Chartered Membership of the IET (CEng MIET) Responsibility, Management and Leadership (UK-SPEC C) Syllabus

Responsibility, Management and Leadership (UK-SPEC C) syllabus — full chapter and topic list

Expand any chapter to see its topics and sub-topics. This is the whole examinable outline for Responsibility, Management and Leadership (UK-SPEC C) in Chartered Membership of the IET (CEng MIET), not a summary of it.

1. 1

   Technical and Commercial Management of Resources

   4 topics

   • Planning work and use of resources
     • Work breakdown and scheduling
     • Estimating effort, cost and contingency
   • Financial and commercial awareness
     • Budgets, cost control and value for money
     • Procurement, contracts and supplier management
     • Whole-life cost and return on investment
   • Quality management and assurance
     • Quality systems and ISO 9001 principles
     • Audits, non-conformance and corrective action
   • Risk identification, assessment and mitigation
2. 2

   Leading and Developing People and Teams

   4 topics

   • Leadership styles and team performance
     • Motivating and influencing without authority
     • Delegation and empowerment
   • Managing and developing colleagues
     • Mentoring, coaching and appraisal
     • Supporting CPD of self and others
   • Equality, diversity and inclusion in the workplace
   • Managing conflict, change and stakeholder expectations
3. 3

   Project and Programme Delivery

   4 topics

   • Project management methodologies
     • Waterfall, agile and hybrid approaches
     • Gateway and stage-gate governance
   • Monitoring, control and reporting
     • Earned value and progress tracking
     • Managing scope, time and cost constraints
   • Managing technical risk and uncertainty in delivery
   • Decision making and accountability under pressure

Responsibility, Management and Leadership (UK-SPEC C) flashcards for Chartered Membership of the IET (CEng MIET)

24 of 73 cards from the Responsibility, Management and Leadership (UK-SPEC C) deck — real questions with worked answers.

1. What does UK-SPEC Competence C (Responsibility, Management and Leadership) require a Chartered Engineer to demonstrate?

   The ability to plan, lead and influence the work of others (teams and individuals) and to manage technical, financial, human and physical resources to deliver outcomes, including providing technical leadership and managing risk.

2. In the Engineering Council's UK-SPEC, what are the four sub-competences (C1–C4) under Responsibility, Management and Leadership?

   C1: Plan for effective project implementation. C2: Manage the planning, budgeting and organisation of tasks, people and resources. C3: Manage teams and develop staff to meet changing technical and managerial needs. C4: Manage continuous quality improvement.

3. Define a 'project' in the context of project management (PMI/PRINCE2 sense).

   A temporary endeavour undertaken to create a unique product, service or result; it has a defined start and end, defined scope and resources, and is distinct from ongoing operations.

4. What are the three constraints of the classic 'iron triangle' (triple constraint) of project management?

   Scope, Time (schedule) and Cost (budget), with Quality usually shown at the centre. Changing one constraint affects the others.

5. What is a Work Breakdown Structure (WBS)?

   A hierarchical decomposition of the total scope of work into smaller, manageable deliverables and work packages, used as the basis for estimating, scheduling and assigning responsibility.

6. In Critical Path Method (CPM), how is the critical path defined?

   The longest sequence of dependent activities through the network, which determines the shortest possible project duration; activities on it have zero total float and any delay to them delays the whole project.

7. State the formula for Total Float of an activity in network analysis.

   $$TF = LS - ES = LF - EF$$ where $LS$/$LF$ are latest start/finish and $ES$/$EF$ are earliest start/finish.

8. In PERT, how is the expected activity duration calculated from optimistic ($o$), most likely ($m$) and pessimistic ($p$) estimates?

   $$t_e = \frac{o + 4m + p}{6}$$

9. In PERT, how are the standard deviation and variance of an activity duration estimated?

   $$\sigma = \frac{p - o}{6}, \qquad \sigma^{2} = \left(\frac{p - o}{6}\right)^{2}$$

10. What is the difference between a Gantt chart and a network (precedence) diagram?

    A Gantt chart is a bar chart showing activities against a time axis (good for communicating schedule). A network diagram shows the logical dependencies between activities and is used to calculate the critical path and float.

11. Compare predictive (waterfall) and agile project delivery methodologies.

    Predictive/waterfall plans the full scope upfront with sequential phases and change-controlled requirements (good for stable, well-defined work). Agile delivers iteratively in short increments with evolving requirements, frequent feedback and adaptive planning (good for uncertain, fast-changing work).

12. What are the core elements of the PRINCE2 method?

    7 Principles (e.g. continued business justification, manage by stages, manage by exception), 7 Themes (Business Case, Organisation, Quality, Plans, Risk, Change, Progress) and 7 Processes (e.g. Starting Up, Initiating, Directing, Controlling a Stage, Closing).

13. In Scrum, name the three roles, the key artefacts and the main events.

    Roles: Product Owner, Scrum Master, Developers. Artefacts: Product Backlog, Sprint Backlog, Increment. Events: Sprint, Sprint Planning, Daily Scrum, Sprint Review, Sprint Retrospective.

14. What does a Sprint Burndown chart show?

    The amount of remaining work (e.g. story points or hours) plotted against time within a sprint, used to track progress toward completing the sprint backlog.

15. What is Kanban and what is its central limiting mechanism?

    A visual flow-based method using a board with columns representing workflow stages; its central control is the Work In Progress (WIP) limit, which caps items in each stage to expose bottlenecks and improve flow.

16. State Little's Law as used in flow/lean management.

    $$L = \lambda W$$ where $L$ is the average number of items in the system (WIP), $\lambda$ is the average arrival/throughput rate, and $W$ is the average time an item spends in the system (lead time).

17. Define risk in formal risk-management terms and give the basic risk score formula.

    Risk is the effect of uncertainty on objectives, characterised by likelihood and impact. The qualitative risk score is $$R = P \times I$$ (probability × impact/consequence).

18. What are the five steps of the HSE risk assessment process?

    1) Identify the hazards; 2) Decide who might be harmed and how; 3) Evaluate the risks and decide on precautions; 4) Record significant findings and implement; 5) Review the assessment and update as needed.

19. List the four standard risk-response strategies for threats (negative risks).

    Avoid (eliminate the threat), Transfer (shift to a third party, e.g. insurance/contract), Mitigate (reduce probability or impact), and Accept (take no action but plan contingency/reserve).

20. What are the four response strategies for opportunities (positive risks)?

    Exploit (ensure it happens), Enhance (increase probability/impact), Share (partner to capture benefit), and Accept.

21. What is the hierarchy of risk control measures (most to least effective)?

    Elimination, Substitution, Engineering controls, Administrative controls, and Personal Protective Equipment (PPE) — applied in that order of preference.

22. Distinguish a risk from an issue in project management.

    A risk is a potential future event that may or may not occur (uncertain); an issue is a risk that has already materialised or a problem currently affecting the project and must be actively managed now.

23. What is a risk register and what does each entry typically contain?

    A log of identified risks, each with a description, cause, probability, impact, risk score, owner, response/mitigation actions, residual risk and status. It is reviewed and updated throughout the project.

24. Differentiate inherent, residual and secondary risk.

    Inherent risk is the risk before any controls; residual risk is what remains after controls/responses are applied; secondary risk is a new risk introduced as a direct result of implementing a risk response.

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