Research Fellow in Computational Astrophysics

Are you passionate about unravelling the mysteries of the universe? We invite you to be a part of the ARC Discovery
Project, “On the Origin of Very Massive Black Holes,” led by Associate Professor Bernhard Mueller, Professor
Alexander Heger (Monash), and Assistant Professor Takashi Moriya from the National Astronomical Observatory of
Japan.

As a Level A Research Fellow, you will delve into groundbreaking research on stellar evolution, supernova
explosions, and black hole formation, particularly focusing on pulsational pair-instability and pair-instability
supernovae. This role offers a unique opportunity to collaborate with the Monash Stellar Explosions group and its
international partners, contributing to advancements in supernova theory, stellar evolution, nucleosynthesis, and
multi-messenger astronomy.

Applicants will need to fulfil the following key selection criteria:

1. Demonstrated analytical and manuscript preparation skills; including a track record of refereed research publications in computational astrophysics or related fields.
2. Ability to solve complex problems by using discretion, innovation and the exercise diagnostic skills and/or expertise
3. Well-developed planning and organisational skills, with the ability to prioritise multiple tasks and set and meet deadlines
4. Excellent written communication and verbal communication skills with proven ability to produce clear, succinct reports and documents
5. A demonstrated awareness of the principles of confidentiality, privacy and information handling
6. A demonstrated capacity to work in a collegiate and professional manner with other staff in the workplace
7. Expertise in astrophysical computational fluid dynamics and/or radiative transfer
8. Expertise in the theory of supernova explosions and/or stellar evolution
9. Experience in software development with larger scientific codes; in particular, expertise in Fortran, C, Python, and/or build systems are of advantage.