.
  • Orbital Mechanics Calculator: A reusable tool for 3D/2D ground track visualization and TLE-based tracking.
  • Space Tug De-orbiting Model: A template for a vehicle intended for satellite orbit adjustments or safe de-orbiting operations.

4. Earth Observation and Data Pipelines

  • Satellite Imagery Analysis Pipeline: A template for handling large geospatial datasets, specifically for processing imagery from open-source satellites like Sentinel or Landsat.
  • Environmental Monitoring Framework: A model for classifying environmental data (e.g., deforestation or ice melt) using automated data pipelines.

5. Infrastructure and Support Systems

  • Ground Support Equipment (GSE) Planning: A template for planning and managing ground operations, assembly, integration, and test activities at launch sites.
  • Dust-Tolerant Connector System: A design-basis model for quick-connect electrical and fluid interfaces suitable for extraterrestrial surfaces.
  • Lunar Surface Habitat Architecture: A structural and environmental control template for habitats, including internal volume, power management, and thermal control.