About this role
Company Description
An enterprise client is seeking experienced researchers, academics, and technical professionals to support advanced research and evaluation projects in Astronomy & Astrophysics. Selected candidates will apply specialized domain expertise to complex scientific problems, evaluate AI-generated technical content, and provide expert-level reasoning and feedback.
Job Description
- Work through and evaluate complex Astronomy & Astrophysics problems requiring advanced domain expertise
- Develop domain-specific research, reasoning, and evaluation tasks
- Evaluate AI-generated scientific and technical content for accuracy, quality, and scientific rigor
- Review technical or academic responses and identify factual, mathematical, methodological, or conceptual inaccuracies
- Provide clear, well-supported specialist-level reasoning and feedback
- Apply advanced knowledge to assigned research and evaluation projects
- Assess research outputs, models, computational work, datasets, or other technical materials where relevant
Qualifications
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Deep specialization in a defined Astronomy & Astrophysics subfield, rather than broad general knowledge
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Verifiable record of substantive research, technical, computational, observational, or professional work directly related to the specialization
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Ability to independently work through or evaluate complex scientific problems at an advanced level
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Strong written reasoning skills and ability to clearly explain technical judgments
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Current or recent experience in academic research, technical practice, or specialized professional work
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Verifiable academic affiliation, research appointment, or relevant academic background with a university ranked within the QS World University Rankings Top 100 Highly prefer candidates to have:
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Expertise in areas such as Astronomy, Astrophysics, Cosmology, Theoretical or Observational Astrophysics, Stellar or Galactic Astrophysics, Computational Astrophysics, or Astrophysical Data Analysis
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Peer-reviewed or first-author research demonstrating subject-matter expertise
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Experience with astronomical observations, mathematical modelling, numerical simulations, computational methods, or astrophysical data analysis
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Technical work products such as datasets, computational implementations, models, test reports, patents, or other substantive research outputs
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Ability to demonstrate expertise in a clearly defined astrophysical problem area