Guidelines for the Development of Engineering Management Competencies

Following my previous article on how engineering management enables engineers to innovate (Engineering Management: Empowering Engineers to Lead and Innovate), I have received requests to provide a technical guideline that candidate engineers and junior professionals can use to structure their training and competency development plans.

To start with, Engineering management is a well-established discipline with structured competency frameworks developed by engineering councils and professional organisations worldwide. These guidelines ensure that engineering managers (/broadly engineers in leadership positions) acquire the necessary skills to navigate complex technical and managerial challenges within their industries.

A key reference is the Engineering Management Body of Knowledge (EMBoK), published and regularly updated by the American Society for Engineering Management (ASEM). EMBoK provides a structured competency model covering eleven domains, supporting the development of engineering management skills in alignment with global best practices.

Two primary approaches exist for shaping the development of engineering management professionals:

1. Engineering Management Discipline-Specific Competency – This approach focuses on specialised skills and knowledge required for dedicated engineering management roles.
2. Broad Professional Competency Approach – This method integrates management as a critical skill within broader engineering practice, ensuring that engineers develop managerial capabilities alongside technical expertise.

Engineering Management Competency Development in Africa

On the African continent, the Engineering Council of South Africa (ECSA) has taken the lead in standardising engineering management training and competency development. ECSA’s Discipline-Specific Training Guide for Engineering Management Professionals (ECSA R-05-EMAN-SC Guide) extends the competency standard outlined in the Competency standard for registration in professional categories (R-02-STA-PE/PT/PN) and Guide to competency standards for registration in professional categories (R-08-CS-PE/PT/PN). This structured approach ensures that engineering managers meet industry standards and professional expectations.

Global Approaches to Engineering Management Competencies

Engineering councils worldwide have adopted different approaches to defining and assessing engineering management competencies:

• Engineers Australia incorporates engineering management as a core competency for professional engineers. This is outlined in its Engineering Manager Occupational Category Description and Entry to Practice Competencies (Engineers Australia Guide).
• Canada’s Competency-Based Assessment Framework (CBAF) and P.Eng. licensure requirements include many key aspects of engineering management, ensuring that professional engineers develop the necessary managerial skills. Additionally, engineering management competencies are defined within the broader National Occupations Category (NOC) (Engineers Canada Competency Guide).
• The UK-SPEC (ECUK) closely mirrors ECSA’s framework, reinforcing global alignment in engineering management competency standards.

Conclusion

While no single, globally unified engineering management competency framework exists, various professional organisations and engineering councils have established structured guidelines to facilitate the effective training and development of engineering managers (/engineers in leadership positions). Whether through discipline-specific competency models or broader professional competency integration, these frameworks play a crucial role in shaping engineering leaders who drive innovation and operational excellence. As the field evolves, I am sure there will be greater harmonisation and collaboration across these frameworks which will advance engineering management as a globally recognised discipline.