Program Overview
The Engineering Practice program is a work-based program that combines theoretical knowledge with practical experience. Students gain a comprehensive understanding of engineering principles, including electrical, mechanical, and manufacturing processes. The program prepares graduates for careers in electronic or electrical manufacturing pathways, with a focus on process innovation and efficiency enhancement. Students benefit from access to industry-leading technologies and resources, and employers cover tuition fees through apprenticeships or government funding.
Program Outline
Outline:
- Year 1:
- Module: Engineering Mathematics and Statistics (Focuses on analysis of engineering problems and manufacturing process control)
- Module: Electrical and Mechanical Principles (Introduces electrical and mechanical engineering fundamentals and applications)
- Module: Materials and Manufacturing Principles (Focuses on manufacturing techniques, processes, and materials)
- Module: Design Principles (Covers ISO drawing standards, creative design process, and CAD tools)
- Module: Instrumentation and Data Analysis (Explores instrumentation, data analysis, and microprocessors/microcontrollers)
- Module: Introductory Project (Introduces practical engineering skills, planning, and teamwork)
- Year 2:
- Module: Manufacturing Process Innovation (Compares process and product innovation)
- Module: Industrial Automation (Covers industrial automation concepts and actuators)
- Module: Electrical and Electronic Systems (Develops deeper understanding of electrical machines, circuit design, and fault-finding)
- Module: Personal and Professional Skills 1 (Develops personal and professional skills)
- Module: Group Project (Applies engineering and analytical skills to solve a problem)
- Year 3:
- Module: Engineering Enhancement (Focuses on process efficiency enhancement)
- Module: Electrical Power Systems (Covers power generation, transmission, and distribution)
- Module: Industrial Electronic Systems (Covers modulation techniques, software development, and network technologies)
Teaching:
- Uses a variety of teaching styles including lectures, tutorials, projects, group work, and laboratory work.
- Faculty members are experienced professionals and hold academic qualifications.
- Students can access resources and equipment in the David Goldman Informatics Centre and Industry Centre.
Careers:
- Graduates will have a powerful set of engineering knowledge and skills.
- They can make significant contributions to their employers' business needs.
- Can work in electronic or electrical manufacturing pathways.
- Expected career path will extend well beyond the program.
Other:
- The program is work-based and students must be employed by an organisation throughout the program.
- Employers are responsible for tuition fees, which can be funded through apprenticeships and government funding.
- Students need GCSE Maths and English at grade C or higher (or equivalent).
- The program is housed at the David Goldman Informatics Centre with specialist labs.
- Industry-leading technologies are accessible at the Industry Centre.
Note:
Some information is not available in the given context, such as the program's overview and objectives, assessment methods and criteria, and specific teaching methods. Additionally, there are separate program versions for Electrical and Electrical Engineering Practice and Manufacturing Engineering Practice.
