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Engineering and Technology
Bachelor of Engineering (Honours) (Mechanical)
Bachelor of Engineering (Honours) (Mechanical)

Bachelor of Engineering (Honours) (Mechanical)

  • ID:UOSA610004
  • Level:4-Year Bachelor's Degree
  • Duration:
  • Intake:

Fees (AUD)

Estimated Total/program:
Apply
60
Accept letter
100
Visa
20
Fly
1

Admission Requirements

Entry Requirements

English Requirements

  • IELTS total 6.0, reading 6.0, writing 6.0

  • TOEFL PBT : 550 with TWE of 4.5

  • TOEFL iBT: 60 with Reading and Writing not less than 18

  • Pearson PTE: 50 with Reading and Writing communicative scores not less than 50

  • Cambridge CAE/CPE : 169

Other Requirements

Recent secondary education

Meet any prerequisite requirements with a minimum grade of C- or equivalent
AND

  • Qualify for the South Australian Certificate of Education (SACE), and achieved a competitive Selection Rank (ATAR), or

  • Complete secondary qualifications equivalent to SACE, or

  • Complete the International Baccalaureate Diploma with a minimum score of 24 points

Applicants who have not achieved the Selection Rank required for automatic selection may be selected for any remaining places based on the grades of their year 12 subjects.

OR
Higher education study

  • Complete or partly complete a recognised higher education program at a recognised higher education institution, or

  • Complete at least four Open Universities Australia (OUA) courses at undergraduate level or above

OR
Vocational Education and Training (VET)

  • Complete an award from a registered training organisation at Certificate IV or above

OR
Work and life experience

  • Qualify for Special Entry, or

  • Complete a UniSA Foundation Studies program or equivalent, or

  • Hold completed secondary qualifications equivalent to SACE obtained more than 2 years in the past

Course Information

Mechanical engineering is a diverse field that can be applied right across industry – from robotics and automation to manufacturing, defence technology, aerospace, mining, construction and energy.

In this degree you will learn to engineer solutions to everyday challenges and discover the latest in machinery design, advanced materials, manufacturing technologies and sustainable energy systems. You will work on a major industry project in your final year. Graduate career-ready by completing the UniSA STEM Professional Practice Program and gain at least 450 hours of skills and competencies through a range of engagement activities such as placements, internships, guest lectures, industry panels, site visits, networking and events.

CRICOS CODE : 081816M

More info: Click here

Degree structure

FIRST YEAR

  • First Semester (Study Period 1, 2 or 3)

  • Programming Concepts

  • Engineering Materials

  • Mathematical Methods for Engineers 1

  • Sustainable Engineering Practice

  • Second Semester (Study Period 4, 5 or 6)

  • Electrical and Electronic Systems

  • Engineering Design and Innovation

  • Mathematical Methods for Engineers 2

  • Engineering Mechanics

SECOND YEAR

  • First Semester (Study Period 1, 2 or 3)

  • Mechanics of Materials

  • Mathematical Methods for Engineers 3

  • Major

  • Mechanical Engineering Practice

  • Second Semester (Study Period 4, 5 or 6)

  • Engineering Dynamics

  • Mechanical Design Practice

  • Fluid and Energy Engineering

Project Management for Engineers

THIRD YEAR

  • First Semester (Study Period 1, 2 or 3)

  • Energy Conversion and Management

  • Control Systems

  • Computer Aided Engineering Practice

  • Major

  • Second Semester (Study Period 4, 5 or 6)

  • Design Management for Engineers

  • Mechanics of Machines

FOURTH YEAR

  • First Semester (Study Period 1, 2 or 3)

  • Industrial Experience

  • Engineering Capstone Experience A

  • Engineering Honours Project A

  • Second Semester (Study Period 4, 5 or 6)

  • Engineering Capstone Experience B

  • Engineering Honours Project B

  • Major in MECHANICAL DESIGN - courses must be completed in the sequence shown

  • Manufacturing Processes

  • Engineering Modelling

  • Advanced Thermo-Fluid Engineering

  • Design in Plastics and Advanced Composites

  • Vibration Analysis of Mechanical Systems

  • Sustainable Energy System Design

  • Sustainable Development and Design Practice

  • Design for Manufacture and Assembly

  • Major in ENERGY SYSTEMS - courses must be completed in the sequence shown

  • Manufacturing Processes

  • Engineering Modelling

  • Advanced Thermo-Fluid Engineering

  • Design in Plastics and Advanced Composites

  • Energy and Society

  • Project Planning and Control G

  • Renewable Energy Systems

  • Design and Integration of Renewable Energy Systems

  • Major in ENGINEERING MANAGEMENT

  • Manufacturing Processes

  • Engineering Modelling

  • Advanced Thermo-Fluid Engineering

  • Design in Plastics and Advanced Composites

  • Total Quality Management

OR

  • Intelligent Production Systems

  • Project Planning and Control G

  • Sustainable Development and Design Practice

OR

  • Integrated Industrial Actuation

  • Lean Six Sigma

  • Flexible Major

  • Manufacturing Processes

  • Engineering Modelling

  • Advanced Thermo-Fluid Engineering

  • Mechanical Elective

  • Flexible Minor

  • MECHANICAL ELECTIVES

  • Design in Plastics and Advanced Composites

  • Integrated Industrial Actuation

  • Flexible Minor in BUSINESS INNOVATION

  • Entrepreneurship for Social and Market Impact

  • Small Business for Professionals

  • Management and Organisation

  • Marketing Principles: Trading and Exchange

OR

  • Principles of Project Management

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Pre Courses

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Pathway Courses

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Career Opportunity

Career Opportunity

Graduates of this degree have found full-time work with respected organisations like the Orlando Wyndham Group, Holden, Origin Energy, Caroma, WMC (Olympic Dam), Aurecon, Bridgestone, Transport SA, and SA Water. Careers to consider:

  • Mechanical engineer: developing products from small parts to large plant, machinery or vehicles; can work on all stages of a product such as research, development, design, manufacture and installation

  • Production engineer: working to eliminate wastefulness in production processes; develops systems, facilities and equipment that increase efficiency, reduce costs and improve quality and safety

  • Mechanical engineering supervisor: overseeing the design of mechanical equipment, industrial processes and robotics; supervising the production, operation, repair and maintenance of equipment; managing staff, resources and work processes

  • Hydraulics engineer: focusing on fluid mechanics – the motion, control and storage of water and sewage; designs and develops structures and facilities, such as canals, rivers, dams, reservoirs and water treatment plants; works on large scale issues such as power generation, flood control and access to drinking water

  • Mechanical designer: creating machines, products, and new technologies; using computer aided design software (CAD) and tools; understanding of drafting practices and standards relevant to their industry and products

Ability to settle

Overseas Student Health Cover

OSHC: 530 ($) per year

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