Our self-developed multifunctional rocket simulator, prevailing where the standard solutions fall short, to keep Propulse at the cutting edge of simulation technology and experimental rocket design.
Among the capabilities are accurate trajectory prediction at transonic and supersonic speeds, design optimization of aerodynamic structures, development and testing of physical hardware in a simulated environment, advanced fluid mechanics using numerical methods, and stochastic analysis.
The current team is innovating and improving upon this existing simulator framework, and looking into integreation of computational fluid dynamics. This new venture may lead to a unique and very interesting software development project, yielding great results for Propulse and student rocketry in general.
Potential areas of responsibility
6 degrees of freedom dynamics
Implementation of Computational Fluid Dynamics
Design optimization of aerodynamic structures
Hardware integration and testing
Advanced wind modelling
Does this R&D project sound like something for you? Members of Penumbra get a lot of freedom and can contribute to defining the goals of the group itself. It requires a driven, independent person with an adaptive mindset to be able to familiarize yourself with unknown software. You will work together with other developers and engineers from other groups in Propulse, to create relevant software for the organisation.
Unlike the other groups in Propulse, Penumbra has no requirements to the amount of work you do. Long term (about a year), short term (a couple of weeks), or continuous (until completion of a feature or by choice) involvement can be agreed upon.
Got any questions?
Contact the Penumbra Lead, Harald Bjerkeli: