Training course

Overview

Practical Technical Management is a comprehensive professional training course designed for managers, supervisors, engineers, technical team leaders, operations professionals, maintenance personnel, project coordinators, and experienced technical specialists responsible for managing technical activities and achieving reliable workplace results. The course focuses on the practical application of technical management principles in real-world organisational environments, helping participants plan work, coordinate resources, manage technical teams, control quality, monitor performance, address risks, solve operational problems, and improve productivity. It provides a structured approach for translating technical requirements and organisational objectives into practical actions, measurable outcomes, and sustainable operational performance.

The course combines practical technical management techniques with recognised standards, frameworks, and operational best practices, including ISO 9001 Quality Management Systems, ISO 45001 Occupational Health and Safety Management Systems, ISO 14001 Environmental Management Systems, ISO 31000 Risk Management, ISO 55000 Asset Management principles, Lean management, 5S, PDCA, root cause analysis, continuous improvement, and structured problem-solving methodologies. Participants work with practical management tools such as work plans, resource schedules, responsibility matrices, job cards, inspection checklists, risk registers, toolbox-talk templates, maintenance schedules, action logs, issue registers, KPI dashboards, performance trackers, escalation matrices, decision matrices, and management reports.

Effective technical management requires more than technical knowledge. Managers and technical leaders must be able to prioritise work, coordinate people, control resources, communicate requirements, manage contractors, identify hazards, maintain quality, respond to failures, and make sound decisions under operational pressure. This course develops these practical capabilities through workplace-focused learning and real-world scenarios involving equipment breakdowns, project delays, resource constraints, quality failures, safety incidents, contractor performance problems, technical conflicts, maintenance backlogs, operational disruptions, and competing priorities. Participants learn how to use structured management processes to move from identifying a problem to implementing, monitoring, and sustaining an effective solution.

Through hands-on exercises, management simulations, case studies, planning workshops, risk assessments, performance analysis, problem-solving activities, technical coordination exercises, and an integrated practical capstone, participants develop immediately applicable technical management skills. The programme progresses from fundamental technical management principles through work planning, resource management, safety, quality, maintenance, risk, performance management, problem solving, contractor coordination, communication, Lean improvement, digital tools, resilience, and advanced operational leadership. Participants leave with practical methods and tools that can be applied directly to improve technical execution, workforce accountability, operational efficiency, asset reliability, quality, safety, and continuous improvement.

Course Duration

5 Days (40 Hours)

Target Participants

This course is suitable for:
• Technical managers and technical team leaders
• Engineering and maintenance managers
• Operations and production managers
• Technical supervisors and frontline supervisors
• Engineers and senior technicians with management responsibilities
• Project managers and technical project coordinators
• Maintenance, reliability, and asset management professionals
• Construction, infrastructure, utilities, energy, manufacturing, and industrial professionals
• Facilities and building services managers
• Quality assurance and quality control professionals
• Health, safety, environment, and compliance professionals
• Planning, scheduling, and project controls professionals
• Procurement, contracts, and technical supplier management professionals
• Professionals responsible for technical teams, equipment, assets, projects, or operational systems
• Emerging managers and technical specialists preparing for management responsibilities

Course Objectives

By the end of the training, participants will be able to:
• Explain the principles, responsibilities, and practical requirements of effective technical management
• Translate organisational objectives, technical requirements, and operational priorities into practical work plans
• Plan, schedule, coordinate, and monitor technical activities using structured management tools
• Allocate people, equipment, materials, tools, budgets, and other resources effectively
• Apply practical leadership, communication, delegation, coaching, and accountability techniques to technical teams
• Apply ISO 9001, ISO 45001, ISO 14001, ISO 31000, and ISO 55000 principles relevant to technical management
• Identify and control technical, operational, safety, environmental, quality, financial, and project risks
• Strengthen technical quality assurance, inspection, verification, corrective action, and compliance practices
• Manage maintenance activities, equipment performance, asset reliability, and operational readiness
• Apply practical problem-solving techniques including Five Whys, Fishbone Analysis, Pareto Analysis, and PDCA
• Develop and use technical KPIs, dashboards, checklists, action logs, performance reports, and early-warning indicators
• Monitor work progress, productivity, quality, cost, schedule, safety, and resource performance
• Manage contractors, suppliers, technical interfaces, work packages, and service delivery requirements
• Conduct effective technical meetings, toolbox talks, shift handovers, work briefings, and performance discussions
• Manage technical conflicts, difficult workplace situations, performance concerns, and operational disagreements
• Apply Lean management, 5S, standard work, waste reduction, Kaizen, and continuous improvement techniques
• Use digital tools, CMMS platforms, mobile work systems, spreadsheets, dashboards, and technical data for better management decisions
• Respond effectively to equipment failures, technical incidents, emergencies, operational disruptions, and changing priorities
• Develop practical strategies for improving workforce capability, technical performance, reliability, quality, productivity, and safety
• Integrate practical technical management methods through a comprehensive workplace case study and management action plan

Course Content

Day 1: Foundations of Practical Technical Management and Operational Leadership

Module 1: Foundations of Practical Technical Management and Operational Leadership

1.      Fundamentals of Practical Technical Management and Its Role in Organisational Performance

2.      Responsibilities, Authority, Accountability, and Decision-Making for Technical Managers

3.      Translating Organisational Objectives into Technical Work Requirements and Priorities

4.      Technical Work Planning, Scheduling, Task Sequencing, and Daily Management

5.      Resource Planning for People, Equipment, Materials, Tools, and Technical Services

6.      Practical Technical Leadership, Delegation, Team Coordination, and Accountability

7.      Effective Technical Communication, Work Instructions, Briefings, Meetings, and Handover Practices

8.      Technical Documentation, Records, Job Cards, Checklists, and Management Reporting

9.      Professional Conduct, Technical Ethics, Compliance, and Responsible Management Practices

10.  Case Study: Developing a Practical Management System for a Technical Operations Team

Day 2: Safety, Quality, Risk, Maintenance, and Technical Control

Module 2: Safety, Quality, Risk, Maintenance, and Technical Control

1.      Practical Safety Leadership and Frontline Technical Risk Management

2.      Job Hazard Analysis, Risk Assessments, Control Measures, and Safe Work Practices

3.      ISO 45001 Principles and Practical Occupational Health and Safety Management

4.      Quality Management, Inspection, Verification, and ISO 9001-Based Technical Controls

5.      Nonconformity Management, Corrective Actions, Preventive Actions, and Quality Improvement

6.      Environmental Responsibilities and ISO 14001-Based Technical Management Practices

7.      ISO 31000 Risk Management, Risk Registers, Risk Ratings, Mitigation, and Monitoring

8.      Preventive Maintenance, Corrective Maintenance, Work Orders, and Maintenance Backlog Management

9.      Equipment Reliability, Asset Performance, Inspection, and Operational Readiness

10.  Practical Exercise: Developing an Integrated Technical Safety, Quality, Risk, and Maintenance Control Plan

Day 3: Performance Management, Problem Solving, and Operational Improvement

Module 3: Performance Management, Problem Solving, and Operational Improvement

1.      Technical Performance Management and Establishing Clear Performance Standards

2.      Technical KPIs, Productivity Measures, Quality Metrics, Safety Indicators, and Cost Measures

3.      Performance Dashboards, Daily Management Boards, Trend Analysis, and Early-Warning Indicators

4.      Identifying Technical Problems, Process Deviations, Recurring Failures, and Operational Constraints

5.      Root Cause Analysis Using Five Whys, Fishbone Diagrams, Pareto Analysis, and Fault Investigation

6.      Corrective Action, Preventive Action, PDCA, Lessons Learned, and Verification of Effectiveness

7.      Lean Technical Management, 5S, Standard Work, Waste Identification, and Productivity Improvement

8.      Kaizen, Continuous Improvement, Employee Improvement Ideas, and Improvement Tracking

9.      Managing Technical Failures, Breakdowns, Escalations, and Operational Recovery

10.  Case Study: Analysing a Recurring Technical Performance Problem and Developing a Corrective Action Programme

Day 4: People, Contractors, Resources, and Practical Management Execution

Module 4: People, Contractors, Resources, and Practical Management Execution

1.      Managing Technical Teams Through Clear Expectations, Accountability, and Performance Standards

2.      Coaching, Feedback, Employee Development, and Technical Skills Improvement

3.      Managing Underperformance, Workplace Behaviour, Attendance, and Corrective Performance Actions

4.      Delegation, Empowerment, Work Allocation, Follow-Up, and Accountability Reviews

5.      Contractor Management, Supplier Coordination, Service Monitoring, and Technical Work Verification

6.      Procurement, Spare Parts, Materials Availability, and Technical Supply Coordination

7.      Managing Technical Interfaces, Cross-Functional Collaboration, and Operational Dependencies

8.      Conflict Resolution, Difficult Conversations, Negotiation, and Workplace Relationship Management

9.      Managing Competing Priorities, Resource Constraints, Delays, and Changing Operational Requirements

10.  Practical Simulation: Managing a Technical Operation Through Resource, Performance, Contractor, and Communication Challenges

Day 5: Advanced Practical Technical Management, Digital Tools, Resilience, and Application

Module 5: Advanced Practical Technical Management, Digital Tools, Resilience, and Application

1.      Advanced Technical Management for Complex and Uncertain Operational Environments

2.      Digital Technical Management, CMMS, Mobile Work Management, Dashboards, and Data Collection

3.      Using Technical Data, Performance Trends, and Analytics for Evidence-Based Decisions

4.      Technical Change Management, Process Improvement, Technology Adoption, and Workforce Readiness

5.      Operational Resilience, Emergency Preparedness, Business Continuity, and Recovery Management

6.      Asset Lifecycle Management, Reliability Improvement, Lifecycle Cost, and ISO 55000 Principles

7.      Developing Technical Capability Through Coaching, Knowledge Management, Mentoring, and Succession Planning

8.      Building High-Performance Technical Operations Through Continuous Improvement and Accountability

9.      Integrated Case Study: Managing a Complex Technical Operation Under Safety, Quality, Resource, and Performance Pressure

10.  Final Practical Technical Management Simulation, Management Action Plan, Presentation, Feedback, and Workplace Implementation Strategy