Master of Engineering Practice (MEP)

Programme Overview

The Master of Engineering Practice (MEP) at Victoria University of Wellington is an intensive, 180-point coursework-and-project master’s degree engineered to bridge academic learning with industrial practice. Spanning three trimesters across one calendar year, the program allows candidates to build specialized technical knowledge in emerging fields like AI, mechatronics, renewable energy, and cybersecurity, while directly engaging in an industry-based or university-led research project.

Note: Graduates of this 180-point Level 9 qualification meet the criteria for international students to apply for a Post-Study Work Visa (PSWV) in Aotearoa New Zealand.

Programme Structure & Core Formats

The 180-credit qualification is split into two sequential parts across three full-time trimesters:

1. Part 1 (Taught Coursework - 120 Points): Advanced engineering electives focusing on technical specialisations, research methodologies, and professional practice frameworks.
2. Part 2 (Applied Industry Project - 60 Points): A major individual research project (ENGR 589 or equivalent) completed either directly within an industry partner firm or through an applied university research lab (e.g., Robinson Research Institute).

What You'll Study

Students can structure their coursework around key technical subject areas:

• Mechatronics & Robotics Engineering
• Renewable Energy Systems & Electrical Engineering
• Software Engineering, Artificial Intelligence & Data
• Cybersecurity & Networked Applications

Sample Core & Elective Modules:

• ENGR 501: Applied Research Methods & Professional Practice
• ENGR 502: Engineering Project Management & Risk
• COMP 501: Advanced Software & Systems Engineering
• ECEN 501: Advanced Electronic & Mechatronic Engineering
• ENGR 589: Industry-Based Practicum / Research Project (60 points)

Why Choose This Programme?

• Fast-Track 1-Year Qualification: Gain an advanced Level 9 Master’s degree in just 12 months (3 trimesters).
• Real-World Industry Placement: Directly execute an industry-sponsored project with local engineering firms or Wellington tech hubs.
• Cutting-Edge Research Connections: Opportunity to collaborate with world-leading centers such as the Paihau–Robinson Research Institute.

Entry Requirements

• Academic Minimums: Bachelor's degree in engineering or relevant physical science/technology field with acceptable baseline grades.
• Grade Progression Standard: Must achieve a B- average in Part 1 taught papers to progress to the Part 2 industry research project.
• Language Requirement: Academic IELTS 6.5 (no sub-band < 6.0), PTE 58, or TOEFL iBT 90.