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Students
Tuition Fee
AUD 16,810
Per course
Start Date
Medium of studying
Duration
36 months
Program Facts
Program Details
Degree
Courses
Major
Mechanical Engineering | Mechanics | Engineering Technology
Area of study
Engineering
Timing
Part time
Course Language
English
Tuition Fee
Average International Tuition Fee
AUD 16,810
Intakes
Program start dateApplication deadline
2024-04-01-
2024-04-29-
2024-05-27-
2024-07-01-
2024-07-29-
2024-09-02-
2024-09-30-
2024-10-28-
About Program

Program Overview


This three-year program provides comprehensive training in machine maintenance, fault-finding, and mechanical equipment assembly. It includes 11 core units and 17 elective units, delivered through one day a week of workplace release. Graduates are equipped for careers as Metal Tradespersons or in Mechanical Services.

Program Outline

Outline:


Program Content:

  • Machine Maintenance
  • Fault-finding and testing
  • Use of Machine tools
  • Fitting and Assembly of mechanical equipment

Program Structure:

  • 11 core units
  • 17 Elective units
  • Delivered on a one day a week day release from the workplace for a period of three years.

Individual Modules with Descriptions:


Core Units:

  • Work safely and effectively in manufacturing and engineering: Covers safety regulations, risk assessment, and safe work practices in manufacturing and engineering environments.
  • Participate in environmentally sustainable work practices: Focuses on environmental sustainability principles, waste management, and energy efficiency in manufacturing and engineering.
  • Organise and communicate information: Develops skills in organizing and communicating technical information, including reading and interpreting technical drawings, writing reports, and giving presentations.
  • Undertake manual handling: Covers safe and efficient manual handling techniques, including lifting, carrying, and moving materials.
  • Assist in the provision of on-the-job training: Provides guidance on assisting in the training and supervision of new or less experienced workers.
  • Perform computations: Develops mathematical skills for solving problems and making calculations related to engineering tasks.
  • Perform engineering measurements: Covers techniques and equipment used for measuring and recording engineering dimensions and tolerances.
  • Interpret technical drawing: Teaches how to read and interpret technical drawings, including orthographic projections, sections, and dimensioning.
  • Interact with computing technology: Introduces the use of computers and software for engineering applications, including CAD and CAM systems.
  • Plan work activities: Develops skills in planning and organizing work activities, including estimating time, resources, and materials.
  • Use hand tools: Covers the safe and effective use of hand tools commonly used in engineering, such as hammers, wrenches, and screwdrivers.
  • Use power tools/hand held operations: Provides training on the safe and efficient use of power tools, including drills, grinders, and saws.

Elective Units (Group A):

  • Perform general machining: Covers basic machining operations, including turning, milling, drilling, and grinding.
  • Perform lathe operations: Focuses on advanced lathe operations, including threading, knurling, and taper turning.
  • Mark off/out (general engineering): Develops skills in marking out and setting up workpieces for machining and fabrication.
  • Perform milling operations: Covers advanced milling operations, including contour milling, helical milling, and gear cutting.
  • Perform grinding operations: Provides training on advanced grinding operations, including surface grinding, cylindrical grinding, and tool grinding.
  • Set computer controlled machines and processes: Introduces the principles and operation of computer-controlled machines, including CNC machines and robots.
  • Operate and monitor machine and process: Covers the operation and monitoring of computer-controlled machines and processes, including troubleshooting and maintenance.
  • Operate computer controlled machines and processes: Provides advanced training on the operation and programming of computer-controlled machines and processes.

Elective Units (Group B):

  • Dismantle, replace and assemble engineering components: Develops skills in dismantling, replacing, and assembling engineering components, including bearings, gears, and seals.
  • Use tools for precision work: Covers the use of precision tools and instruments for measuring and inspecting engineering components.
  • Perform precision fitting of engineering components: Provides training on precision fitting techniques, including scraping, filing, and lapping.

Careers:

  • Metal Tradesperson
  • Mechanical Services
SHOW MORE
About University
PhD
Masters
Bachelors
Diploma
Foundation
Courses

Swinburne University of Technology


Overview:

Swinburne University of Technology is a public university located in Melbourne, Australia. It is known for its strong industry connections and focus on real-world learning experiences. Swinburne offers a wide range of academic programs, including undergraduate and postgraduate degrees, as well as vocational education and training. The university is also a leader in online education, providing flexible learning options for students.


Services Offered:

Swinburne offers a comprehensive range of services to support students, including:

    Student support services:

    This includes academic support, health and wellbeing services, financial advice, and support for international students.

    Work integrated learning:

    Swinburne provides opportunities for students to gain real-world experience through placements, internships, and industry-linked projects.

    Study abroad:

    Students can choose to study abroad at one of Swinburne's partner universities.

    Careers and employment services:

    Swinburne offers career advice, job search assistance, and workshops to help students prepare for their future careers.

Student Life and Campus Experience:

Swinburne provides a vibrant and diverse campus experience for students. The university has a strong focus on student engagement and offers a range of clubs, societies, and events. Students can also enjoy access to a variety of facilities, including a library, sports facilities, and student accommodation.


Key Reasons to Study There:

    Industry connections:

    Swinburne has strong partnerships with industry, providing students with access to real-world learning opportunities.

    Work integrated learning:

    Swinburne's guaranteed work integrated learning program ensures that students gain valuable industry experience.

    Innovative learning:

    Swinburne is a leader in online education and uses innovative technologies to deliver its courses.

    World-class facilities:

    Swinburne has state-of-the-art facilities, including the Australian Synchrotron and the Social Good Cloud Innovation Centre.

    Research with impact:

    Swinburne's researchers are dedicated to driving economic and social impact through their work.

Academic Programs:

Swinburne offers a wide range of academic programs across various disciplines, including:

    Arts, Humanities and Social Sciences

    Aviation

    Built Environment and Architecture

    Business

    Design

    Education

    Engineering

    Film and Television

    Games and Animation

    Health

    Information Technology

    Law

    Media and Communication

    Nursing

    Psychology

    Science

    Trades and Apprenticeships


Other:

Swinburne is a leading university in Australia and is recognized for its commitment to innovation, research, and student success. The university is also committed to sustainability and social responsibility.

Total programs
436
Admission Requirements

Outline:


Program Content:

  • Machine Maintenance
  • Fault-finding and testing
  • Use of Machine tools
  • Fitting and Assembly of mechanical equipment

Program Structure:

  • 11 core units
  • 17 Elective units
  • Delivered on a one day a week day release from the workplace for a period of three years.

Individual Modules with Descriptions:


Core Units:

  • Work safely and effectively in manufacturing and engineering: Covers safety regulations, risk assessment, and safe work practices in manufacturing and engineering environments.
  • Participate in environmentally sustainable work practices: Focuses on environmental sustainability principles, waste management, and energy efficiency in manufacturing and engineering.
  • Organise and communicate information: Develops skills in organizing and communicating technical information, including reading and interpreting technical drawings, writing reports, and giving presentations.
  • Undertake manual handling: Covers safe and efficient manual handling techniques, including lifting, carrying, and moving materials.
  • Assist in the provision of on-the-job training: Provides guidance on assisting in the training and supervision of new or less experienced workers.
  • Perform computations: Develops mathematical skills for solving problems and making calculations related to engineering tasks.
  • Perform engineering measurements: Covers techniques and equipment used for measuring and recording engineering dimensions and tolerances.
  • Interpret technical drawing: Teaches how to read and interpret technical drawings, including orthographic projections, sections, and dimensioning.
  • Interact with computing technology: Introduces the use of computers and software for engineering applications, including CAD and CAM systems.
  • Plan work activities: Develops skills in planning and organizing work activities, including estimating time, resources, and materials.
  • Use hand tools: Covers the safe and effective use of hand tools commonly used in engineering, such as hammers, wrenches, and screwdrivers.
  • Use power tools/hand held operations: Provides training on the safe and efficient use of power tools, including drills, grinders, and saws.

Elective Units (Group A):

  • Perform general machining: Covers basic machining operations, including turning, milling, drilling, and grinding.
  • Perform lathe operations: Focuses on advanced lathe operations, including threading, knurling, and taper turning.
  • Mark off/out (general engineering): Develops skills in marking out and setting up workpieces for machining and fabrication.
  • Perform milling operations: Covers advanced milling operations, including contour milling, helical milling, and gear cutting.
  • Perform grinding operations: Provides training on advanced grinding operations, including surface grinding, cylindrical grinding, and tool grinding.
  • Set computer controlled machines and processes: Introduces the principles and operation of computer-controlled machines, including CNC machines and robots.
  • Operate and monitor machine and process: Covers the operation and monitoring of computer-controlled machines and processes, including troubleshooting and maintenance.
  • Operate computer controlled machines and processes: Provides advanced training on the operation and programming of computer-controlled machines and processes.

Elective Units (Group B):

  • Dismantle, replace and assemble engineering components: Develops skills in dismantling, replacing, and assembling engineering components, including bearings, gears, and seals.
  • Use tools for precision work: Covers the use of precision tools and instruments for measuring and inspecting engineering components.
  • Perform precision fitting of engineering components: Provides training on precision fitting techniques, including scraping, filing, and lapping.

Careers:

  • Metal Tradesperson
  • Mechanical Services
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