University of Waikato

What you'll study

This programme blends core scientific principles with practical technology subjects. You will study foundational topics such as programming and data fundamentals, digital and analogue electronics, sensors and instrumentation, materials and manufacturing processes, systems design and introductory control and mechatronics. Coursework emphasises applied skills: circuit design and prototyping, embedded systems and Internet of Things (IoT) development, human‑centred design and rapid prototyping, and laboratory methods for measurement and testing.

The degree is delivered through a mix of lectures, tutorials, laboratory classes and project work. Team projects and a capstone or major project are central, giving you experience in planning, building and testing systems from concept to prototype. You can usually choose electives or specialisations that reflect your interests—examples include robotics and automation, software and data applications, renewable and sustainable technologies, and product design.

Entry requirements

Entry is competitive and applicants are expected to have a sound secondary school background in mathematics and a science or technology subject. Domestic applicants typically meet the University Entrance requirements plus subject prerequisites; international applicants should provide an equivalent qualification. Mature students and those with relevant work or vocational experience may be considered through alternative entry pathways.

Because the programme contains quantitative and laboratory components, prior competence in mathematics (algebra and basic calculus or statistics) is recommended. Some streams or project supervisors may ask for a portfolio or evidence of practical experience for selection into specialised project work.

Career prospects

Graduates go into a range of technical and applied roles across industry, research and the public sector. Typical job titles include electronics technician, embedded systems developer, IoT developer, laboratory or test technician, technical project coordinator, field service engineer, product design assistant and automation support technician. The degree also provides a pathway to postgraduate study—honours, Masters or specialised professional qualifications—if you want to move into research, engineering registration routes or advanced technical specialisms.

Because the programme emphasises workplace‑relevant projects and industry engagement, alumni often find roles in manufacturing, agritech, energy and utilities, ICT firms, and small‑medium enterprises that require multidisciplinary tech skills.

Why study at University of Waikato

The University of Waikato offers a practical, project‑based approach with access to hands‑on labs, prototyping workshops and computing facilities. Teaching is delivered by staff active in applied research and industry collaboration, helping to keep content relevant to the regional and national technology sectors. Small class sizes in practical components support close supervision on projects and laboratory work.

Waikato's connections with local industry and its focus on applied outcomes means students can access internship and project placement opportunities, and the university supports transition pathways into employment and further study. The campus environment and student support services are geared to helping students develop both technical competence and workplace skills such as teamwork, communication and project management.