Computer programming is a broad-spectrum course that prepares students for a number of opportunities in the field of computer science and technology. The intensive computer programmer and computer analyst programs at Tutorials NZ often involve completing work on personal time, but the skills and training students come away with will be in high demand.

If you’re interested in a practical computer technology skill that leaves your career opportunities open, and you have an interest in programming, here’s what you need to know.

Computer Programmer and Computer Analyst Programmes

Computer programmer and analyst courses are intended to prepare students with knowledge of business systems, database development, data communications and object-oriented programming, which can be applied to a number of real-world careers.

Along with technical courses like web technologies, systems analysis and database design, students will also be trained in problem solving and technical reporting, which prepares them to handle complex situations they may encounter on the job. Many colleges offer an optional work placement, allowing students to apply their skills in the real world.

Artificial Intelligence Programmes

Artificial Intelligence (AI) is the study of machines and software that exhibit intelligence, such as learning, reasoning, planning, problem solving, predicting, and the use of language and vision. With the advent of big data, and driven by the explosion of computing capacity and speed, AI tools are being increasingly integrated into technological solutions that are central to our everyday life, business, society, and the environment.

Security Programmes

 Information Systems Security trains students to design, implement and manage the security of real-life information systems. Through applied research and academic coursework, you will examine the theories and practices currently used in the security of information systems. You will have access to state-of-the-art laboratories and research centres in a faculty whose areas of study include cyber forensics, database security and cryptography, among many other categories. Some examples of current research projects include quantitative models of network vulnerabilities, analysis and design of stream ciphers and security evaluations of open-source softwares.