Overview

The approach of the technologist is, wherever possible, to use and adapt 'off the shelf' building blocks and components to create and/or modify the required software and/or hardware. Use engineering principles for the design, manufacture, installation, commissioning, operation and maintenance of plants and equipment. Gain practical engineering experience, engage with … For more content click the Read More button below. In this degree students are free to choose from a range of units; however, there are six key areas of study: Industrial Computer Systems: concerned with the specification, design, implementation and commissioning of industrial control systems. It is a combination of both computer hardware and software to meet the requirements of the industrial measurement and control application. Instrumentation and Control: concerned with instrumentation installation, specification, systems monitoring and operational control of awide range of manufacturing and process oriented industries. Electrical Power: associated with power system elements including power generators, transmission and distribution system components as well as power system analysis, operation and control. Renewable Energy Systems: concerned with the study and use of renewable energy technologies and energy sources with an emphasis on electrical generation. Environmental Engineering will equip graduates with the discipline knowledge and problem-solving skills to design water, energy, shelter and primary production systems underpinned by ecological knowledge Chemical engineers apply scientific and mathematical principles to develop large scale processes that transform low value inputs into high value outputs.

Contacts

Academic Chair

Admission requirements

Special requirements
Entry requirements (onshore)
English language requirements

Learning outcomes

1.

applying knowledge of science, mathematics and engineering principles

2.

problem identification and formulation, and solution by the effective application of current technology.

Structure
72 credit points

Spine3 credit points
Course Core69 credit points

Professional outcomes

Professional accreditation

Additional information

Research areas:Chemical Sciences, Engineering