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Master of Engineering Science (Geoenergy & Geostorage)

The Master of Engineering Science (Geoenergy & Geostorage) is a unique program that bridges the gap between geoenergy and petroleum engineering, focusing on sustainable use of the Earth's resources. This degree allows students to explore emerging technologies and sustainable solutions to climate change.

Overview

This program is designed to play a critical role in the transition to renewable energy and contribute to a more sustainable future. With geoenergy science and engineering set to play a crucial role in the global energy transition, students will gain critical skills for addressing the global challenges of climate change.

Key Features

• Contribute to global sustainability goals
• Equip yourself for the future of energy
• Experience state-of-the-art engineering facilities

Why Study at UNSW?

• Excel at a top-ranked engineering institution
• Learn from the best in mining and energy
• Drive sustainable energy solutions
• Become one of Australia's most employable graduates

Program Structure

The Master of Engineering Science (Geoenergy & Geostorage) contains a total of 96 units of credit (UOC) and can be completed in 1-2 years of full-time study. Students will complete a combination of disciplinary core subjects, technical management courses, and a research project.

Foundational Core Courses

• GEOS1111 Investigating Earth and Its Evolution
• MERE3001 Formation Evaluation
• MERE3003 Reservoir Engineering
• MERE3002 Drilling and Completion Engineering

Disciplinary Knowledge Electives

• MINE3310 Mining Geomechanics
• MERE5004 Reservoir Characterisation and Data Science
• MERE5005 Resource Project Economics
• MERE5006 Decommissioning and Sustainability
• MERE5007 Geostorage Modelling
• MERE5008 Geostorage/CCUS Project
• MERE5003 Transient Flow Analysis

Advanced Disciplinary Core Courses

• MERE8810 Data Analytics and Automated Technologies for Minerals and Energy Resources
• PTRL5119 Geothermal Engineering
• MERE9003 Advanced Formation Evaluation
• MERE9004 Unconventional Reservoir Engineering
• PTRL5102 Digital Core Analysis

Engineering Technical Management Courses

• COMP9021 Principles of Programming
• CVEN9723 Design of Construction Operations
• CVEN9888 Environmental Management
• CVEN9892 Sustainability Assessment and Risk Analysis
• GSOE9017 Managing Energy Efficiency
• GSOE9210 Engineering Decision Structures
• GSOE9360 Academic Discourse in Engineering
• GSOE9445 Entrepreneurial Engineering
• GSOE9510 Ethics and Leadership in Engineering
• GSOE9712 Engineering Statistics and Experiment Design

Entry Requirements

Entry into the Masters program requires completion of a 4-year Bachelor of Engineering degree (or equivalent) or 3-year Engineering Science degree in any engineering discipline. A minimum 65% average, or its equivalent, throughout the qualifying bachelors degree is mandatory.

English Language Requirements

You may be asked to provide evidence of your English proficiency to study at UNSW depending on your educational background and citizenship. English language skills are vitally important for coping with lectures, tutorials, assignments, and examinations.

Fees & Scholarships

• 2026 Indicative CSP First Year Fee: $9,500
• 2026 Indicative CSP Fee to Complete Degree: $19,000
• 2026 Indicative First Year Full Fee: $61,000
• 2026 Indicative Full Fee to Complete Degree: $127,000

Future Careers

Opportunities for graduates in this sector are expanding rapidly. Career opportunities include:

• Carbon Capture and Storage Engineer
• Geothermal Energy Specialist
• Petroleum Engineer
• Reservoir Engineer
• Subsurface Hydrogen Storage Engineer
• Subsurface Resource Manager
• Decommissioning Engineer
• Environmental Consultant
• Sustainable Energy Advisor
• Energy Systems Analyst
• Renewable Energy Project Manager