PhD in Astrophysics

Class Profile

Class Size

25

Average Age

27

Average Work Experience

2 Years

Diversity

Others:

8%

New Zealand:

10%

China:

5%

India:

4%

United States:

3%

Australia:

70%

Career Outcomes

Median Earnings After Graduation

$1,10,000 / year

Graduation Rate

80%

Job Placement

82.5%

Top recruiters

Illinois Institute of Technology

National Aeronautics and Space Administration

European Space Agency

SpaceX

Tetra Tech

Texas Tech University

Canadian Space Agency

Collins Aerospace

AgResearch

Fees and Funding

Tuition Fees

$35,440 / year

Overall Cost

$50,440 / year

FAQs

• What support and opportunities are available for PhD students?
  
  Access to advanced research facilities, observatories, and computing resources. Opportunities for outreach, science communication, and collaboration with industry. Support for professional development and career progression. Commitment to diversity, inclusion, and equal opportunity practices.
• What is the duration and structure of the PhD program?
  
  The PhD typically takes 3–4 years full-time. Comprises a minimum of 16 independent research units (usually 24). Students undertake original research and are expected to make a substantial contribution to their field.
• How do I find a supervisor?
  
  Prospective students should review UniSQ’s research areas and contact academic staff whose interests align with their proposed project. Allow several months for discussion with potential supervisors and application preparation.
• What are the entry requirements for a PhD in Astrophysics?
  
  A relevant undergraduate degree, typically with Honours, or a Master’s degree with a significant research component. Identification of a suitable research topic and supervisor before applying. For international applicants, proof of English language proficiency is required.
• What facilities and resources are available?
  
  Access to UniSQ’s Mount Kent Observatory, a leading facility for astronomical research and education. Use of a high-performance computing cluster for data processing and modeling. Opportunities to participate in international collaborations and use external observatories.
• What is the focus of Astrophysics research at UniSQ?
  
  The Centre for Astrophysics at UniSQ conducts research in observational astronomy, astrophysics, planetary science, space science, computing, and technology. Key research themes include: Stellar and solar magnetic activity and their impact on planetary systems Detection and characterization of exoplanets Development of optical instrumentation for astronomy Dynamical modeling of exoplanets and Solar System bodies Use of high-performance computing for data analysis and modeling