Massey University

What you'll study

The programme blends core information sciences topics with specialist study of ubiquitous and embedded systems. You will cover fundamentals such as programming, data structures, algorithms, databases and software engineering, alongside subjects specific to ubiquitous information systems: sensors and embedded hardware, wireless and wired networking, mobile application development, distributed systems, pervasive computing concepts and system integration. Complementary modules typically include human–computer interaction, cybersecurity basics, data analytics and mathematics or statistics for computing.

Study is a mix of lectures, labs and project work. Hands-on components emphasise building and deploying connected devices and services, working with microcontrollers and IoT platforms, designing user interactions for mobile and pervasive contexts, and integrating hardware with cloud or edge infrastructure. A substantial capstone or final-year project lets you apply your learning to a real-world problem, often in partnership with industry or as an independent research-led project.

Typical modules and topics

• Introductory and advanced programming
• Data structures, algorithms and computational thinking
• Databases and information management
• Networks and communications (including wireless technologies)
• Embedded systems and sensor technologies
• Mobile and ubiquitous application development
• Human–computer interaction and user experience design
• Security and privacy for pervasive systems
• Data analytics and visualisation
• Capstone project or industry-based practicum

Entry requirements

Admission normally requires university entrance appropriate to New Zealand secondary education or an equivalent international qualification. Applicants are expected to have satisfactory literacy and numeracy preparation; prior study in mathematics or a quantitative subject is strongly recommended. While previous programming experience is beneficial, introductory programming is usually offered in the early stages of the degree so it is not an absolute requirement for all entrants.

International applicants must meet Massey University’s general English-language requirements. Mature applicants or those with relevant vocational or work experience may be considered through alternative admission pathways; contact Massey’s admissions team for advice on specific eligibility and credit transfer.

Career prospects

Graduates are prepared for a range of technical and applied roles where connected systems, embedded devices and networked applications are central. Typical job titles include:

• IoT developer / embedded systems engineer
• Mobile applications developer
• Systems integrator or solutions developer for connected devices
• Network or communications engineer
• Software developer / full‑stack developer
• UX designer for mobile and ubiquitous interfaces
• Data analyst for sensor and time‑series data
• IT consultant or technical project lead

Graduates can also move into research or postgraduate study in computing, information sciences, human–computer interaction, cybersecurity or related fields, or into interdisciplinary roles bridging technology with sectors such as health, agriculture, manufacturing and smart cities.

Why study at Massey University

Massey offers flexible delivery options including on-campus and distance learning, allowing students to combine practical lab work with online study. The university has well-equipped computing and electronics laboratories, and curriculum that emphasises applied, project-based learning and industry relevance. Students benefit from connections with local and national technology firms, opportunities for industry projects and work-integrated learning, and supervision from academic staff active in applied information sciences research.

Studying at Massey also gives access to support services for study skills, career development and postgraduate progression, making it a practical choice for students aiming to launch a career building connected and embedded information systems.