Where the register points next
training.gov.au points at nothing after MEM80125: it is the current product, and no replacement is listed.
What the register says changed
These are the mapping notes training.gov.au attaches to each supersession, quoted as the register writes them. They are the only public record of what actually changed between two versions.
Is MEM80125 on your scope?
This page is the register's record of one product. What it cannot tell you is whether MEM80125 sits on your own scope today, or what else on that scope has moved without anyone noticing. Enter your RTO number and we read every product on your live scope against training.gov.au and tell you which ones are superseded and which replacements the register flags not equivalent.
Whether a supersession requires anything of you, and what, sits with you and your regulator. This page maps what the register records; it does not make that judgement. If the difference between an equivalent and a non-equivalent replacement is the question, we wrote it up in equivalent vs not equivalent.
What MEM80125 is made of
training.gov.au lists 95 units for MEM80125: 3 core and 92 elective. To complete it, the register publishes a rule of 3 core units plus 7 electives — 10 units in all.
Core units 3 listed
Elective units 92 listed
| Code | Unit | In this product |
|---|---|---|
| BSBHRM611 | Contribute to organisational performance development | ●current |
| BSBLDR812 | Develop and cultivate collaborative partnerships and relationships | ●current |
| MEM13015 | Work safely and effectively in manufacturing and engineering | ●current |
| MEM14088 | Apply maintenance engineering techniques to equipment and component repairs and modifications | ●current |
| MEM14092 | Integrate maintenance fundamentals into an engineering task | ●current |
| MEM16006 | Organise and communicate information | ●current |
| MEM16008 | Interact with computing technology | ●current |
| MEM23003 | Operate and program computers and/or controllers in engineering situations | ●current |
| MEM23004 | Apply technical mathematics | ●current |
| MEM23006 | Apply fluid and thermodynamics principles in engineering | ●current |
| MEM23007 | Apply calculus to engineering tasks | ●current |
| MEM23063 | Select and organise mechanical engineering material tests | ●current |
| MEM23064 | Select and organise mechatronic engineering material tests | ●current |
| MEM23109 | Apply engineering mechanics principles | ●current |
| MEM23111 | Select electrical equipment and components for engineering applications | ●current |
| MEM23112 | Investigate electrical and electronic controllers in engineering applications | ●current |
| MEM23113 | Evaluate hydrodynamic systems and system components | ●current |
| MEM23114 | Evaluate thermodynamic systems and components | ●current |
| MEM23115 | Evaluate fluid power systems | ●current |
| MEM23116 | Evaluate programmable logic controller and related control system component applications | ●current |
| MEM23117 | Evaluate microcontroller applications | ●current |
| MEM23118 | Apply production and service control techniques | ●current |
| MEM23119 | Evaluate continuous improvement processes | ●current |
| MEM23120 | Select mechanical machine and equipment components | ●current |
| MEM23121 | Analyse loads on frames and mechanisms | ●current |
| MEM23122 | Evaluate computer integrated manufacturing systems | ●current |
| MEM23123 | Evaluate manufacturing processes | ●current |
| MEM23124 | Measure and analyse noise and vibration | ●current |
| MEM23125 | Evaluate maintenance systems | ●current |
| MEM234001 | Plan and manage engineering-related projects or operations | ●current |
Show the remaining 62 elective units
| Code | Unit | In this product |
|---|---|---|
| MEM234003 | Design machines and ancillary equipment | ●current |
| MEM234004 | Design for engineering-related noise and vibration mitigation | ●current |
| MEM234005 | Design hydrodynamic pumping systems | ●current |
| MEM234006 | Evaluate and select thermodynamic systems or subsystems | ●current |
| MEM234007 | Design fluid power systems | ●current |
| MEM234008 | Design plant using computer simulations | ●current |
| MEM234009 | Design computer-integrated manufacturing systems | ●current |
| MEM234010 | Design microcontroller applications | ●current |
| MEM234011 | Design programmable logic controller applications | ●current |
| MEM234012 | Design integrated maintenance management systems | ●current |
| MEM234013 | Plan and design engineering-related manufacturing processes | ●current |
| MEM234014 | Design a robotic system | ●current |
| MEM234015 | Design hydronic heat exchanger systems | ●current |
| MEM234016 | Design refrigeration systems | ●current |
| MEM234017 | Design exhaust, ventilation and dust collection systems | ●current |
| MEM234018 | Design heating, ventilation, air conditioning and refrigeration control systems | ●current |
| MEM234019 | Apply finite element analysis in engineering design | ●current |
| MEM234020 | Coordinate small lot manufacture using rapid manufacture processes | ●current |
| MEM234021 | Apply statistics to technology problems | ●current |
| MEM234022 | Apply advanced calculus to technology problems | ●current |
| MEM234023 | Apply differential equations to technology problems | ●current |
| MEM234024 | Apply advanced mathematics to technology problems | ●current |
| MEM234025 | Apply numerical methods to technology problems | ●current |
| MEM234026 | Develop and coordinate engineering-related contingency plans | ●current |
| MEM234027 | Plan and manage materials supply for an engineering project or manufacturing operation | ●current |
| MEM234028 | Produce and manage technical documentation | ●current |
| MEM234029 | Produce and manage technical publications | ●current |
| MEM234030 | Provide specialised technical and engineering guidance to other technical employees | ●current |
| MEM234031 | Manage installation, commissioning or modification of machines and equipment | ●current |
| MEM234032 | Manage fluid power-related technologies in an organisation | ●current |
| MEM234033 | Lead engineering-related quality operations in an organisation | ●current |
| MEM234034 | Manage heating, ventilation, air conditioning and refrigeration systems or projects | ●current |
| MEM234036 | Apply configuration management procedures in engineering project management | ●current |
| MEM234037 | Perform maintenance-related integrated logistic support management activities | ●current |
| MEM234038 | Apply systems engineering procedures to engineering design project management | ●current |
| MEM30005 | Calculate force systems within simple beam structures | ●current |
| MEM30006 | Calculate stresses in simple structures | ●current |
| MEM30012 | Apply mathematical techniques in a manufacturing engineering or related environment | ●current |
| MSL976006 | Evaluate and select appropriate test methods and/or procedures | ●current |
| MSS405000 | Develop competitive systems and practices for operational objectives | ●current |
| MSS405029 | Develop quick changeover procedures | ●current |
| MSS405035 | Design a process layout | ●current |
| MSS405039 | Implement and optimise levelled pull system | ●current |
| MSS405046 | Manage workplace learning | ●current |
| MSS405077 | Develop a proactive maintenance strategy | ●current |
| MSS407023 | Quantitatively analyse impact of process changes | ●current |
| MSS407024 | Prepare for and implement change | ●current |
| MSS407025 | Build internal relationships to support competitive systems and practices | ●current |
| MSS407026 | Lead a process to determine and solve root cause for a complex problem | ●current |
| MSS407029 | Improve visual management in the workplace | ●current |
| MSS407030 | Manage benchmarking studies | ●current |
| MSS407031 | Review continuous improvement processes | ●current |
| MSS407032 | Facilitate improvements in the internal value stream | ●current |
| MSS407033 | Qualitatively review and improve process changes | ●current |
| MSS407034 | Respond to a major non-conformance | ●current |
| MSS408011 | Develop knowledge systems and learning processes for an organisation | ●current |
| MSS408012 | Develop problem solving capability of an organisation | ●current |
| MSS408013 | Develop best practice model for future state operations | ●current |
| MSS408015 | Develop the competitive systems and practices approach | ●current |
| MSS408016 | Develop the value stream | ●current |
| MSS408017 | Analyse and refine improvement systems | ●current |
| MSS408018 | Analyse data to determine organisational learning | ●current |
Core and elective are the register's own flags on the unit grid of the release read here. "Not current" means training.gov.au no longer recommends that unit for use inside this product — it does not say anything about the product itself.
Source: this product on training.gov.au, Australia's national training register — or go straight to the units it requires. The rule itself is item 14 of F2025L00355, and ASQA publishes the extensions it has granted. Read on 28 August 2026 UTC. Every code, title, date, status and equivalence flag on this page is the register's; nothing here is estimated or inferred, and where the register publishes nothing we say so.
Every MEM training product on the register · Search all training products
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