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Engineering

Doctor of Philosophy (PhD) in Engineering

Learning Mode

On Campus or Remote Supervision (with approval)

Duration

3–4 Years (Full Time) or Part-Time Equivalent

Start date

Flexible (subject to supervision availability)

Qualification

Doctor of Philosophy (PhD) – Engineering

Fees

Approx. NZ$7,700 per year (Domestic)
Approx. NZ$41,000 per year (International)

Location

Auckland, Manawatū (Palmerston North), Wellington, or Remote (Case-dependent)

About the Course

The PhD in Engineering at Massey University is a rigorous, research-intensive programme designed for high-achieving individuals aiming to contribute original knowledge to the engineering field. The PhD focuses on independent research under expert supervision and culminates in a thesis that demonstrates mastery of a specialised engineering domain.

You’ll work alongside leading academics in world-class facilities, engaging in research that aligns with industry, innovation, and global challenges—ranging from sustainable manufacturing and mechatronics to advanced materials, AI, and renewable energy systems.

Why choose Engineering at Massey?

Industry Connected

Collaborate with engineering firms, research agencies, and innovation hubs for impactful, real-world engineering solutions.

Global Opportunities

PhD opens careers worldwide in academia, research, and high-tech industries with global collaborations.

Professional Accreditation

Grounded in an ENZ-accredited engineering school meeting Washington Accord standards for international recognition.

Course Overview

The PhD in Engineering is ideal for those seeking to become subject matter experts and lead innovation in academia, industry, or applied research. You’ll work independently on a substantial research project while developing critical thinking, advanced technical knowledge, and research leadership.

Key research areas include:

  • Mechatronics and Robotics
  • Renewable Energy and Sustainability
  • Advanced Manufacturing and Automation
  • Materials and Nanotechnology
  • AI in Engineering Systems
  • Fluid Dynamics and Computational Modelling

Massey’s supportive research environment provides supervision, seminars, and technical resources to ensure your success.

Course Duration

  • Full Time: 3–4 years
  • Part Time: Up to 6 years
  • Candidates complete an initial provisional registration phase followed by confirmed enrolment and thesis development.

Flexible start dates are available year-round.

Course Curriculum

This is a 360-credit research degree with no taught coursework. The structure includes:

  • Provisional Year: Literature review, research proposal, confirmation seminar
  • Research Years: Data collection, experimentation, and publication
  • Final Year: Thesis completion and examination (external and oral)

You may also attend:

  • Postgraduate Research Seminars
  • Ethics Workshops
  • Engineering Research Forums
  • Conferences and Journal Publication Opportunities

Admission Requirements

Academic Entry:

  • Master’s degree in engineering or a related field with a minimum B+ grade average
    OR
  • Honours degree with First or Second Class (Division I) Honours

Supervision:

  • An appropriate supervisor must be available in your chosen research area
  • A research proposal or statement of interest is typically required

English Language (International):

  • IELTS 6.5 overall (no band below 6.0)
  • TOEFL iBT 90, or equivalent

Fees and Funding

Domestic Students:

  • Approx. NZ$7,700 per year

International Students:

  • Approx. NZ$41,000 per year
  • PhD students may be eligible for domestic fees if residing in NZ for the majority of the programme

Scholarships & Support:

  • Massey Doctoral Scholarships
  • Māori and Pacific Research Scholarships
  • Research Assistantships and Project-Specific Funding
  • Conference Travel Grants and Publishing Support

Career Opportunities

PhD graduates in Engineering go on to careers such as:

  • University Lecturer or Research Fellow
  • R&D Engineer in High-Tech Industries
  • Engineering Consultant or Analyst
  • Government Science and Innovation Advisor
  • Entrepreneur in Deep Tech or Clean Tech
  • Chief Technology Officer (CTO) or Product Developer

This qualification is a pathway to leadership roles where advanced problem-solving, innovation, and deep technical expertise are essential.

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