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Chartered Civil Engineer (ICE) The ICE Attributes and Competence Framework Syllabus

The The ICE Attributes and Competence Framework syllabus for Chartered Civil Engineer (ICE) in full: 4 chapters, 16 topics and 20 sub-topics, every one listed below, plus 50 The ICE Attributes and Competence Framework flashcards with answers.

4Chapters
16Topics
20Sub-topics
50Flashcards

The ICE Attributes and Competence Framework syllabus: all 4 chapters

Expand any chapter to see its topics and sub-topics.

  1. Structure of the Chartered Professional Review

     4 topics
    • Routes to CEng MICE
      • ICE accredited academic base (MEng/IEng plus matching section)
      • Technical Report Route for those without standard qualifications
      • Initial Professional Development (IPD) and the Development Objectives
      • Sponsors, supporters and Supervising/Delegated Engineers
    • The nine ICE Attributes
      • Knowledge and understanding underpinning each Attribute
      • Mapping experience to Attributes A to I
      • Evidencing depth versus breadth of competence
    • The Professional Review assessment components
      • CPD record submission
      • Development Action Plan and reviewer report
      • Written exercise (essay) on a contemporary topic
      • Project report and presentation
      • The reviewer interview and questioning
    • Reviewer expectations and CEng threshold
      • Demonstrating chartered-level judgement and originality
      • Independent technical leadership and accountability

  2. Attribute A to C: Engineering Knowledge and Application

     4 topics
    • Attribute A: Knowledge and understanding of engineering principles
    • Attribute B: Application of theoretical knowledge to solve problems
    • Attribute C: Management of engineering activities and technical leadership
      • Programme, resource and risk management
      • Quality management systems
    • Evidencing technical decision-making with worked examples

  3. Attribute D to F: Communication, Skills and Commercial Ability

     4 topics
    • Attribute D: Effective interpersonal skills and communication
    • Attribute E: Professional and ethical conduct
    • Attribute F: Commercial awareness and management of resources
      • Cost control, value engineering and procurement
      • Contract administration awareness
    • Building a portfolio of communication evidence

  4. Attribute G to I: Health and Safety, Sustainability and CPD

     4 topics
    • Attribute G: Health, safety and welfare in design and construction
      • CDM Regulations 2015 duties
      • Designing for safe construction, use and demolition
    • Attribute H: Sustainable development principles
    • Attribute I: Lifelong learning and continuing professional development
    • Recording and reflecting on CPD activity

Chartered Civil Engineer (ICE) The ICE Attributes and Competence Framework flashcards — 50 questions with answers

  1. What does the qualification 'CEng MICE' stand for?

    Chartered Engineer (CEng), Member of the Institution of Civil Engineers (MICE). It is the professional registration and membership grade awarded after passing the ICE Professional Review.

  2. What are the main academic routes to becoming a CEng MICE?

    (1) Accredited MEng (or BEng/BSc accredited Bachelors plus an accredited/approved Masters), (2) the Technical Report Route for those without the standard accredited qualifications who demonstrate equivalent knowledge through a written technical report.

  3. After meeting the academic base, what two further requirements must a candidate satisfy to gain CEng MICE?

    Accumulate suitable Initial Professional Development (IPD) / responsible experience demonstrating the nine ICE Attributes, and pass the ICE Professional Review (including a written submission and an interview).

  4. What is the Technical Report Route (TRR) used for in achieving CEng?

    It allows experienced engineers who lack the standard accredited academic qualifications to demonstrate the required underpinning knowledge and understanding by writing a technical report, often supplemented by a Further Learning assessment.

  5. How many ICE Attributes must a candidate demonstrate for professional review, and how are they labelled?

    Nine Attributes, labelled A through I.

  6. List the nine ICE Attributes (A–I) by theme.

    A: Knowledge and understanding; B: Application of knowledge to solve problems; C: Management and technical leadership; D: Interpersonal skills and communication; E: Professional and ethical conduct; F: Commercial awareness and resource management; G: Health, safety and welfare; H: Sustainable development; I: Lifelong learning / CPD.

  7. What is the purpose of the nine ICE Attributes?

    They define the competences and commitment a candidate must demonstrate to prove they have reached the professional standard required for membership grades such as CEng MICE.

  8. What are the typical components of the ICE Professional Review for CEng?

    A written submission (application form, CPD record, and a written report/synoptic project account), a written exercise/communication task, a presentation, and a professional interview with reviewers.

  9. What is the role of the reviewers (assessors) at the ICE Professional Review?

    They are experienced chartered members who independently assess whether the candidate demonstrates all nine Attributes to the required level, probing evidence through the submission, presentation and interview, and reaching a joint recommendation.

  10. What does 'CEng threshold' mean in the context of the ICE review?

    The minimum standard of competence and commitment across all nine Attributes that a candidate must reach to be judged a Chartered Engineer; falling short on even one Attribute can result in referral.

  11. What distinguishes the expected level of Attribute demonstration for CEng compared with IEng?

    CEng requires demonstrating the development of new and innovative engineering solutions and a deeper, theory-based level of knowledge and complexity, whereas IEng focuses on applying and maintaining established technology and existing solutions.

  12. Attribute A: state its full meaning.

    Knowledge and understanding of the scientific principles and methodology necessary to underpin engineering education, and the engineering principles relevant to the candidate's discipline.

  13. What kinds of evidence typically demonstrate Attribute A (knowledge and understanding)?

    Use of engineering theory, scientific principles, codes and standards in real projects; explaining the technical basis of decisions; applying mathematics, materials science and structural/geotechnical/hydraulic principles to work.

  14. Attribute B: state its full meaning.

    The ability to apply appropriate theoretical and practical methods to the analysis and solution of engineering problems.

  15. How does Attribute B differ from Attribute A?

    Attribute A is about possessing the underpinning knowledge; Attribute B is about applying that theoretical and practical knowledge to analyse and solve real engineering problems.

  16. Give an example of evidence that satisfies Attribute B.

    Carrying out design calculations or analysis to solve a problem, e.g. selecting and sizing a foundation, performing a structural check, modelling a drainage network, and justifying the chosen solution against alternatives.

  17. Attribute C: state its full meaning.

    Provide technical and commercial leadership and the management of engineering activities, including planning, organising, leading teams and managing the technical aspects of a project.

  18. What activities provide evidence for Attribute C (management and leadership)?

    Planning and managing tasks/resources, leading or coordinating a team, managing design or construction activities, programming work, and taking technical responsibility for deliverables and decisions.

  19. Why are 'worked examples' important when evidencing technical decision-making?

    They show the reviewer the specific problem, the options considered, the analysis/criteria applied, the decision made, and the outcome — demonstrating the candidate personally exercised engineering judgement rather than just observing.

  20. What structure helps when presenting a technical decision-making example to reviewers?

    Context/problem → options and constraints → analysis or calculation → decision and justification → outcome and lessons learned, emphasising the candidate's personal role ('I' not 'we').

Show the other 30 The ICE Attributes and Competence Framework flashcards

  1. Attribute D: state its full meaning.

    Demonstrate effective interpersonal skills, communicating in English with others at all levels, in writing and orally.

  2. What types of evidence support Attribute D (interpersonal skills and communication)?

    Technical reports, drawings, specifications, emails, presentations, chairing or contributing to meetings, negotiating, liaising with clients/contractors/stakeholders, and resolving conflicts or differences.

  3. Attribute E: state its full meaning.

    Demonstrate a personal commitment to professional standards, recognising obligations to society, the profession and the environment, including compliance with the ICE Code of Professional Conduct.

  4. Name key obligations covered by the ICE Code of Professional Conduct (Attribute E).

    Acting with integrity and in the public interest; maintaining competence; avoiding conflicts of interest; behaving honestly; safeguarding health, safety and the environment; and not bringing the profession into disrepute.

  5. What is the relationship between Attribute E and ethics?

    Attribute E is the ethical and professional conduct Attribute — candidates must show they recognise ethical dimensions of their work and apply professional values and the ICE Code in practice.

  6. Attribute F: state its full meaning.

    Demonstrate commercial awareness and the ability to exercise sound judgement in the management of resources, including financial, human and physical resources.

  7. What evidence demonstrates Attribute F (commercial awareness)?

    Preparing or controlling budgets, estimating costs, understanding contracts (e.g. NEC/FIDIC), managing change/variations, procurement, valuing risk, and balancing cost, quality and time.

  8. How can a candidate build a strong portfolio of communication evidence?

    Collect varied artefacts over time — reports, specifications, correspondence, presentation slides, meeting minutes — each annotated with context, audience, the candidate's role, and the outcome, mapped to Attribute D.

  9. Why should communication evidence demonstrate a range of audiences?

    To show the candidate can adapt style and content for different stakeholders — technical peers, clients, contractors, the public, and senior management — proving genuinely effective communication (Attribute D).

  10. Attribute G: state its full meaning.

    Demonstrate a sound knowledge of, and commitment to, the principles of health, safety and welfare in the design, construction, operation and maintenance of engineering works.

  11. Which UK regulations are central to evidencing Attribute G in design and construction?

    The Construction (Design and Management) Regulations (CDM 2015), which impose duties on clients, principal designers, designers, principal contractors and contractors to manage health and safety risks.

  12. What hierarchy underpins managing risk for Attribute G (health and safety)?

    The risk-control hierarchy: Eliminate, Reduce, Inform/control, and Protect (ERIC) — designers should first eliminate hazards, then reduce, inform residual risks, and finally rely on protection/PPE.

  13. Give an example of designer evidence for Attribute G.

    Carrying out or contributing to a designer's risk assessment, eliminating a working-at-height hazard through design, recording residual risks on the drawings, or contributing to the health and safety file.

  14. Attribute H: state its full meaning.

    Demonstrate an understanding of and commitment to the principles of sustainable development, and the ability to apply them in professional engineering activities.

  15. What are the three core pillars of sustainable development relevant to Attribute H?

    Environmental (protecting the planet), social (benefiting society/community), and economic (financial viability) — balancing all three for present needs without compromising future generations.

  16. Give examples of evidence for Attribute H (sustainability).

    Reducing embodied/operational carbon, whole-life costing, designing for durability/adaptability/reuse, minimising waste, protecting biodiversity, using sustainable materials, and assessing schemes against sustainability frameworks.

  17. How is sustainable development commonly defined (Brundtland)?

    Development that meets the needs of the present without compromising the ability of future generations to meet their own needs.

  18. Attribute I: state its full meaning.

    Demonstrate a commitment to professional engineering values and the need for continuing professional development (CPD) and lifelong learning to maintain and enhance competence.

  19. What is CPD in the ICE context?

    Continuing Professional Development — the systematic maintenance, improvement and broadening of knowledge, understanding and skill, and the development of personal qualities, throughout one's professional career.

  20. How should a candidate record and reflect on CPD activity for Attribute I?

    Keep an ongoing CPD record/plan logging each activity, identifying the learning objective, what was learned, how it applies to work, and reflection on outcomes and future development needs.

  21. What forms can CPD activity take?

    Formal courses, conferences and seminars, technical reading, mentoring/being mentored, on-the-job learning, professional society involvement, site visits, and self-study — both structured and unstructured learning.

  22. What is the typical minimum annual CPD expectation ICE asks members to undertake and record?

    ICE expects members to plan, undertake and record CPD continuously; commonly framed as a minimum of around 30 hours of CPD per year, recorded with reflection.

  23. What is a 'reflective' CPD entry and why is it valued?

    An entry that not only states the activity but evaluates what was learned, how it changed or improved practice, and what further development is needed — reflection turns activity into demonstrable competence development.

  24. How does a Sponsor or Supervising Civil Engineer support the route to CEng?

    They guide and verify the candidate's development against the Attributes, review and counter-sign the IPD/training records, mentor the candidate, and confirm readiness for the Professional Review.

  25. What is IPD (Initial Professional Development) and its role toward CEng?

    The structured development period after entering the profession during which a candidate gains the responsible experience and demonstrates the nine Attributes needed to be put forward for the Professional Review.

  26. What is the difference between Attribute C and Attribute F regarding resources?

    Attribute C concerns technical leadership and managing engineering activities/people; Attribute F concerns commercial awareness and judicious management of financial, human and physical resources (cost, contracts, budgets).

  27. Why must professional review evidence emphasise personal responsibility ('I did')?

    Reviewers must judge the candidate's own competence; using 'we' obscures the individual's contribution, so candidates should clearly state what they personally did, decided and were responsible for.

  28. What typically happens if a candidate is referred at the Professional Review?

    They are not yet awarded CEng; reviewers identify the Attribute(s)/areas not demonstrated, and the candidate addresses the shortfall and re-attends (often only the deficient parts) at a later review.

  29. Which Attributes most directly relate to 'soft' versus 'technical' competence?

    Technical: A (knowledge), B (application), G (health & safety), H (sustainability). 'Soft'/professional: C (leadership), D (communication), E (ethics), F (commercial), I (CPD) — though all overlap in practice.

  30. What single thread runs through all nine Attributes that reviewers look for?

    Evidence of sound engineering judgement and personal responsibility — the candidate consistently applying knowledge, leadership, ethics, safety and sustainability to make and justify professional decisions.

Chartered Civil Engineer (ICE) The ICE Attributes and Competence Framework FAQ

What is in the Chartered Civil Engineer (ICE) The ICE Attributes and Competence Framework syllabus?

Chartered Civil Engineer (ICE) The ICE Attributes and Competence Framework is split into 4 chapters: Structure of the Chartered Professional Review, Attribute A to C: Engineering Knowledge and Application, Attribute D to F: Communication, Skills and Commercial Ability and Attribute G to I: Health and Safety, Sustainability and CPD. Together they contain 16 topics and 20 sub-topics.

How many chapters are in Chartered Civil Engineer (ICE) The ICE Attributes and Competence Framework?

4 chapters, containing 16 topics and 20 sub-topics. The largest chapter is Structure of the Chartered Professional Review, with 4 topics.

Are there flashcards for Chartered Civil Engineer (ICE) The ICE Attributes and Competence Framework?

Yes — a 50-card The ICE Attributes and Competence Framework deck, printed in full in the flashcards section of this page and available in the Examius app with spaced repetition. The free plan covers one exam of your choice, including its flashcards; Examius Pro, a one-time purchase, unlocks every other exam and deck.