Training course

Overview

Technical Management is a comprehensive professional training course designed to equip engineers, technical specialists, project professionals, supervisors, team leaders, and managers with the practical management capabilities required to lead technical functions effectively. The course focuses on the integration of technical expertise with management principles, enabling participants to coordinate people, resources, projects, budgets, technical activities, quality requirements, safety obligations, and operational priorities. Participants develop the ability to translate organisational objectives and technical requirements into structured plans, controlled execution, measurable performance, and sustainable operational results.

The course introduces recognised management frameworks, technical governance practices, and practical tools used to manage engineering and technical operations. Participants explore project management principles aligned with PMBOK practices, ISO 9001 quality management, ISO 45001 occupational health and safety, ISO 14001 environmental management, ISO 31000 risk management, and relevant asset management principles. Practical tools include work breakdown structures, responsibility matrices, technical schedules, resource plans, risk registers, issue and action logs, technical change registers, inspection checklists, budget trackers, KPI dashboards, progress reports, decision matrices, root cause analysis, and performance scorecards.

Effective technical management requires more than technical knowledge. Technical managers must coordinate multidisciplinary teams, interpret technical information, manage competing priorities, control costs and schedules, address design and specification changes, manage contractors and suppliers, maintain quality and safety standards, resolve technical issues, and communicate decisions to both technical and non-technical stakeholders. This course provides structured approaches for dealing with resource constraints, project delays, technical uncertainty, quality problems, equipment and system failures, contractor performance, documentation gaps, stakeholder conflicts, operational disruptions, and changing requirements.

Through practical exercises, technical management case studies, planning workshops, risk assessments, performance analysis, problem-solving scenarios, stakeholder simulations, change-management exercises, and an integrated capstone application, participants progressively develop effective technical management capabilities. The programme moves from technical management foundations and professional leadership through planning, resources, financial control, risk, quality, safety, project execution, stakeholder management, performance improvement, change, innovation, and advanced technical leadership. Participants leave with practical methods for improving technical delivery, accountability, productivity, quality, safety, reliability, and organisational performance.

Course Duration

5 Days (40 Hours)

Target Participants

This course is suitable for:
• Engineers and technical professionals
• Technical managers and engineering managers
• Project managers and project engineers
• Senior engineers and technical specialists
• Technical supervisors and team leaders
• Engineering and operations coordinators
• Construction and site management professionals
• Manufacturing, production, and industrial technical personnel
• Maintenance, reliability, asset, and facilities professionals
• Planning, scheduling, and project controls professionals
• Quality assurance and quality control professionals
• Health, safety, and environmental professionals working with technical teams
• Procurement, contracts, commercial, and supplier management professionals
• Technical consultants and engineering advisers
• Professionals responsible for technical documentation, compliance, and governance
• Professionals transitioning from technical specialist roles into management positions

Course Objectives

By the end of the training, participants will be able to:
• Explain the principles, responsibilities, and organisational role of effective technical management
• Translate organisational objectives, technical requirements, specifications, and standards into practical management plans
• Establish technical priorities, responsibilities, reporting structures, and governance arrangements
• Plan and coordinate technical work, projects, resources, schedules, materials, equipment, and personnel
• Apply practical budgeting, cost control, resource allocation, and financial monitoring techniques to technical activities
• Develop and maintain technical risk registers, issue logs, action plans, and risk treatment strategies
• Apply ISO 9001, ISO 45001, ISO 14001, ISO 31000, and relevant technical management principles appropriately
• Strengthen technical quality assurance, quality control, inspection, verification, documentation, and compliance
• Manage technical teams, communication, collaboration, accountability, conflict, and performance
• Coordinate contractors, suppliers, consultants, multidisciplinary interfaces, and technical stakeholders
• Monitor technical progress using schedules, KPIs, dashboards, performance reports, and early-warning indicators
• Apply root cause analysis, Five Whys, Fishbone Analysis, Pareto Analysis, and PDCA to technical problems
• Manage technical changes, variations, deviations, design updates, scope changes, and implementation risks
• Improve technical productivity, reliability, operational efficiency, quality, and resource utilisation
• Apply continuous improvement, Lean management, innovation, and technology-enabled management practices
• Make evidence-based technical decisions using structured analysis, risk assessment, and performance information
• Strengthen technical reporting, documentation, escalation, stakeholder communication, and management decision-making
• Lead technical teams through operational challenges, organisational change, and performance improvement initiatives
• Integrate technical management principles through a practical case study and capstone management exercise

Course Content

Day 1: Foundations of Technical Management, Leadership, and Governance

Module 1: Foundations of Technical Management, Leadership, and Governance

1.      Introduction to Technical Management and the Technical Manager's Role

2.      Technical Management Responsibilities, Competencies, and Professional Expectations

3.      Aligning Technical Activities with Organisational Goals and Operational Priorities

4.      Technical Governance, Accountability, Authority, Escalation, and Decision-Making

5.      Understanding Technical Requirements, Specifications, Standards, and Compliance Obligations

6.      Technical Planning, Work Prioritisation, Deliverables, Milestones, and Performance Expectations

7.      Leading Technical Teams, Communication, Collaboration, and Professional Accountability

8.      Stakeholder Identification, Stakeholder Mapping, and Technical Communication

9.      Engineering and Technical Ethics, Professional Conduct, Sustainability, and Responsible Management

10.  Technical Management Case Study and Foundational Management Skills Exercise

Day 2: Technical Planning, Resources, Projects, and Cost Management

Module 2: Technical Planning, Resources, Projects, and Cost Management

1.      Technical Work Planning and Work Breakdown Structures

2.      Developing Technical Schedules, Milestones, Dependencies, and Activity Plans

3.      Responsibility Assignment Matrices, RACI, Work Allocation, and Accountability

4.      Technical Workforce Planning, Competency Management, and Capacity Assessment

5.      Resource Planning for Labour, Equipment, Materials, Facilities, and Technology

6.      Technical Budgeting, Cost Estimation, Cost Control, and Financial Monitoring

7.      Project Management Principles and PMBOK-Aligned Technical Project Practices

8.      Technical Progress Monitoring, Reporting, Forecasting, and Variance Analysis

9.      Managing Technical Priorities, Constraints, Interfaces, and Competing Work Requirements

10.  Practical Technical Planning, Scheduling, and Resource Allocation Exercise

Day 3: Technical Risk, Quality, Safety, and Operational Control

Module 3: Technical Risk, Quality, Safety, and Operational Control

1.      Technical Risk Management Principles and Risk-Based Decision-Making

2.      Risk Identification, Risk Registers, Risk Matrices, Controls, and Mitigation Plans

3.      ISO 31000 Principles for Technical and Operational Risk Management

4.      Technical Quality Management and ISO 9001-Based Quality Practices

5.      Quality Assurance, Quality Control, Inspection, Testing, Verification, and Acceptance

6.      Occupational Health and Safety Management Using ISO 45001 Principles

7.      Environmental Responsibilities and ISO 14001-Based Technical Management

8.      Technical Documentation, Records, Traceability, Compliance, and Audit Readiness

9.      Operational Reliability, Maintenance Coordination, Asset Performance, and Control

10.  Technical Risk, Quality, and Safety Case Study and Simulation Exercise

Day 4: Technical Execution, Change, Problem-Solving, and Performance Improvement

Module 4: Technical Execution, Change, Problem-Solving, and Performance Improvement

1.      Managing Technical Execution, Work Coordination, and Delivery Performance

2.      Contractor, Supplier, Consultant, and Multidisciplinary Technical Coordination

3.      Technical Issues, Nonconformities, Defects, Delays, and Corrective Actions

4.      Root Cause Analysis Using Five Whys, Fishbone, Pareto, and Fault-Based Methods

5.      Technical Change Management, Variations, Design Changes, and Scope Control

6.      Technical Performance Measurement, KPIs, Dashboards, and Management Reporting

7.      Productivity Improvement, Lean Technical Management, and Waste Reduction

8.      Continuous Improvement Using PDCA, Kaizen, Lessons Learned, and Best Practices

9.      Digital Technical Management, Data, Automation, and Technology-Enabled Decision-Making

10.  Technical Performance Improvement and Change Management Case Study

Day 5: Advanced Technical Leadership, Innovation, and Integrated Management

Module 5: Advanced Technical Leadership, Innovation, and Integrated Management

1.      Advanced Technical Leadership in Complex and Multidisciplinary Environments

2.      Strategic Technical Decision-Making Under Uncertainty and Competing Priorities

3.      Technical Performance Optimisation, Reliability, Efficiency, and Value Improvement

4.      Managing Complex Technical Interfaces, Dependencies, and Organisational Boundaries

5.      Technical Procurement, Contract Administration, Supplier Performance, and Commercial Risk

6.      Technical Innovation, Digital Transformation, Automation, and Emerging Technologies

7.      Building Technical Capability, Knowledge Management, Coaching, and Succession Planning

8.      Technical Resilience, Business Continuity, Operational Recovery, and Crisis Management

9.      Integrated Technical Management Capstone Case Study and Management Action Plan

10.  Final Technical Management Simulation, Presentation, Feedback, and Professional Development Plan