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Christopher Capon is listed as CEO at Nominal Systems at Nominal Systems, based in Canberra, Australian Capital Territory, Australia. AeroLeads shows a work email signal at uqconnect.edu.au and a matched LinkedIn profile for Christopher Capon.
Christopher Capon previously worked as Chief Executive Officer at Nominal Systems and Postdoctoral Research Fellow at Unsw. Christopher Capon holds Doctor Of Philosophy - Phd, Plasma-Body Interactions / Astrodynamics from Unsw.
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My goal as a researcher, educator, entrepreneur and global citizen is to develop new ways to solve the challenges we all face every day. The sustainable and responsible development of intelligent, distributed space systems connected to responsive digital ecosystems will be a key enabler of these solutions.Nominal Systems - CEO (Contact: chris@nominalsys.com)We develop and deliver digital twin technologies that unlock the potential of your complex systems. To find out more or get a quote, send me a message.UNSW Canberra Space - Research Fellow (Contact: c.capon@unsw.edu.au)We extend the art-of-the-possible in intelligence space systems by combining AI on the edge with in-orbit missions and advanced in-house space system modelling tools. Current Ph.D projects that I have available:- High-fidelity GPU-accelerated modelling of complex space systems- Ionospheric Aerodynamics for Active Satellite Control- Synthetic augmentation of data-limited systems to enhance learning-assisted inference/anomaly detection capabilities.- Reinforcement-learning optimized satellite constellations/swarms.- Integrated satellite flight hardware with digital twin systems for constellation satellite design, optimisation and operation.- Game-theory aware future space traffic management system approaches.
Listed skills include Analysis, Cfd, Simulations, Matlab, and 17 others.
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Canberra, Act, Au
Our goal at Nominal Systems is to help companies keep space safe and debris free by streamlining functional testing processes and equipping companies with the tools and training to respond in-orbit when everything doesn't go to planned. #responsiblespace development starts on the ground, not in-orbit. Drop me a message if you'd like to know more.
My PhD thesis set out to understand the aerodynamics of plasma-body interactions in Low Earth Orbit (LEO) and how they might influence them motion of LEO objects.This was acheived through the development of a hybrid Particle-in-Cell (PIC) / Direct Simulation Monte Carlo (DSMC) code that I developed as an extension of the OpenFOAM framework in collaboration with the University of Strathclyde. First principle dimensional analysis of the problem revealed new plasma-body interaction scaling laws that were applied to isolate and untangle the direct and indirect forces exerted on a body immersed in a flowing mesothermal plasma. By developing an understanding of the fundamental physics involved, a physics-based response surface was constructed to demonstrate that there do, in fact, exist conditions where ionospheric aerodynamics appears to have an appreciable influence on the motion of LEO objects.
Sydney, New South Wales (Nsw), Au
Developing on Australia's strategic capability to monitor and predict the location of orbital debris in line with the goals of Space Situational Awareness. Specifically, I am focusing on applying the Direct Simulation Monte Carlo method (DSMC) to enhance the prediction of LEO objects i.e. satellites, space debris, in the presence of solar activity.
Brisbane, Queensland, Au
Conducting research into the effect internal flow path nonlinear processes leading to instability of hypersonic vehicles using coupled Computational Fluid Dynamics (CFD) and Rigid Body Dynamics (RBD) simulations. Future work includes free to tumble and forced tumble experiments.
Reconcile accounts with MYOBSend out invoice requestsTest products for different user types
Acton, Act, Au
Development and testing of software designed to record and automate speaker recognition in health care de scion making groups. This software was specifically aimed at aiding sociologists study the decision making process in health care groups by generating metrics regarding speaker turn, content etc.
Brisbane, Qld, Au
Observed different facets of an open cut mining operationPerformed analyses on past operating efficiencies
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Christopher Capon works for Nominal Systems.
Christopher Capon is listed as CEO at Nominal Systems at Nominal Systems.
AeroLeads has found 1 work email signal at @uqconnect.edu.au for Christopher Capon at Nominal Systems.
Christopher Capon is based in Canberra, Australian Capital Territory, Australia while working with Nominal Systems.
Christopher Capon has worked for Nominal Systems, Unsw, University Of New South Wales, University Of Queensland, and Ozdatasolutions.
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Christopher Capon holds Doctor Of Philosophy - Phd, Plasma-Body Interactions / Astrodynamics from Unsw.
Christopher Capon is listed with skills including Analysis, Cfd, Simulations, Matlab, Engineering, Public Speaking, Research, and Project Management.
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