Engineers Australia’s Chartered Status credential is awarded to engineers who demonstrate internationally benchmarked standards of expertise, professionalism and safety. It is a mark that is globally recognised by the community, industry and government.
Becoming Chartered involves providing (and then maintaining) competency in four core areas: Personal Commitment, Obligation to community, Value in the workplace, and Technical proficiency.
Engineering Education Australia can help you master the skills and knowledge required to develop the Chartered competencies through our extensive range of courses.*
*Completing an Engineering Education Australia course does not automatically guarantee a competency. The course provides underpinning skills that may contribute towards developing a Stage 2 Competency.
Courses offered by Engineering Education Australia that link to Chartered competencies are categorised under 16 competency types that are divided into their respective core competency areas below.
Personal commitment
Courses that provide underpinning skills that may contribute towards developing this competency include:
As well as:
- Engineering Due Diligence
- Introduction to Defensible Risk Management
- Managing Construction Contracts
- Managing Teams and Stakeholders
Courses that provide underpinning skills that may contribute towards developing this competency include:
- Business Writing for Engineers
- Growth Mindset for Technical Leaders
- Managing Teams and Stakeholders
- Managing and Leading Others
- Mentoring Skills
- Project Earned Value Management
Courses that provide underpinning skills that may contribute towards developing this competency include:
Obligation to the community
Courses that provide underpinning skills that may contribute towards developing this competency include:
- Asset Maintenance and Reliability Management for Engineers
- Engineering and Design Lifecycle
- Engineering Due Diligence
- Fundamentals of Low Voltage Electrical Distribution Technology
- Fundamentals of Medium Voltage Electrical Distribution Technology
- Implementing Safety in Design
- Introduction to Defensible Risk Management
- Lean Construction
- Safety in Design
- Solar Battery Storage
- Solar Power System Fundamentals
Courses that provide underpinning skills that may contribute towards developing this competency include:
As well as:
- Advanced Project Planning and Scheduling
- Contract Negotiation and Dispute Resolution
- Enhancing Project Performance
- Introduction to Integrated Project Planning and Control
- Lean Construction
- Managing Teams and Stakeholders
- Mentoring Skills
- Negotiation Skills and Influencing Strategies
- Procurement and Tendering Contracts
- Project Management Essentials
- Project Due Diligence
- The Art of Influence for Technical Leaders
- Transitioning from Manager to Leader
Courses that provide underpinning skills that may contribute towards developing this competency include:
As well as:
- Advanced Project Planning and Scheduling
- AS/NZS 3000 - The Wiring Rules
- Asset Maintenance and Reliability Management for Engineers
- Construction Safety Due Diligence
- Engineering and Design Lifecycle
- Engineering Due Diligence
- Enhancing Project Performance
- Financial Acumen for Engineers
- Grid Connected PV Systems - Design
- Implementing Safety in Design
- Introduction to Defensible Risk Management
- Lean Construction
- Lean Six Sigma - Yellow Belt
- Lean Six Sigma - Green Belt
- Managing Construction Contracts
- Project Due Diligence
- Project Management Essentials
- Risk in Engineering
- Safety in Design
- Solar Battery Storage
- Solar Power System Fundamentals
- Temporary Works: Risk and Awareness
Courses that provide underpinning skills that may contribute towards developing this competency include:
- Advanced Project Planning and Scheduling
- AS/NZS 3000 - The Wiring Rules
- Construction Safety Due Diligence
- Contract Foundations
- Contract Management for Engineers
- Engineering and Design Lifecycle
- Engineering Due Diligence
- Fundamentals of Low Voltage Electrical Distribution Technology
- Fundamentals of Medium Voltage Electrical Distribution Technology
- Implementing Safety in Design
- Introduction to Defensible Risk Management
- Managing Construction Contracts
- Procurement and Tendering Contracts
- Safety in Design
- Solar Battery Storage
- Solar Power System Fundamentals
- Temporary Works: Risk and Awareness
Value in the workplace
Courses that provide underpinning skills that may contribute towards developing this competency include:
As well as:
- Advanced Project Planning and Scheduling
- Business Writing to Achieve Results
- Contract Foundations
- Contract Management for Engineers
- Contract Negotiation and Dispute Resolution
- Effective Presentation Skills
- Enhancing Project Performance
- Introduction to Defensible Risk Management
- Lean Construction
- Managing Teams and Stakeholders
- Managing and Leading Others
- Mentoring Skills
- Negotiation Skills and Influencing Strategies
- Procurement and Tendering Contracts
- Project Earned Value Management
- The Art of Influence for Technical Leaders
- Transitioning from Manager to Leader
- Writing Winning Technical Documents
Courses that provide underpinning skills that may contribute towards developing this competency include:
- Advanced Project Planning and Scheduling
- Business Writing for Engineers
- Enhancing Project Performance
- Financial Acumen for Engineers
- Growth Mindset for Technical Leaders
- Lean Construction
- Lean Six Sigma - Yellow Belt
- Lean Six Sigma - Green Belt
- Project Earned Value Management
- Transitioning from Manager to Leader
Courses that provide underpinning skills that may contribute towards developing this competency include:
- Contract Foundations
- Enhancing Project Performance
- Growth Mindset for Technical Leaders
- Project Earned Value Management
- Transitioning from Manager to Leader
- Risk in Engineering
Courses that provide underpinning skills that may contribute towards developing this competency include:
- Business Writing for Engineers
- Contract Management for Engineers
- Engineering Due Diligence
- Introduction to Defensible Risk Management
- Project Earned Value Management
Technical proficiency
Courses that provide underpinning skills that may contribute towards developing this competency include:
Courses that provide underpinning skills that may contribute towards developing this competency include:
- Advanced Project Planning and Scheduling
- Asset Maintenance and Reliability Management for Engineers
- Battery Storage Systems for Grid Connected PV Systems - Design
- Engineering and Design in Practice
- Fundamentals of Low Voltage Electrical Distribution Technology
- Fundamentals of Medium Voltage Electrical Distribution Technology
- Grid Connected PV Systems - Design
- Solar Battery Storage
- Solar Power System Fundamentals
- Writing Winning Technical Documents
Courses that provide underpinning skills that may contribute towards developing this competency include:
- Asset Maintenance and Reliability Management for Engineers
- Battery Storage Systems for Grid Connected PV Systems - Design
- Engineering and Design Lifecycle
- Grid Connected PV Systems - Design
- Lean Six Sigma - Yellow Belt
- Lean Six Sigma - Green Belt
- Risk in Engineering
- Writing Winning Technical Documents
Courses that provide underpinning skills that may contribute towards developing this competency include:
Courses that provide underpinning skills that may contribute towards developing this competency include:
- Advanced Project Planning and Scheduling
- Asset Maintenance and Reliability Management for Engineers
- Battery Storage Systems for Grid Connected PV Systems - Design
- Enhancing Project Performance
- Engineering and Design Lifecycle
- Grid Connected PV Systems - Design
- Lean Six Sigma - Yellow Belt
- Lean Six Sigma - Green Belt
- Risk in Engineering
For more information about the Chartered Status credential, visit the Engineers Australia website.
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