Collaborate with leading researchers and build your academic networks
Job Summary
Collaborate with leading researchers and build your academic networks.
This role will develop and apply new data-driven approaches for extremely precise radial velocity studies and exoplanet spectroscopy with the NEID, HPF, and MARVEL facilities, and pursue related exoplanet and stellar science.
We are committed to building a diverse and inclusive research environment where different perspectives, experiences and ideas are valued and supported.
Matching Summary
Collaborate with leading researchers and build your academic networks.
Salary
Base: $109,272 - $117,108 (HEW Level A.6-A.8); Bonus/Equity: Not specified; Benefits: 17% employer's superannuation contribution and annual leave loading
Skills & Requirements
Must-have
radial velocity studies
exoplanet spectroscopy
astronomical instrumentation
machine learning in physical science
Jax, PyTorch, or Julia
Nice-to-have
academic network building
motivating junior team members
diverse and inclusive research environment
collaboration across Sydney
Key Requirements
Doctorate in Astrophysics, statistics, or applied mathematics
Strong background in astronomy
Experience in statistics and/or astronomy
Ability to clearly express ideas and communicate in a team