Training course
Overview
Engineering Management is a
comprehensive professional training course designed to equip engineers,
technical managers, project leaders, supervisors, and engineering professionals
with the management capabilities required to lead technical operations, engineering
teams, projects, resources, and organisational performance effectively. The
course integrates engineering principles with management practices covering
strategic planning, leadership, financial management, project execution, risk
management, quality assurance, operational efficiency, innovation, and
performance improvement. Participants develop the ability to translate
technical objectives into practical management plans while balancing
engineering requirements, business priorities, safety, quality, cost, schedule,
resources, and stakeholder expectations across complex engineering
environments.
This Engineering Management
training course provides practical frameworks, tools, and best practices for
managing engineering functions and multidisciplinary teams in construction,
infrastructure, manufacturing, energy, utilities, transportation, technology,
telecommunications, industrial operations, facilities, and other technical
organisations. Participants explore recognised management approaches and engineering
management practices, including project management principles, risk management
frameworks, quality management systems, performance management, engineering
governance, resource planning, cost control, procurement, change management,
continuous improvement, and strategic decision-making. Practical tools such as
engineering dashboards, KPI scorecards, responsibility matrices, risk
registers, resource plans, budgets, maintenance and operational trackers,
decision matrices, action registers, and performance reports are incorporated
throughout the training.
The course addresses real-world
engineering management challenges such as resource constraints, project delays,
cost escalation, technical changes, equipment failures, contractor performance,
quality issues, safety incidents, competing priorities, communication gaps,
talent development, procurement challenges, operational inefficiencies, and
stakeholder conflicts. Participants learn how to analyse engineering
performance, establish accountability, allocate resources, manage technical
risks, improve productivity, control costs, develop engineering teams, evaluate
alternatives, and implement corrective actions. The programme also introduces
relevant standards and frameworks, including ISO 9001 quality management
principles, ISO 45001 occupational health and safety principles, ISO 14001
environmental management principles, ISO 31000 risk management guidance,
PMBOK-based project management practices, engineering codes of practice, asset
management principles, and continuous improvement methodologies.
Through case studies, management
simulations, engineering scenarios, practical exercises, team-based activities,
performance analysis, decision-making workshops, and an applied capstone
exercise, participants progressively develop the ability to manage engineering
activities from operational foundations through strategic leadership. The
five-day programme moves from engineering management fundamentals,
organisational leadership, and planning into financial and resource management,
project and operational execution, risk and quality governance, performance
improvement, innovation, and strategic engineering leadership. By the end of
the course, participants will have practical tools and structured approaches
for leading engineering teams, improving technical operations, managing
resources and risks, supporting business objectives, and delivering sustainable
engineering performance.
Course
Duration
5 Days (40 Hours)
Target
Participants
This course is suitable for:
• Engineering managers and engineering department heads
• Engineering project managers and project leaders
• Senior engineers and technical professionals
• Civil, mechanical, electrical, structural, chemical, industrial,
environmental, software, and other engineering professionals
• Engineering supervisors, team leaders, and technical coordinators
• Operations and maintenance managers
• Asset management, reliability, and facilities management professionals
• Construction and infrastructure managers
• Manufacturing and production engineering managers
• Energy, utilities, transport, telecommunications, and industrial engineering
professionals
• Project controls, planning, cost, and commercial professionals working with
engineering teams
• Quality assurance and quality control professionals
• Health, safety, environmental, and sustainability professionals
• Procurement, contracts, and supplier management professionals supporting
engineering operations
• Engineering consultants and technical advisers
• Programme and portfolio managers overseeing engineering initiatives
• Professionals transitioning into engineering management roles
• Managers responsible for technical performance, engineering resources, and
operational improvement
Course
Objectives
By the end of the training,
participants will be able to:
• Explain the principles, functions, responsibilities, and organisational role
of engineering management
• Apply engineering management frameworks to technical operations, projects,
teams, and business objectives
• Develop engineering strategies, plans, objectives, KPIs, and performance
management systems
• Establish effective engineering governance, accountability structures, roles,
responsibilities, and decision-making processes
• Plan and optimise engineering resources, workforce capacity, equipment,
materials, technology, and technical capabilities
• Prepare and manage engineering budgets, cost plans, financial controls,
forecasts, and business cases
• Apply project management principles to engineering projects, programmes, and
technical initiatives
• Identify, assess, prioritise, and manage engineering risks using structured
risk management tools and frameworks
• Apply ISO 9001, ISO 45001, ISO 14001, ISO 31000, PMBOK-based practices, and
other relevant management frameworks appropriately
• Strengthen engineering quality assurance, quality control, inspection,
compliance, and continuous improvement practices
• Manage procurement, contractors, suppliers, technical specifications,
contracts, and engineering service performance
• Improve engineering productivity, operational efficiency, equipment
utilisation, reliability, and resource performance
• Lead multidisciplinary engineering teams using effective communication,
delegation, coaching, motivation, and performance management
• Manage engineering changes, technical decisions, issues, conflicts,
priorities, and organisational transformation
• Analyse engineering performance using dashboards, KPIs, trend analysis,
variance analysis, root cause analysis, and management reports
• Develop practical responses to engineering project delays, cost pressures,
technical problems, resource constraints, and operational disruptions
• Integrate health, safety, environmental, sustainability, regulatory, ethical,
and professional considerations into engineering management decisions
• Apply structured problem-solving and continuous improvement methods such as
PDCA, Lean principles, root cause analysis, Pareto analysis, and corrective
action planning
• Strengthen innovation, technology adoption, digital engineering, knowledge
management, and organisational learning
• Develop strategic engineering leadership capabilities for long-term
operational resilience, business value, and sustainable performance
• Apply engineering management tools through practical exercises, case studies,
simulations, and an integrated capstone assignment
Course
Content
Day
1: Foundations of Engineering Management, Leadership, and Governance
Module 1: Foundations of
Engineering Management, Leadership, and Governance
1. Introduction
to Engineering Management and the Role of the Engineering Manager
2. Engineering
Management Functions, Responsibilities, Competencies, and Professional Practice
3. Engineering
Strategy, Business Objectives, Organisational Alignment, and Value Creation
4. Engineering
Governance, Accountability, Decision Rights, Delegation, and Management
Structures
5. Engineering
Leadership Styles, Management Approaches, Motivation, Coaching, and Team
Development
6. Managing
Multidisciplinary Engineering Teams, Collaboration, Communication, and
Technical Coordination
7. Engineering
Planning, Objectives, Work Programmes, Priorities, and Management Operating
Rhythms
8. Engineering
Ethics, Professional Responsibility, Compliance, Sustainability, and
Responsible Decision-Making
9. Engineering
Management Standards and Frameworks: PMBOK, ISO 9001, ISO 45001, ISO 14001, and
ISO 31000
10. Case Study
and Exercise: Establishing an Engineering Management System for a Growing
Technical Organisation
Day
2: Engineering Resources, Finance, Projects, and Operational Management
Module 2: Engineering
Resource, Financial, Project, and Operational Management
1. Engineering
Workforce Planning, Capacity Management, Competency Mapping, and Resource
Allocation
2. Engineering
Equipment, Materials, Technology, Facilities, and Asset Resource Planning
3. Engineering
Budgets, Cost Structures, Cost Estimation, Financial Planning, and Budget
Control
4. Engineering
Business Cases, Investment Evaluation, Capital Expenditure, and Operational
Expenditure
5. Cost
Forecasting, Variance Analysis, Cash Flow Management, Contingency, and
Financial Reporting
6. Engineering
Project Planning, Scope Definition, Work Breakdown Structures, Scheduling, and
Milestones
7. Critical
Path, Resource Loading, Dependencies, Constraints, and Engineering Schedule
Management
8. Operational
Planning, Maintenance Coordination, Reliability Management, and Engineering
Service Delivery
9. Procurement
Planning, Technical Specifications, Supplier Selection, Contractor Management,
and Commercial Controls
10. Practical
Exercise: Developing an Integrated Engineering Resource, Budget, and Project
Management Plan
Day
3: Engineering Risk, Quality, Safety, and Performance Management
Module 3: Engineering Risk,
Quality, Safety, and Performance Management
1. Engineering
Risk Management Principles, Risk Identification, Risk Assessment, and Risk
Registers
2. Risk
Treatment, Mitigation Planning, Contingency, Escalation, and Engineering Risk
Monitoring
3. Engineering
Quality Management Systems and the Application of ISO 9001 Principles
4. Quality
Assurance, Quality Control, Inspection, Testing, Nonconformance, and Corrective
Actions
5. Health
and Safety Management Using ISO 45001 Principles and Engineering Risk Controls
6. Environmental
and Sustainability Management Using ISO 14001 Principles and Engineering
Practices
7. Engineering
Performance Management, KPIs, Targets, Scorecards, and Management Dashboards
8. Root
Cause Analysis, Five Whys, Fishbone Diagrams, Pareto Analysis, and Corrective
Action Planning
9. Managing
Engineering Incidents, Failures, Defects, Operational Disruptions, and Lessons
Learned
10. Case Study
and Simulation: Managing a Major Engineering Quality, Safety, and Operational
Risk Event
Day
4: Change, Improvement, Innovation, and Engineering Organisational Performance
Module 4: Engineering
Change Management, Continuous Improvement, Innovation, and Performance
Optimisation
1. Engineering
Change Management, Change Requests, Impact Assessment, Approval, and
Implementation
2. Managing
Technical Scope Changes, Design Changes, Resource Changes, and Operational
Priorities
3. Engineering
Productivity Improvement, Process Optimisation, Waste Reduction, and Lean
Principles
4. Continuous
Improvement Using PDCA, Kaizen, Corrective Action, and Preventive Action
Approaches
5. Engineering
Performance Analysis, Benchmarking, Trend Analysis, Variance Analysis, and
Early-Warning Indicators
6. Managing
Contractors, Suppliers, Interfaces, Conflicts, Claims, and Performance
Escalation
7. Digital
Engineering Management, Data-Driven Decision-Making, Automation, and
Engineering Information Systems
8. Engineering
Innovation, Technology Adoption, Knowledge Management, and Organisational
Learning
9. Managing
Organisational Change, Resistance, Communication, Capability Development, and
Transformation
10. Practical
Workshop: Developing an Engineering Performance Improvement and Change
Management Programme
Day
5: Strategic Engineering Leadership, Resilience, and Integrated Management
Application
Module 5: Strategic
Engineering Leadership, Resilience, and Integrated Management Application
1. Strategic
Engineering Management, Long-Term Planning, Competitive Capability, and
Organisational Resilience
2. Engineering
Portfolio, Programme, and Project Prioritisation Based on Business Value, Risk,
and Resources
3. Advanced
Engineering Decision-Making, Scenario Analysis, Sensitivity Analysis, and
Decision Matrices
4. Strategic
Financial and Resource Optimisation Across Engineering Operations and Capital
Programmes
5. Enterprise
Engineering Risk Governance, Business Continuity, Resilience, and Crisis
Management
6. Engineering
Asset Performance, Reliability, Lifecycle Management, and Sustainable Value
Creation
7. Executive
Engineering Reporting, Performance Dashboards, Management Reviews, and
Strategic Communication
8. Developing
High-Performance Engineering Cultures, Leadership Pipelines, Succession, and
Talent Development
9. Integrated
Case Study: Managing a Complex Engineering Organisation Through Cost, Schedule,
Risk, Quality, and Change Challenges
10. Capstone
Exercise: Developing and Presenting a Strategic Engineering Management
Improvement Plan