A space project is a team endeavour. Among others, I have contributed to - and learned a lot from - the following missions (click images to access the mission's website):
JUICE (JUpiter ICy moons Explorer)
An L-class ESA mission with a planned launch date in 2022 and arrival at Jupiter in 2029.
It will make detailed observations of Jupiter, Ganymede, Callisto and Europa.
The thermal control system has to take into account the high radiation levels in the jovian system, and the opposing (cold) cruise phase and (hot) Venus GAM.
ICEYE SAR constellation
The X1 is the first in ICEYE's SAR constellation to provide timely and reliable Earth observation data.
As with any SAR satellite, the main thermal design driver is the power-hungry SAR antenna.
The second (and further!) satellite iteration(s) provides much higher resolution and additional thermal design challenges.
It is ESA's first M-class mission.
Solar Orbiter will approach the Sun as close as 0.28 [au] with an orbital inclination relative to the solar equator of 25[deg]. The solar heat flux constitutes the main thermal design challenge.
Launch date is February 2020.
ESA's first mission to Mercury and one of the first missions I worked on.
The extreme temperatures expected in orbit around Mercury led to specific developments in space thermal analysis software.
Currently in cruise phase. I would one day like to work with the scientific data returned by this mission...
Environmental Mapping and Analysis Program.
My contribution for the mission concerned the VNIR spectrometer, actively cooled by a thermoelectric cooler (TEC); design and modeling.