Master of Engineering Studies specialisation in Computer Systems Engineering

Computer systems now pervade almost every aspect of our world. Computers are hidden within a vast number of electro-mechanical environments, and this ubiquity is only expected to increase. This specialisation is particularly known to affect the fields of robotics, autonomous vehicles, medical devices, industrial automation systems and smart technologies. Their practitioners are diverse, with understanding in areas that range from bioengineering to software development.

This specialisation is offered by our Department of Electrical, Computer, and Software Engineering, who encourages industry partnerships at all study levels, so students and graduates benefit from contributing to a wide range of global industries. The department is also strongly connected to world-class experts and facilities, including the Centre for Automation and Robotic Engineering Science and the Embedded Systems Research Group.

Computer systems engineers solve problems by creating systems that possess a computer embedded within a large operation. With knowledge in hardware and software, they ensure that these products can make decisions and function in the real world. Graduates are therefore equipped with practical skills that do not conform to current technological trends, but future-proofed knowledge that will ensure that they can be at the forefront of change in industry.

MEngSt - Master of Engineering Studies

A strong research focus is vital to the Department of Electrical and Computer Engineering, and postgraduate study in Computer Systems Engineering is no exception. You’ll gain opportunities to tackle projects alongside world-class researchers, sometimes within well-known research groups in purpose-built laboratories, with real-world applications. Major topics may include:

Control systems, applied to bioprocess modelling, control of water treatment plants and nonlinear filtering design, active fault-tolerant control of nonlinear stochastic dynamical systems, and more
Embedded systems, working with well-recognised researchers to investigate hardware/software co-design, real-time systems, low-power design, application-specific processors, system-level languages, wearable computing, smart sensors, intelligent transportation, medical devices, and the Internet of Things
Industrial informatics and automation, focusing on distributed intelligent control architectures in industries such as manufacturing, agriculture, food processing
Robotics, generally undertaken in the Centre for Automation and Robotic Engineering Science with an aim to create innovative technologies to improve social well-being; focusing on human-robot interaction, software systems and tools, and applications in the healthcare and primary sectors

Computer systems engineers are unique, as they understand the principles underpinning the hardware of computing and embedded systems technology, as well as the software that makes it “smart”. This means that opportunities are as vast as the rapidly expanding industry areas where innovative design and product development are prominent. The rising prominence of objects connecting to each other – the Internet of Things – also suggests a stronger need for competent computer systems engineers with in-depth knowledge. Our graduates usually work for multinational computer companies, consulting firms, telecommunications agencies, or in research and development teams involving new intelligent systems, manufacturing, and resource planning.

Campus Experience

Complete 120 points comprising:

At least 45 points from Group 1 Elective Courses, and
0 to 75 points from Group 2 Elective Courses

Group 1 Elective Courses

Complete at least 45 points from the following:

COMPSYS 701 - Advanced Digital Systems Design - Level 9 (15 points)

COMPSYS 704 - Advanced Embedded Systems - Level 9 (15 points)

COMPSYS 705 - Formal Methods for Safety Critical Software - Level 9 (15 points)

COMPSYS 726 - Robotics and Intelligent Systems - Level 9 (15 points)

COMPSYS 727 - Model-based Embedded Systems Design - Level 9 (15 points)

COMPSYS 728 - Special Topic - Level 9 (15 points)

COMPSYS 729 - Special Topic - Level 9 (15 points)

COMPSYS 788 - Research Project - Level 9 (30 points)

COMPSYS 788A - Research Project - Level 9 (15 points)

COMPSYS 788B - Research Project - Level 9 (15 points)

ELECTENG 704 - Advanced Control Systems - Level 9 (15 points)

ELECTENG 706 - Topics in Digital Signal Processing - Level 9 (15 points)

ELECTENG 734 - Power Electronics - Level 9 (15 points)

SOFTENG 701 - Advanced Software Engineering Development Methods - Level 9 (15 points)

SOFTENG 751 - High Performance Computing - Level 9 (15 points)

Group 2 Elective Courses

Complete 0 to 75 points from the following:

COMPSYS 710 - Studies in Computer Systems Engineering 1 (15 points)

COMPSYS 711 - Studies in Computer Systems Engineering 2 (15 points)

COMPSYS 713 - Studies in Computer Systems Engineering 4 (15 points)

COMPSYS 714 - Studies in Computer Systems Engineering 5 (15 points)

COMPSYS 715 - Studies in Computer Systems Engineering 6 (15 points)

COMPSYS 721 - Machine Intelligence and Deep Learning (15 points)

COMPSYS 722 - Special Topic (15 points)

COMPSYS 723 - Embedded Systems Design (15 points)

COMPSYS 725 - Distributed Cyber-Physical Systems Design (15 points)

COMPSYS 730 - Robotics and Society (15 points)

COMPSYS 731 - Human-Robot Interaction (15 points)

COMPSYS 732 - Mobile Autonomous Robotics (15 points)

ELECTENG 722 - Modern Control Systems (15 points)

ELECTENG 726 - Digital Communications (15 points)

ELECTENG 732 - Communication Systems (15 points)

ELECTENG 733 - Digital Signal Processing (15 points)

ENVENG 702 - Engineering Decision Making in Aotearoa - Level 9 (15 points)

SOFTENG 761 - Advanced Agile and Lean Software Development - Level 9 (15 points)

Up to 30 points may be substituted from appropriate 600 and 700 level courses offered at this University, subject to approval by the Head of Department.

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