Training course

Overview

Engineering Management for Managers is a comprehensive professional training course designed for engineering managers, department heads, project managers, technical managers, operations leaders, and experienced professionals responsible for directing engineering teams, projects, resources, and operational performance. The course develops the management capabilities required to align engineering activities with organisational strategy, financial objectives, operational priorities, technical requirements, quality standards, safety obligations, and stakeholder expectations. Participants learn how to manage engineering functions from planning and resource allocation through execution, performance monitoring, risk management, continuous improvement, and strategic decision-making across construction, infrastructure, manufacturing, energy, utilities, transportation, technology, facilities, and industrial environments.

This Engineering Management training course combines engineering leadership with practical management frameworks for planning, financial control, project governance, workforce management, risk management, quality assurance, procurement, contractor management, asset performance, and operational improvement. Participants work with recognised approaches and standards including PMBOK-based project management practices, ISO 9001 quality management principles, ISO 45001 occupational health and safety principles, ISO 14001 environmental management principles, ISO 31000 risk management guidance, and asset management principles aligned with ISO 55000. Practical management tools include engineering KPI dashboards, responsibility matrices, resource-capacity plans, project schedules, risk registers, budget trackers, decision matrices, issue and action logs, stakeholder maps, performance scorecards, management reports, and engineering improvement plans.

The course focuses on managerial challenges that arise when engineering responsibilities involve multiple teams, competing priorities, limited resources, financial pressures, technical uncertainty, project delays, quality problems, safety risks, contractor performance issues, procurement constraints, engineering changes, and stakeholder expectations. Managers learn how to interpret engineering and business information, challenge assumptions, prioritise competing demands, allocate resources, evaluate risks, monitor financial and operational performance, make informed decisions, and provide effective direction to technical teams. Particular emphasis is placed on management accountability, delegation, communication, performance conversations, problem-solving, corrective action, escalation, and maintaining alignment between engineering execution and organisational objectives.

Through management case studies, engineering simulations, financial and performance exercises, risk workshops, resource planning activities, stakeholder scenarios, decision-making exercises, and an integrated capstone assignment, participants progressively develop the capability to manage engineering functions at a managerial level. The five-day programme progresses from engineering management foundations and governance through strategic planning, financial and resource management, project oversight, risk and quality management, procurement and stakeholder governance, performance control, change management, operational improvement, digital transformation, and strategic engineering leadership. By the end of the course, participants will have practical methods for leading engineering teams, improving organisational performance, managing resources and risks, strengthening governance, and making balanced engineering and business decisions.

Course Duration

5 Days (40 Hours)

Target Participants

This course is suitable for:
• Engineering managers and engineering department heads
• Project managers and engineering project managers
• Technical managers and engineering team managers
• Operations, maintenance, reliability, and asset managers
• Construction and site management professionals
• Manufacturing and production engineering managers
• Civil, mechanical, electrical, structural, chemical, industrial, environmental, software, and other engineering managers
• Programme and portfolio managers overseeing engineering activities
• Engineering planning, project controls, cost, and commercial managers
• Procurement, contracts, supplier, and contractor management professionals
• Quality assurance and quality control managers
• Health, safety, environmental, and sustainability managers
• Facilities and infrastructure management professionals
• Engineering consultants and technical advisers with managerial responsibilities
• Risk, compliance, governance, and assurance professionals supporting engineering organisations
• Engineering professionals preparing for managerial and departmental leadership positions

Course Objectives

By the end of the training, participants will be able to:
• Apply engineering management principles to complex technical, operational, project, and organisational environments
• Align engineering strategies, programmes, projects, resources, and operational priorities with organisational objectives
• Establish effective engineering governance, accountability, delegation, decision rights, and management structures
• Develop engineering plans, objectives, KPIs, priorities, budgets, resource plans, and performance management systems
• Manage engineering workforce capacity, skills, equipment, materials, technology, facilities, and technical resources effectively
• Prepare, evaluate, and control engineering budgets, forecasts, expenditure, cash flow, and financial performance
• Apply project management principles to oversee engineering scope, schedule, cost, quality, resources, risks, and deliverables
• Use WBS, schedules, responsibility matrices, risk registers, dashboards, action logs, and management reports to control engineering activities
• Identify, assess, prioritise, and manage engineering risks using structured risk management frameworks and decision processes
• Apply ISO 9001, ISO 45001, ISO 14001, ISO 31000, PMBOK-based practices, and asset management principles appropriately
• Strengthen engineering quality assurance, quality control, inspection, testing, audit, nonconformance, and corrective action processes
• Integrate health, safety, environmental, sustainability, regulatory, and ethical requirements into engineering management decisions
• Manage procurement, contracts, suppliers, contractors, technical specifications, commercial interfaces, and service performance
• Develop effective stakeholder engagement, communication, reporting, escalation, and relationship management practices
• Monitor engineering performance using KPIs, dashboards, trend analysis, variance analysis, scorecards, and management reviews
• Apply root cause analysis, Five Whys, Fishbone analysis, Pareto analysis, PDCA, Lean principles, and other improvement methods
• Manage engineering changes, organisational transformation, competing priorities, conflicts, technical issues, and operational disruptions
• Improve engineering productivity, asset utilisation, reliability, resource efficiency, service delivery, and operational performance
• Lead engineering teams through coaching, delegation, feedback, capability development, performance management, and accountability
• Make evidence-based managerial decisions that balance technical, financial, operational, risk, quality, safety, and stakeholder considerations
• Develop and present an integrated engineering management improvement plan through an applied capstone exercise

Course Content

Day 1: Foundations of Engineering Management, Governance, and Managerial Leadership

Module 1: Foundations of Engineering Management, Governance, and Managerial Leadership

1.      Engineering Management for Managers: Roles, Responsibilities, Competencies, and Management Expectations

2.      Engineering Strategy, Organisational Objectives, Business Alignment, and Value Creation

3.      Engineering Governance, Accountability, Authority, Delegation, Decision Rights, and Management Structures

4.      Engineering Management Operating Models, Departmental Structures, Interfaces, and Coordination

5.      Managerial Leadership, Motivation, Coaching, Delegation, Feedback, and High-Performance Engineering Teams

6.      Managing Multidisciplinary Engineering Teams, Cross-Functional Collaboration, and Technical Interfaces

7.      Engineering Planning, Prioritisation, Management Meetings, Work Programmes, and Decision-Making Processes

8.      Engineering Ethics, Professional Responsibility, Regulatory Compliance, Sustainability, and Responsible Management

9.      Engineering Management Frameworks: PMBOK Principles, ISO 9001, ISO 45001, ISO 14001, and ISO 31000

10.  Case Study and Management Exercise: Establishing Governance and Management Controls for an Engineering Department

Day 2: Engineering Strategy, Resources, Projects, and Financial Management

Module 2: Engineering Strategy, Resources, Projects, and Financial Management

1.      Engineering Strategic Planning, Objectives, Business Cases, Priorities, and Management Action Plans

2.      Workforce Planning, Engineering Capacity, Competency Management, Recruitment, and Resource Allocation

3.      Engineering Equipment, Materials, Technology, Facilities, and Resource Utilisation Management

4.      Engineering Budgeting, Cost Planning, Capital Expenditure, Operating Expenditure, and Financial Accountability

5.      Cost Forecasting, Variance Analysis, Cash Flow, Contingency, Financial Reporting, and Corrective Action

6.      Engineering Project Oversight, Scope, Deliverables, Work Breakdown Structures, Milestones, and Governance

7.      Schedule Management, Critical Path, Dependencies, Resource Loading, Constraints, and Progress Monitoring

8.      Project Cost, Schedule, Quality, Resource, and Risk Integration for Managerial Decision-Making

9.      Procurement, Contract Management, Supplier Selection, Contractor Performance, and Commercial Oversight

10.  Practical Exercise: Developing an Engineering Management Plan Integrating Resources, Budget, Schedule, and Performance Targets

Day 3: Engineering Risk, Quality, Safety, Procurement, and Stakeholder Management

Module 3: Engineering Risk, Quality, Safety, Procurement, and Stakeholder Management

1.      Engineering Risk Governance, Risk Identification, Assessment, Prioritisation, and Risk Registers

2.      Risk Treatment, Mitigation, Contingency, Escalation, Monitoring, and Management Risk Reviews

3.      Quality Management Systems, ISO 9001 Principles, Quality Objectives, and Management Responsibilities

4.      Quality Assurance, Quality Control, Inspection, Testing, Auditing, Nonconformance, and Corrective Action

5.      Health and Safety Management Using ISO 45001 Principles, Critical Controls, and Management Accountability

6.      Environmental and Sustainability Management Using ISO 14001 Principles and Engineering Performance Measures

7.      Procurement and Contractor Governance, Supplier Risk, Performance Management, Claims, and Escalation

8.      Stakeholder Mapping, Communication Planning, Technical Reporting, Expectations, and Relationship Management

9.      Managing Engineering Incidents, Failures, Operational Disruptions, Investigations, and Lessons Learned

10.  Case Study and Simulation: Managerial Response to a Complex Engineering Risk, Quality, Safety, and Contractor Performance Crisis

Day 4: Engineering Performance, Change Management, and Operational Improvement

Module 4: Engineering Performance, Change Management, and Operational Improvement

1.      Engineering Performance Management, KPIs, Targets, Scorecards, Dashboards, and Management Reviews

2.      Engineering Data Analysis, Trend Analysis, Variance Analysis, Performance Forecasting, and Early-Warning Indicators

3.      Productivity Management, Resource Efficiency, Equipment Utilisation, Reliability, and Operational Performance

4.      Root Cause Analysis, Five Whys, Fishbone Diagrams, Pareto Analysis, and Structured Problem-Solving

5.      Continuous Improvement Using PDCA, Kaizen, Lean Principles, Corrective Action, and Preventive Action

6.      Engineering Change Management, Impact Assessment, Approval, Implementation, and Benefits Monitoring

7.      Managing Technical Changes, Scope Changes, Design Revisions, Resource Constraints, and Competing Priorities

8.      Managing Organisational Change, Resistance, Communication, Capability Development, and Transformation

9.      Digital Engineering Management, Data-Driven Decision-Making, Automation, Collaboration Systems, and Technology Adoption

10.  Practical Workshop: Developing an Engineering Performance Improvement, Change, and Operational Excellence Programme

Day 5: Strategic Engineering Leadership, Resilience, and Executive Management Application

Module 5: Strategic Engineering Leadership, Resilience, and Executive Management Application

1.      Strategic Engineering Management, Long-Term Planning, Organisational Capability, and Sustainable Business Value

2.      Engineering Portfolio and Programme Prioritisation, Interdependencies, Resource Allocation, and Strategic Alignment

3.      Advanced Managerial Decision-Making Using Scenario Analysis, Sensitivity Analysis, Decision Matrices, and Evidence

4.      Engineering Asset Lifecycle Management, Reliability, Maintenance Strategy, and Long-Term Performance

5.      Engineering Resilience, Business Continuity, Critical Operations, Supply Chain Risk, and Crisis Management

6.      Integrating Engineering Financial, Technical, Operational, Risk, Quality, Safety, and Sustainability Performance

7.      Executive Engineering Reporting, Strategic Dashboards, Management Reviews, Assurance, and Governance Decisions

8.      Developing High-Performance Engineering Cultures, Leadership Pipelines, Succession, Coaching, and Talent Development

9.      Integrated Case Study: Managing an Engineering Organisation Through Cost, Schedule, Risk, Quality, Resource, and Change Challenges

10.  Capstone Exercise: Developing and Presenting a Strategic Engineering Management Improvement Plan for Managerial Implementation