Why Study / Key Benefits

The Professional Master of Engineering Geology (PMEG) was designed as a highly applied professional master's qualification combining geological sciences with engineering practice.

Key benefits of the programme include:

• Multidisciplinary study combining geology, engineering and natural-hazard assessment.
• Strong focus on practical professional training rather than purely theoretical study.
• Application of geological knowledge to engineering design and construction.
• Training in geological hazards, risk assessment and land-use planning.
• Development of knowledge in geo-materials, geomorphology, hydrogeology, rock mechanics and soil mechanics.
• Fieldwork and real-life engineering case studies.
• Opportunities to work with industry contacts and professionals.
• A practice-focused four-month dissertation/project.
• UC states that graduates meet the requirements for Engineering New Zealand accreditation as graduate Engineering Geologists.

Programme Structure and Subjects / Topics

The published PMEG structure contains seven required courses plus ENGE691 Engineering Geology Project Portfolio.

Semester 1:

• ENGE414 Applied Hydrogeology
• ENGE417 Foundations of Engineering Geology
• DRRE402 Natural Hazard Risk Assessment

Semester 2:

• ENGE412 Rock Mechanics and Rock Engineering
• ENGE413 Soil Mechanics and Soil Engineering
• GEOL473 Structural Geology
• GEOL483 Environmental Geology and Mining

The Programme Director may approve alternative 400-level courses where appropriate.

The programme covers major professional areas such as:

• Engineering geology principles.
• Hydrogeology.
• Geological materials.
• Rock mechanics.
• Soil mechanics.
• Structural geology.
• Environmental geology.
• Mining.
• Natural hazards.
• Geological risk assessment.
• Geomorphology.
• Engineering communication.
• Land-use and engineering-project considerations.

Disciplines / Specialisations

The programme is specifically focused on Engineering Geology.

There are no separately named majors or specialisations within the PMEG.

The programme integrates several closely related areas:

• Engineering Geology.
• Geology and Earth Sciences.
• Geotechnical engineering.
• Hydrogeology.
• Rock and soil mechanics.
• Natural-hazard risk.
• Environmental geology.
• Mining and engineering geology.
• Geological field investigation.

Programme Highlights

• 180-point professional master's degree.
• Normally completed in 1 year full-time.
• February intake under the published programme structure.
• Strong practical and fieldwork orientation.
• Seven required taught courses.
• Four-month dissertation/project.
• Industry–university project option.
• Natural-hazard and geological-risk training.
• Rock and soil engineering components.
• Hydrogeology and environmental geology.
• Real-life engineering case studies.
• Industry contact and professional training.
• UC states that the qualification meets the requirements for Engineering New Zealand accreditation of graduate Engineering Geologists.
• Historically limited to 30 students per year.
• Special application required.

Career Outcomes

UC identifies strong employment opportunities for Engineering Geology graduates, particularly in civil and mining-related industries.

Potential career areas include:

• Engineering geology.
• Geotechnical consulting.
• Civil engineering projects.
• Mining companies.
• Mining geotechnics.
• Hydrogeology.
• Geological and environmental consulting.
• Natural-hazard assessment.
• Government agencies.
• Local authorities.
• Environmental management.
• Land development.
• Infrastructure and corridor projects.
• Research and specialist technical organisations.

UC specifically identifies employment opportunities in:

• Geotechnical consultancies in New Zealand, Australia, Canada and the United Kingdom.
• Mining companies and operations in New Zealand and Australia.
• Hydrogeology specialists.
• Government agencies and local authorities.
• Research institutions.

Latest Updates / Special Requirements

The most significant current update is that UC's Science Qualifications page marks the Professional Master of Engineering Geology as “not open to enrolments”.

This creates an important distinction:

• UC's programme page remains online and continues to display the historical/current programme structure, entry requirements and 2026–2028 fee information.
• UC's current Science qualifications page explicitly identifies PMEG as not open to enrolments.
• Therefore, a new international student should not currently plan an application for PMEG without first receiving confirmation from UC that admissions have reopened.

Other special requirements from the published programme include:

• Limited entry.
• Special application.
• Historically a maximum of 30 students per year.
• Relevant geology/earth sciences or engineering background.
• Mathematics and statistics prerequisites.
• Possible qualifying/preparatory study.
• Fieldwork.
• A dissertation/project.
• Programme Director approval for alternative courses.
• Potential industry involvement.
• English-language requirements for international applicants 

International Student Visa Requirements

If UC reopens the programme and an international student receives an offer for full-time study, the usual New Zealand Fee Paying Student Visa requirements would apply.

Immigration New Zealand requires evidence such as:

• An offer of place from an approved education provider.
• Funds for tuition fees or an applicable scholarship.
• Sufficient living funds.
• Acceptable medical and travel insurance.
• Evidence meeting applicable health and character requirements.
• Genuine intention to study.
• Evidence of onward travel or sufficient funds for travel where required.