Graduate Diploma of Engineering
MEM80125
O'Halloran Fire & Medical in NSW offers Graduate Diploma of Engineering (MEM80125), a nationally recognised AQF Level 8 qualification. The program runs for 2 years.
O'Halloran Fire & Medical
Unclaimed listingPrivate RTO · RTO 91539
Course details · domestic students
Government data
- Duration
- 2 years
- Qualification level
- AQF Level 8
Entry requirements and how you'll study
O'Halloran Fire & Medical offers Graduate Diploma of Engineering. It runs for 2 years in NSW.
The price on this page is what O'Halloran Fire & Medical has published for Graduate Diploma of Engineering. It may be a local fee, an overseas fee, or a funded amount. Books, exams, and a funded place can cost more, so ask what you would pay.
Entry requirements
O'Halloran Fire & Medical has not listed entry rules for Graduate Diploma of Engineering. Ask them about past study, English, and any interview before you apply.
Use enquire to ask O'Halloran Fire & Medical about start dates, study mode, and how to get into Graduate Diploma of Engineering.
What you'll learn
The study plan includes Develop workplace policy and procedures for environmental sustainability, Contribute to organisational performance development, Develop and cultivate collaborative partnerships and relationships, Work safely and effectively in manufacturing and engineering, Apply maintenance engineering techniques to equipment and component repairs and modifications, and Integrate maintenance fundamentals into an engineering task. Open a unit to see what it covers.
What you'll learn
1 core units · 32 electives available
Core units
· All core units must be completedGroup Electives
· select units from this group to complete the qualification- BSBHRM611Contribute to organisational performance developmentELECTIVE
- BSBLDR812Develop and cultivate collaborative partnerships and relationshipsELECTIVE
- MEM13015Work safely and effectively in manufacturing and engineeringELECTIVE
- MEM14088Apply maintenance engineering techniques to equipment and component repairs and modificationsELECTIVE
- MEM14092Integrate maintenance fundamentals into an engineering taskELECTIVE
- MEM16006Organise and communicate informationELECTIVE
- MEM16008Interact with computing technologyELECTIVE
- MEM23003Operate and program computers and/or controllers in engineering situationsELECTIVE
- MEM23004Apply technical mathematicsELECTIVE
- MEM23006Apply fluid and thermodynamics principles in engineeringELECTIVE
- MEM23007Apply calculus to engineering tasksELECTIVE
- MEM23063Select and organise mechanical engineering material testsELECTIVE
- MEM23064Select and organise mechatronic engineering material testsELECTIVE
- MEM23109Apply engineering mechanics principlesELECTIVE
- MEM23111Select electrical equipment and components for engineering applicationsELECTIVE
- MEM23112Investigate electrical and electronic controllers in engineering applicationsELECTIVE
- MEM23113Evaluate hydrodynamic systems and system componentsELECTIVE
- MEM23114Evaluate thermodynamic systems and componentsELECTIVE
- MEM23115Evaluate fluid power systemsELECTIVE
- MEM23116Evaluate programmable logic controller and related control system component applicationsELECTIVE
- MEM23117Evaluate microcontroller applicationsELECTIVE
- MEM23118Apply production and service control techniquesELECTIVE
- MEM23119Evaluate continuous improvement processesELECTIVE
- MEM23120Select mechanical machine and equipment componentsELECTIVE
- MEM23121Analyse loads on frames and mechanismsELECTIVE
- MEM23122Evaluate computer integrated manufacturing systemsELECTIVE
- MEM23123Evaluate manufacturing processesELECTIVE
- MEM23124Measure and analyse noise and vibrationELECTIVE
- MEM23125Evaluate maintenance systemsELECTIVE
- MEM30005Calculate force systems within simple beam structuresELECTIVE
- MEM30006Calculate stresses in simple structuresELECTIVE
- MEM30012Apply mathematical techniques in a manufacturing engineering or related environmentELECTIVE
Source: training.gov.au
Where will it lead me?
Career outcomes