Research Associate Astrophysics (Newcastle, GB)

Explore an Exciting Opportunity in Extragalactic Astrophysics at Newcastle University

Newcastle University, a globally recognized institution, is actively seeking a motivated and skilled individual for a fixed-term Research Assistant/Associate position within its esteemed School of Mathematics, Statistics and Physics (MSP). This role offers a unique chance to contribute to groundbreaking research in extragalactic astrophysics, funded by a prestigious UKRI program, and to collaborate with leading academics at both Newcastle and Durham Universities, as well as internationally renowned institutions in Germany.

Key Advantages for Aspiring Researchers:

• Cutting-Edge Research: Engage in a significant research program focused on understanding the profound influence of Active Galactic Nuclei (AGN) on galaxy formation and evolution, with a particular emphasis on the role of dust and obscuration.
• Access to Advanced Instruments: Gain hands-on experience with major spectroscopic surveys, including the upcoming 4MOST and MOONS instruments, expected to commence operations in 2026. This provides invaluable exposure to state-of-the-art observational techniques.
• International Collaboration: Work closely with esteemed collaborators at Durham University and international partners at the European Southern Observatory (ESO) and the Max Planck Institute for Extraterrestrial Physics (MPE) in Garching, Germany, broadening your research network and perspective.
• Independent Research & Development: You will be actively encouraged to pursue your own related research interests and undertake professional training and development, fostering your individual growth as a scientist.
• Commitment to Inclusivity and Outreach: Contribute to impactful outreach and engagement activities, with a specific focus on increasing accessibility and inclusion in science, such as participating in Newcastle's innovative Audio Universe project.
• Vibrant Research Environment: Become part of a thriving astronomy and astrophysics group at Newcastle University, known for its diverse expertise, and join the "Accretion Alliance" collaboration, a dynamic network dedicated to accretion-related physics.
• Competitive Compensation and Benefits: The role offers a competitive salary range for both Research Assistant (£33,002 - £33,951 per annum) and Research Associate (£35,608 - £37,694 per annum) levels. Newcastle University also boasts excellent benefits, including a generous holiday package, outstanding pension schemes, and comprehensive health and wellbeing initiatives.
• Supportive Working Culture: Newcastle University is deeply committed to fostering an equitable, diverse, and inclusive working environment, recognized by its Athena Swan Gold award and Race Equality Charter Bronze award. They are also a Disability Confident employer, committed to supporting researchers in Europe through the Euraxess initiative.

Key Considerations for Your Career Path:

• Fixed-Term Contract: This position is a fixed-term contract, with an expected start date of March 2026 and a provisional end date of February 2029.
• Required Qualifications: For the Associate level, a PhD in a relevant discipline is essential. For the Assistant level, an Honours degree in a relevant subject and work towards a PhD, coupled with demonstrable professional experience, is required.
• Essential Skills and Experience: Successful candidates will possess excellent technical skills in analyzing spectroscopic datasets, a strong understanding of extragalactic astrophysics (particularly galaxy evolution and AGN), and a track record of high-quality research outputs. Strong communication and presentation skills are also crucial. Experience with large spectroscopic surveys is highly valued.
• Desirable Skills and Attributes: While not mandatory, candidates with experience in multi-wavelength data analysis, a solid understanding of AGN feedback models, experience in developing research proposals, and a passion for science outreach and accessibility will have a distinct advantage. A proactive and collaborative approach, with a commitment to EDI principles, is highly desirable.
• Application Process: Prospective applicants should submit an online application, including a CV, cover letter detailing how they meet the essential requirements, and a 3-page research statement.
• Opportunity for Growth: This role provides an excellent platform for career advancement within astrophysics. The exposure to leading research, advanced observational techniques, and international collaborations will significantly enhance your professional profile and research capabilities. The encouragement to pursue independent research and professional development further supports long-term career aspirations.

This is a compelling opportunity for a dedicated researcher looking to make significant contributions to the field of extragalactic astrophysics within a supportive and dynamic academic environment. The closing date for applications is 11 January 2025.