Bachelor Of Engineering Technology

Gain the advanced engineering skills you need to work at the cutting edge of mechanical and manufacturing technologies

Award granted

Bachelor Degree (Pass)

Course code

CRS1201286

Delivery location

Dandenong

International

Go to International students page

Length

Full Time, 3 years. Part Time, 6 years.

Start dates

26 February, 22 July

• Read more about this course

  Experienced experts in the field, will guide you through the program combining theory and practical applications in the industry.
  
  As part of this course, students are required to complete an eight week (320 hour) internship. Placement for the internship will be provided by Chisholm. In the sixth semester, students engage in a capstone project (13 weeks) where they will apply their knowledge and skills learnt throughout the course.
  
  Student profile - 15% Domestic students : 85% International students.
  
  VET Pathways
  - Students with a diploma in a related field of engineering will enter Year One of this course.
  - Students who have completed the Advanced Diploma of Engineering Technology 22228VIC and the Diploma of Engineering Technology 22229VIC will be eligible for credit transfer, based upon subjects they have undertaken.
  
  Aboriginal and Torres Strait Islander people - support is available for Aboriginal and Torres Strait Island people through Chisholm's Koorie Services. Email klo@chisholm.edu.au
  
  Special consideration – If you do not meet the admission requirements listed below but would like special consideration, please contact a Chisholm course adviser on 1300 244 746.

  
  Course structure

  To complete the Bachelor of Engineering Technology, students must successfully complete 27 subjects in the Mechanical and Manufacturing stream. Most full-time students choose to study five subjects per semester, and there are two semesters each year.

  
  Indicative workload

  Weekly workload per semester for 5 subjects: 16-20 hours face-to-face plus 16-20 hours personal study time.

• Learning outcomes

  Demonstrate professional knowledge, attitudes and practices in the workplace underpinned by a commitment to the Code of Ethics and Stage 1 Competency Standards for Engineering Technologists outlined by Engineers Australia.

  Proficient communicators who function effectively as an individual with key stakeholders within a multidisciplinary and multicultural context and demonstrate management and leadership capability.

  Demonstrate sound scientific knowledge required for fluency in the techniques of analysis and synthesis relevant to a branch of engineering technology.

  Demonstrate knowledge and proficiency in all aspects of engineering technology and its major contribution to industrial, commercial and community applications.

  Demonstrate capacity to critically analyse and evaluate concepts, ideas, processes and products required to manage a complex engineering project, ensuring operational reliability and within the context of the business systems.

  Demonstrate creativity and innovation to contribute to the advancement of engineering technology in a relevant field of specialisation.

  Are effective lifelong learners who can realise and capitalise on opportunities afforded by emerging techniques, technologies and research within a local and global engineering context.

• Subjects - Year one

  The Professional Engineering TechnologistHEETCM100

  Semester one
  

  To assist the new engineering technologist navigate through his/her new role there are laws and codes of professional conduct in place. The student will gain an understanding of engineering fields, how they impact on society and the responsibilities and obligations that come with the profession.

  Engineering Mathematics 1HEETCM101A

  Semester one
  

  The prime role of engineering technologists is to bring a highly effective problem-solving approach to challenges that are presented to them. Their problem-solving tools include a thorough knowledge of mathematical principles combined with a rigorous engineering science and technology knowledge base.

  Introduction to Digital Electronics and ProgrammingHEETCM102A

  Semester one
  

  This subject will introduce students to the digital electronics as well as some basic circuit components and fundamentals in programming. Within this context, it forms an introductory subject for students to comprehend how programs are developed, what sensors are and how electronics works in general.

  Engineering Measuring EquipmentHEETCM103

  Semester one
  

  This subject focuses on engineering measuring and inspection equipment and their operating procedures. Measurement is the language of science that we use to communicate size, quantity, position, condition, and time.

  Engineering Design and PracticeHEETCM104

  Semester one
  

  This subject supports the development of engineering design and practice skills. This feature seeks to illustrate the roles and responsibilities of professional engineering technologists and the people with whom they interact; to illustrate how disciplinary knowledge is applied in the solution of engineering problems; and to target the development of the knowledge skills and attitudes essential in professional engineering technology.

  Engineering Mathematics 2HEETCM202A

  Semester two
  

  A sound knowledge of mathematical principles is essential in developing an advanced engineering and technology knowledge base. The two engineering mathematics subjects will further develop the engineering mathematics skills essential for all engineering technologists.

  Engineering Practice 2HEETCM205

  Semester two
  

  In Engineering Practice II students will gain knowledge and skills in metal joining using various welding processes, brazing and soldering to appropriate OH&S standards. Welding plays a key role in many industries such as automotive, structural, general engineering, aeronautical, chemical plants, piping industry and civil.

  Engineering Mechanics (Statics)HEETCM203A

  Semester two
  

  Statics is the branch that deals with forces and with the effects of forces acting on rigid bodies at rest. The study of statics is essentially one of analysis of forces and force systems. It is critical in understanding engineering systems and applications.

  Material ScienceHEETCM201

  Semester two
  

  Material Science is a field of study involving the properties of matter and its applications to various areas of science and engineering. It is a fundamental enabling science for mechanical and mechatronics technologists.

  Engineering Mechanics (Dynamics)HEETCM204A

  Semester two
  

  Dynamics is a branch of mechanics that deals with forces and with the effects of forces acting on rigid bodies in motion. Dynamics is divided into two parts: kinematics, which is the study of motion without reference to the forces which cause motion, and kinetics, which relates to the action of forces on bodies to their resulting motions.

• Subjects - Year two

  Engineering Practice 3HEETCM305

  Semester one
  

  Computer Numerical Controlled (CNC) machines are used to perform operations such as milling, turning, cutting and drilling with precision and at high speeds. It is essential that engineering technologists understand the operating parameters of these machines and can undertake programming tasks, tooling set-up, and basic fault finding.

  Industrial AutomationHEETCM302

  Semester one
  

  Industrial Automation introduces students to the applied methods of automatic control of industrial processes which combines drive systems with control and information system to reduce the need for heavy, repetitive and tedious human intervention. Hydraulic and pneumatic systems will be presented with practical demonstration, software and hardware training.

  Programmable Logic Controller (PLC)HEETCM304A

  Semester one
  

  Programmable Logic Controllers (PLC’s) are an essential component of automation in industry. Students will familiarise themselves with the operations, programming, interfacing and applications of PLC’s and learn effective fault finding strategies and techniques.

  Engineering CAD2HEETCM301A

  Semester one
  

  CAD is used for detailed engineering of 3D models and/or 2D drawings of physical components. It is also used throughout the engineering process from conceptual design and layout of plant and products, through strength and dynamic analysis of assemblies including computational fluid dynamics and even to the definition of manufacturing methods of components and links to computer numerical controlled machine tool (CADCAM).

  Strength of MaterialsHEETCM303

  Semester one
  

  Strength of Materials is a branch of applied mechanics that deals with the behaviour of solid bodies subjected to various types of loads. It is a critical engineering science within the disciplines of mechanical engineering, mechatronics, structural engineering, chemical and process engineering, aeronautics, astronautics and a number of other engineering disciplines.

  Materials and Process SelectionHEETMN401

  Semester two
  

  Understanding materials, their properties and behaviour is fundamental to mechanical engineering design and a key application of materials science. This unit expands on to application of computer-aided software for selecting the materials and process.

  Mechanical Drive SystemsHEETMN402A

  Semester two
  

  This subject introduces students to the characteristics of various components used in mechanical drive systems. In particular students are introduced to factors that influence system performance and reliability.

  CAD/CAM and Engineering PracticeHEETMN404

  Semester two
  

  CAD is used for detailed engineering of 3D models and/or 2D drawings of physical components, throughout the engineering process from conceptual design and layout of plant and products, through strength and dynamic analysis of assemblies including computational fluid dynamics and even to the definition of manufacturing methods of components.

  Practical Work PlacementHEETMN405

  Semester two
  

  Students are required to be exposed to the work of the professional engineering technologist to provide appropriate context for their studies, enable them to better recognise their responsibilities as professional engineering technologists and to further develop their professional attributes.
  Engineers Australia requires students to undertake a minimum of eight weeks suitable work experience/practicum during their time enrolled in this engineering degree program.

• Subjects - Year three

  Industrial Project 1HEETMN501A

  Semester one
  

  Industry Project I and II form the capstone of the engineering degree program. These two units enable the students to put into practice, through an authentic industry-based engineering technology project, the knowledge and attributes they have developed in the program enabling them to further develop the skill sets they will need as professional engineering technologists.

  Project ManagementHEETMN504

  Semester one
  

  This subject will focus on project management, planning and decision making, Microsoft project, project planning and control, cost management, risk management skills, quality management skills, procurement management skills, and laws, contracts and engineering contracts.

  Fluid MechanicsHEETMN502

  Semester one
  

  The study of fluids and the forces on them, fluid mechanics can be divided into fluid statics (the study of fluids at rest), and fluid dynamics (the study of fluids in motion). Fluids comprise liquids, gases and plasmas. Fluid mechanics, especially fluid dynamics, is a very active field of research with many unsolved or partly solved problems.

  Advanced Manufacturing SystemsHEETMN503

  Semester one
  

  The subject follows significant learning in engineering practices and manufacturing processes and provides considerable knowledge to implement manufacturing systems for cost effective manufacturing. This subject will introduce process planning.

  Industrial Project 2HEETMN601A

  Semester two
  

  Industrial Project II is the capstone of the engineering degree program in which students put into practice, through an authentic industry-based engineering technology project, the knowledge and attributes they have developed in the program.

  Machine Condition MonitoringHEETMN604A

  Semester two
  

  Of all the technologies used in condition monitoring, vibration analysis is the one most commonly used and the one that provides the most amount of information from the data acquired. This subject provides an overview of all aspects of the use of condition monitoring techniques paying special attention to the vibration analysis of rotating machines.

  Quality ManagementHEETMN602

  Semester two
  

  Quality as a marketing differentiator, along with automation and lean manufacturing to reduce manufacturing costs, is increasingly acknowledged by high wage economies such as Australia as providing the best path to manufacturing survival. Recent quality initiatives in manufacturing are more technologically advanced, demanding the involvement of more technologically skilled people such as engineers and engineering technologists.

  ThermodynamicsHEETMN603A

  Semester two
  

  The study of thermodynamics is crucial for the understanding of a wide range of engineering plant such as steam turbines, reciprocating engines, turbo-jets and rockets, combustion systems, heat pumps and refrigerators, air-conditioning plant, compressors, boilers, condensers, cooling towers, and heat exchangers, as well as direct energy conversion devices such as photovoltaic and fuel cells.

• Course and career pathways

  Nationally recognised training	Certificate III In Engineering - Mechanical Trade	Diploma Of Engineering Technology	Bachelor Of Engineering Technology
  Possible job outcome	machinist fitter mechatronics tradeperson toolmaker	programmable logic control (PLC) programmer production technician	project engineer CAD/CAM engineer quality assurance engineer manufacturing engineer

• Advanced standing

  Your current skills, knowledge and experience can help you get a qualification.

  Find out about skills recognition and RPL for certificate to advanced diploma courses.

  Find out about advanced standing for graduate certificate, graduate diploma and bachelor degree courses.

• Admission requirements

  Please refer to the course entry requirements document (available above in the course description) for current requirements.

• Fees

  Indicative total course cost $44,520. Total course cost is indicative based upon the 2024 tuition fee. Any increase in fees for subsequent years is not included in this value. Indicative annual tuition fees of $14,840. Indicative fees are based upon a student enrolling in 100% full time study load and does not reflect if subjects are repeated or advanced standing is granted.

   

• Help with fees

  FEE-HELP

  At Chisholm, you can get a FEE-HELP loan to help you pay for all or part of the tuition fees for this degree course. Find out more about using FEE-HELP to study now and pay later.

This course is accredited by the Tertiary Education Quality and Standards Agency (TEQSA) and aligned to Australian Qualification Framework (AQF) Level 7.