SimDynamX offers a virtual engineering platform that enables collaborative design of space systems and missions, delivering high‑fidelity simulations of the solar system with real planetary data from NASA/JPL and accurate physics for space and planetary environments. The platform supports aerospace professionals in system analysis, training, and operations while also providing STEM outreach tools such as virtual experiences and design competitions for students of all ages. By integrating simulation and education, SimDynamX helps users contribute to space exploration and development.
Funding
Funding not disclosed
Founders
Product
Problem
Designing and testing space systems and missions requires access to accurate solar‑system models, real planetary data, and complex physics simulations, which are typically limited to specialized agencies and large aerospace firms. This restricts collaboration, slows iteration, and makes STEM outreach in space engineering difficult for students and hobbyists.
Solution
SimDynamX offers a cloud‑based virtual engineering platform that provides high‑fidelity simulations of the entire solar system using NASA/JPL planetary data and realistic physics for space and planetary environments. The platform enables multiple users to collaboratively design spacecraft, plan missions, and run analyses in a shared virtual workspace. Integrated tools support both professional engineers and educators, allowing the same simulation engine to be used for STEM outreach, virtual experiences, and design competitions. By abstracting the underlying complexity, SimDynamX lets users of any skill level contribute to space exploration projects without needing proprietary software or extensive hardware.
Target Audience
Primary users include aerospace engineers, mission planners, and research teams, as well as educators, students, and hobbyist groups participating in space‑focused STEM programs.
Features
- Real‑time, multi‑user collaborative workspace for spacecraft and mission design
- High‑resolution solar‑system model built from NASA/JPL planetary datasets
- Accurate physics engine covering orbital mechanics, atmospheric entry, and surface operations
- Scenario‑based simulation tools for trajectory planning, system analysis, and mission rehearsal
- Built‑in educational modules and competition templates for K‑12 to university‑level STEM programs
- Cloud hosting eliminates the need for local high‑performance computing resources