Geology Internship - Field & Office (10–12 weeks)

Notre Dame; Australia; Remote; AUD 36,000 - 55,000; Full time

Job summary

BHP Geology Internship offers a 10–12 week program at an operational site, allowing you to work with graduates, technical specialists and fellow interns while building skills and connections that support your career. You’ll gain hands-on experience in field and office settings, with exposure to ore bodies, resource modelling and mine design, and you’ll meet leaders across the business.

This program is designed for geology students in their penultimate year, providing real insight into how theory

Qualifications

• Curious about the earth and eager to learn, ready to apply geological knowledge in field and office environments.
• Enjoy investigating rock formations, structures and ore bodies to inform mining decisions.
• Motivated to translate geological principles into real-world site outcomes.

Responsibilities

• Gain hands-on field experience at an operational site during 10–12 weeks.
• Collaborate with geologists, technical specialists and other interns.
• Develop understanding of ore bodies, resource modelling and mine design.
• Meet leaders across the business and explore future career pathways.
• Participate in safety-focused field and office activities.

Skills

Analytical skills

Observational skills

Communication

Teamwork

Safety awareness

Adaptability

Education

Geology / Geological Sciences

Earth Sciences / Environmental Earth Science

Geophysics

Geoscience or Applied Geoscience

Job description

BHP Geology Internship offers a 10–12 week program at an operational site, allowing you to work with graduates, technical specialists and fellow interns while building skills and connections that support your career. You’ll gain hands-on experience in field and office settings, with exposure to ore bodies, resource modelling and mine design, and you’ll meet leaders across the business.

This program is designed for geology students in their penultimate year, providing real insight into how theory