Graduate Diploma of Engineering - MEM80112
ECA Graduate Institute
Type of institution: Registered Training Organisation
Level: Postgraduate
CRICOS: 03865D
Subjects
- Review continuous improvement processes
- Produce and manage technical publications
- Select mechanical machine and equipment components
- Improve visual management in the workplace
- Select and test mechatronic engineering materials
- Design microcontroller applications
- Design a robotic system
- Manage heating, ventilation, air conditioning and refrigeration systems or projects
- Manage fluid power related technologies in an enterprise
- Integrate engineering technologies
- Manage benchmarking studies
- Prepare for and implement change
- Plan and implement a mentoring program
- Plan and design engineering-related manufacturing processes
- Provide specialised technical and engineering guidance to other technical employees
- Design machines and ancillary equipment
- Develop workplace policy and procedures for environmental sustainability
- Apply numerical methods to technology problems
- Apply differential equations to technology problems
- Review operations practice tools and techniques
- Capture learning from daily activities in a organisation
- Develop a levelled pull system for operations and processes
- Audit the use of competitive tools
- Develop the value stream
- Design a process layout
- Evaluate programmable logic controller and related control system component applications
- Design refrigeration systems
- Apply advanced mathematics in technology problems
- Apply finite element analysis in engineering design
- Analyse loads on frames and mechanisms
- Develop problem solving capability of an organisation
- Design plant using computer simulations
- Produce and manage technical documentation
- Apply advanced calculus to technology problems
- Measure and analyse noise and vibration
- Analyse process changes
- Evaluate fluid power systems
- Evaluate thermodynamic systems and components
- Facilitate improvements in the internal value stream
- Manage installation, commissioning or modification of machines and equipment
- Analyse data for relevance to organisational learning
- Develop the competitive systems and practices approach
- Develop and coordinate engineering-related contingency plans
- Develop models of future state operations practice
- Apply production and service control techniques
- Design heating, ventilation, air conditioning and refrigeration control systems
- Maintain and apply technical and engineering skills
- Respond to a major non-conformance
- Design fluid power systems
- Facilitate improvements in the external value stream
- Build relationships between teams in an operations environment
- Develop the learning processes of the operations organisation
- Evaluate and select thermodynamic systems or subsystems
- Design exhaust, ventilation and dust collection systems
- Plan and implement a coaching strategy
- Select electrical equipment and components for engineering applications
- Design for engineering-related noise and vibration mitigation
- Design programmable logic controller applications
- Design integrated maintenance management systems
- Select and test mechanical engineering materials
- Evaluate computer integrated manufacturing systems
- Evaluate microcontroller applications
- Plan and manage materials supply for an engineering project or manufacturing operation
- Design hydronic heat exchanger systems
- Develop and cultivate collaborative partnerships and relationships
- Analyse cost implications of maintenance strategy
- Evaluate continuous improvement processes
- Evaluate manufacturing processes
- Develop human capital
- Lead a problem solving process to determine and solve root cause
- Evaluate maintenance systems
- Plan and manage engineering-related projects or operations
- Design computer-integrated manufacturing systems
- Undertake a qualitative review of a process change
- Develop and refine systems for continuous improvement in operations
- Coordinate small lot manufacture using rapid manufacture processes
- Investigate electrical and electronic controllers in engineering applications
- Lead engineering-related quality operations in an enterprise
- Evaluate hydrodynamic systems and system components
- Evaluate and select appropriate test methods and/or procedures
- Introduce competitive systems and practices to a small or medium enterprise
- Design hydrodynamic pumping systems
- Develop quick changeover procedures
- Apply statistics to technology problems
Standard entry requirements
- Entry requirements for the MEM80112 Vocational Graduate Diploma of Engineering are:an Advanced Diploma of Engineering or a Diploma of Engineering, or arelevant Certificate IV or Certificate III together with significant relevant vocational practice in an engineering related role, or a Bachelor Degree
- Or other higher education qualification, with relevant vocational practice in an engineering related role.
Study pathways
Pathways into the qualificationPathways for candidates considering this qualification may include:a Diploma or Advanced Diploma of Engineering from the MEM05 Metal and Engineering Training Packagesignificant relevant vocational training and/or work experience.Pathways from the qualificationAfter achieving this qualification, candidates may undertake a Bachelor of Engineering or other suitable higher education qualifications. Additional qualification adviceUnits of competency selected from other Training Packages must be relevant to the work outcome, local industry requirements and the qualification level.Many units of competency in this qualification assume a level of English, mathematics and science equivalent to a school sector Year 12 standard. Note: Manufacturing Skills Australia recommends that the design of any training delivery and assessment program to support the achievement of this qualification is based on the context required by the industry and/or enterprise.
Related courses
Browse more courses
Enquire about this course
Related careers
