Academic ConnectThis is an opportunity for a research software engineer to work at the Cambridge Centre of Excellence for Astronomical Data (CAMCEAD) in the Institute of Astronomy (IoA), specifically on two European Space Agency (ESA) science missions, Gaia and Plato.
The successful candidate will work within CAMCEAD's Gaia and Plato software development teams. The role will focus on development of on-ground data processing software for both Gaia and Plato, including automation, large scale distributed processing, data analysis and data management. The work involves systems analysis, design, implementation, testing, documentation and improvement of existing code. The post-holder will have the opportunity to build upon their experience and to take on a wide selection of roles as needed.
The role will also involve liaising with the wider Plato and Gaia project teams and external science users, with opportunities to interact with the wider CAMCEAD team.
The successful candidate will have good practical knowledge of software and scientific processing development and at least a BSc (Hons) degree in a numerate discipline (preferably Computer Science, Computer Engineering, or a science with a significant computing element).
The candidate should demonstrate knowledge of Java (with familiarity of Python an advantage) and object oriented programming. An understanding of abstraction including familiarity with software design considerations is essential. Experience of Python development would be very useful. Experience with Spark, Kubernetes and knowledge of database systems would be advantageous. Experience of the acquisition and reduction of data from astronomical facilities and with the use of database and web-based systems would be desirable.
The post-holder will be required to attend meetings both elsewhere in the UK and overseas. Hence possession of a valid passport is necessary.
Gaia is a space observatory that made more than three trillion observations of two billion stars and other objects during a ten year period before being decommissioned earlier this year. Development and execution of data processing and analysis for the full mission duration will be carried out over the next several years culminating in the publication of the final Gaia catalogue. Gaia's key objective is a detailed study of the Milky Way that will reveal our Galaxy's content, dynamics, current state and formation history. The IoA Gaia team are responsible for the processing and analysis of the photometric and low-resolution spectroscopic data collected by ESA's Gaia mission.
Plato is a mission that will detect and characterise a huge sample of exoplanets around bright stars. The Plato spacecraft is currently scheduled to be launched at the end of 2026. Within the Plato Consortium, the IoA team are responsible for the development and operation of the Exoplanet Analysis System, which will enable the detection of the signatures of exoplanets from high-precision photometric light curves of the host stars.