Bioengineering University of Otago

Overview

The Bioengineering programme at the University of Otago provides an interdisciplinary environment where students apply physical sciences and engineering to complex biological problems. This curriculum integrates mathematics, chemistry, and life sciences to foster innovation in medical research and clinical practice.

Candidates benefit from a collaborative atmosphere, working alongside expert clinicians and scientists within the Division of Sciences or Health Sciences. The study options are flexible, allowing for coursework-based masters' degrees or intensive research-focused theses that address real-world healthcare challenges.

Each student is supported by a robust academic network, ensuring that their research contributes to the global understanding of human and animal health.

Why Bioengineering at the University of Otago?

The University of Otago hosts the Centre for Bioengineering and Nanomedicine, a facility renowned for its international reputation in pure and applied research. Students gain access to world-class scientists and cutting-edge laboratories dedicated to solving critical issues in biology and medicine.

The institution is a global leader in spectral X-ray technology and molecular imaging, offering unique opportunities to work with industrial partners on commercial medical scanners. Distinctive teaching features include a focus on point-of-care technologies, regenerative medicine, and the development of innovative RNA medicines.

Research strengths at the university span across multiple disciplines, including computer science, materials science, and digital modelling. These facilities empower students to create medical wearables and biodegradable scaffolds that revolutionise patient care and surgical interventions.

Tuition Fee Breakdown

• International fee: NZD 65625 per full
• National fee: NZD 10891 per full

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

Modules may include:

• Research Methods
• Bioengineering Design
• Medical Devices and Technology
• Entrepreneurship
• Regenerative Medicine and Stem Cells
• Research Project
• Supervised Independent Study
• Master's Thesis Preparation

Careers with Bioengineering

Graduates are prepared for diverse roles in the biomedical and engineering sectors, focusing on the fabrication of medical devices and diagnostic technologies. Many find opportunities in industries related to molecular imaging, telemedicine, and the development of clinical models for disease treatment.

The programme equips individuals for careers in regenerative medicine and tissue engineering, where they may work on translating cell-based therapies to clinical settings. Potential employers include industrial partners in medical technology, healthcare providers, and research institutions specialising in genetic disorders or infectious diseases.