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STEM Faculty

Meet the people who make up STEM Faculty.

Manish Patel

Manish Patel

Professor Of Planetary Science

Professional biography

2023 - present:  Professor of Planetary Sciences

2015 - 2023:  Senior Lecturer (Research) in Planetary Sciences

2011 - 2015:  Lecturer in Planetary Sciences

2008 - 2011:  UK Space Agency Aurora Fellow, PSSRI, The Open University.

2004-2008:  Research Fellow, PSSRI, The Open University.

2003-2004:  Beagle 2 Operations Research Assistant.

Spaceflight instrument involvements

  • ESA SpotLight (Mars orbiter). HiRIME (Phase A study) – PI.
  • ESA LightShip (Mars orbiter). DESI (selected) – PI.
  • ESA LightShip (Mars orbiter). MADWiL (selected) – Co-PI.
  • ESA EnVision (Venus orbiter). VenSpec-U Co-I. 
  • ESA ExoMars Trace Gas Orbiter (Mars orbiter). NOMAD Co-PI. 
  • ESA ExoMars Trace Gas Orbiter (Mars orbiter). CaSSIS Co-I. 
  • ESA ExoMars Trace Gas Orbiter (Mars orbiter). ACS instrument Co-I. 
  • ESA ExoMars Rosalind Franklin Rover (Mars surface rover). Enfys Co-I. 
  • ESA ExoMars Rosalind Franklin Rover (Mars surface rover). PanCam Co-I. 
  • ESA JUICE mission (Jupiter and icy moon orbiter).  JANUS Co-I.  
  • NASA InSight mission (Mars lander).  Mission-level Associate Scientist. 
  • ESA Comet Interceptor mission (comet fly-by).  Mission-level Associate Scientist. 
  • ESA ExoMars Surface Platform (Mars lander). AMELIA science team member.
  • ESA ExoMars Schiaparelli (Mars lander). AMELIA science team member.
  • ESA ExoMars Schiaparelli (Mars lander). DREAMS science team member.
  • ESA ExoMars rover/GEP (Mars rover and lander).  AEP+ instrument team member.
  • NASA/ESA Cassini-Huygens (Titan lander).  SSP instrument team member.
  • ESA Mars Express/Beagle2 (Mars lander).  ESS instrument Co-I. 

Research interests

  • Design of Optical Instrumentation for Planetary Investigations.
  • Mars and Venus global climate and mesoscale research.
  • Radiative transfer modelling and retrievals for UV and visible light through planetary atmospheres.
  • Opacity studies of dust storms and dust devils.
  • Environmental simulation of planetary/icy body surface environments.
  • Hypervelocity impact investigations within the Solar System. 
  • Having lots of fun.

Teaching interests

S283 - Planetary science and the search for life