I provide thermal engineering services for space systems with a focus on design and analysis. Some examples:

• Worst-case determination for any mission and subsystem, Earth-orbiting and beyond.
• Thermal system design and engineering for space applications of any type and complexity: assisting your system design by suggesting improvement ideas and ways to implement those changes:
• Material and coating selection
• Active vs Passive thermal control
• Radiator and heater sizing
• Sensitivity analyses
• Requirements definition: providing a set of requirements for your application to present to the system authority.
• Requirements interpretation: translating the thermal requirements from the prime on your thermal system.
• Detailed thermal analysis: thermal modeling and analysis for nominal and worst cases, as well as what-if scenarios, for both:
• GMM - radiative/orbital analysis
• TMM - Finite Element or Lumped Element modelling (conduction, radiation, convection, ablation)
• Test predictions and result/model correlation
• Modelling and analysis of:
• Electronic boxes, boards and components; Hot-spot location
• Soil modelling for lander applications
• Optical payloads with stringent temperature requirements

If your need is not in the list above, contact me: I'm inherently curious and interested in new applications.