Technical Projects
The following is a short list to illustrate the types of projects we have been involved in.
Calculations of spacecraft orbital trajectory changes on a Single Stage to Earth Orbit (SSTO) spaceplane.
The physics and engineering utility of a space capsule post human use for the application of scientific and microgravity experiments in Low Earth Orbit to inform a marketing study.
Calculations of dust and charged particle erosion on a space vehicle designed for a 1,000 AU mission as a successor to the NASA/JPL Voyager probes.
Calculations of dust and charged particle erosion on a gram-scale object designed to travel at interstellar distances and overall system architecture design.
Development of educational reverse engineering workshops focused on spacecraft design principles.
Editing a technical academic astronautical journal for a long-term space society using peer reviewed papers.
Development of a numerical code written in Fortran 95 for an inertial confinement fusion spacecraft design and propulsion architecture for deep space missions.
The initiation of a high altitude stratospheric balloon initiative with over a dozen flights up to an altitude approaching 100 km carrying biological payloads.
Design of a sounding rocket concept for high stratospheric - low orbit altitude carrying sub-kg payloads.
Participating in an industry wide forum on the construction of a nuclear-electric research facility in the UK to serve government and academic space technology and defense requirements.
The provision of a warfare syllabus in US defense planning for space threat strategy mitigation.
Applying for technical research grants.
We are open to exploring new projects with new partners at any time provided they are aligned with our interests.
