Course Introduction

Power transmission projects are critical infrastructure investments that connect generating facilities with substations, distribution networks, industrial consumers, and major urban centers. Their complexity requires disciplined project management across engineering, procurement, construction, commissioning, regulatory approvals, land acquisition, environmental requirements, stakeholder engagement, and grid integration. This course provides a practical and strategic framework for managing transmission projects from concept through successful completion.

The Power Transmission Project Management Course develops the capabilities required to plan, coordinate, control, and deliver high-voltage transmission projects effectively. Participants will examine project lifecycle management, feasibility assessment, transmission planning, route development, engineering coordination, procurement strategies, construction management, contract administration, project controls, quality assurance, and commissioning. Emphasis is placed on managing interfaces between multiple technical and commercial disciplines.

Participants will gain practical insight into managing overhead transmission lines, underground cables, substations, towers, conductors, transformers, protection systems, control systems, and associated grid infrastructure. The course addresses the unique risks associated with transmission projects, including right-of-way constraints, weather disruptions, supply-chain delays, technical changes, contractor performance, safety incidents, regulatory requirements, and community concerns. Participants will learn how to anticipate these challenges and establish effective mitigation strategies.

A strong focus is placed on project planning and controls, enabling participants to develop realistic schedules, cost estimates, resource plans, risk registers, procurement strategies, and performance monitoring systems. Modern approaches such as digital project controls, BIM, GIS, drones, IoT-enabled monitoring, predictive analytics, digital twins, and data-driven decision-making are incorporated to demonstrate how technology can improve visibility, productivity, quality, and decision-making throughout the transmission project lifecycle.

The course also addresses commercial and contractual management, including tendering, contractor selection, contract strategy, claims management, variations, payment certification, change control, dispute avoidance, and final account management. Participants will explore how effective communication and governance can strengthen relationships between utilities, developers, EPC contractors, consultants, suppliers, regulators, communities, and other stakeholders while protecting project objectives and commercial interests.

By completing the course, participants will be better equipped to manage transmission projects in a structured, proactive, and results-oriented manner. They will understand how to integrate technical, financial, contractual, operational, environmental, and stakeholder considerations into one coordinated project management approach. The course is designed to support improved project delivery, stronger cost and schedule performance, enhanced safety, greater reliability, and long-term value from transmission infrastructure investments.

Duration

5 days

Who Should Attend

• Project managers and project directors responsible for power transmission infrastructure development and delivery.

• Electrical engineers involved in transmission line, substation, grid connection, and high-voltage infrastructure projects.

• Transmission planning engineers responsible for network expansion, capacity development, and system integration.

• Engineering, procurement, and construction professionals managing EPC transmission project activities.

• Construction managers and site managers supervising transmission lines, towers, substations, and associated works.

• Project controls professionals responsible for planning, scheduling, cost control, forecasting, and performance reporting.

• Contract and commercial managers managing procurement, contractor performance, variations, claims, and disputes.

• Procurement and supply-chain professionals involved in sourcing transformers, conductors, towers, cables, equipment, and specialist services.

• Asset owners, utility representatives, developers, and investors responsible for transmission infrastructure programs.

• Consultants and engineering advisors supporting feasibility studies, design, project management, and construction supervision.

• Quality assurance and quality control professionals working on high-voltage transmission and substation projects.

• Health, safety, environmental, and social professionals supporting transmission project execution and compliance.

• Risk managers responsible for identifying and mitigating technical, commercial, environmental, and delivery risks.

• Commissioning and testing personnel involved in energization, protection systems, control systems, and grid integration.

• Professionals seeking to strengthen their strategic and practical capabilities in power transmission project management.

Course Objectives

• Develop a comprehensive understanding of the power transmission project lifecycle and apply structured management principles from project initiation and feasibility through design, procurement, construction, commissioning, and closeout.

• Develop practical project planning capabilities covering scope definition, work breakdown structures, activity sequencing, resource planning, milestones, deliverables, interfaces, dependencies, and integrated project execution strategies.

• Strengthen the ability to develop and manage realistic transmission project schedules while identifying critical paths, schedule constraints, productivity risks, interface delays, and opportunities for recovery and acceleration.

• Apply effective cost management techniques to establish budgets, monitor commitments and expenditures, forecast final costs, control cost deviations, and support timely management decisions throughout project execution.

• Improve understanding of procurement and contracting strategies for transmission projects, including EPC, design-build, framework agreements, competitive tendering, supplier evaluation, and performance-based contracting approaches.

• Identify and manage technical, commercial, environmental, regulatory, land acquisition, stakeholder, supply-chain, construction, safety, and commissioning risks that can affect transmission project outcomes.

• Strengthen contract administration capabilities by managing variations, extensions of time, claims, payment processes, contractor obligations, change control, documentation, negotiations, and dispute avoidance mechanisms.

• Apply modern project management technologies including BIM, GIS, digital twins, drones, IoT, predictive analytics, cloud collaboration, and integrated dashboards to improve project visibility and delivery performance.

• Enhance stakeholder and interface management skills for coordinating utilities, regulators, contractors, consultants, landowners, communities, suppliers, grid operators, and internal project teams throughout the project lifecycle.

• Develop strategies for delivering safe, reliable, sustainable, resilient, and commercially successful transmission projects while responding effectively to evolving grid requirements, renewable integration, climate risks, and emerging energy technologies.

Comprehensive Course Outline

Module 1: Power Transmission Project Fundamentals and Lifecycle Management

• Understanding the strategic role of transmission infrastructure in national grids, regional interconnections, renewable energy integration, energy security, and economic development.

• Reviewing the complete transmission project lifecycle from concept development and feasibility through planning, design, procurement, construction, commissioning, energization, and closeout.

• Establishing project governance structures, decision-making authorities, accountability frameworks, reporting arrangements, stage gates, and management controls for complex transmission programs.

• Identifying emerging transmission development challenges including grid modernization, renewable generation growth, distributed energy resources, increasing interconnection requirements, and network flexibility.

Module 2: Transmission Project Feasibility, Planning and Scope Development

• Conducting feasibility assessments covering technical requirements, load forecasts, network capacity, route options, constructability, environmental constraints, financial considerations, and project viability.

• Defining project scope, requirements, deliverables, exclusions, assumptions, interfaces, acceptance criteria, and performance requirements for transmission lines and substations.

• Developing work breakdown structures and project execution plans that establish clear responsibilities, activities, milestones, resources, dependencies, and management processes.

• Integrating system planning, grid studies, renewable integration requirements, reliability criteria, and future network expansion into project development decisions.

Module 3: Engineering, Design Coordination and Technical Interfaces

• Managing engineering deliverables for transmission towers, foundations, conductors, insulators, substations, transformers, protection systems, control systems, communications, and auxiliary infrastructure.

• Coordinating multidisciplinary design activities across electrical, civil, structural, mechanical, geotechnical, environmental, telecommunications, and protection engineering teams.

• Managing design reviews, technical queries, engineering changes, document control, interface requirements, constructability assessments, and design approval processes.

• Applying BIM, GIS, digital engineering, simulation, and digital twin concepts to improve design coordination, visualization, asset information, and project decision-making.

Module 4: Route Development, Land Acquisition and Right-of-Way Management

• Planning transmission corridors by considering technical feasibility, terrain, environmental sensitivity, existing infrastructure, settlements, land ownership, accessibility, and future development constraints.

• Managing right-of-way acquisition, easements, access requirements, landowner engagement, compensation processes, documentation, and associated schedule and cost implications.

• Identifying route-related risks such as difficult terrain, protected areas, urban development, utility crossings, water bodies, security concerns, and community opposition.

• Applying GIS-based mapping, remote sensing, drone surveys, geospatial analysis, and digital route optimization techniques to improve corridor planning and field decision-making.

Module 5: Procurement, Tendering and Supply Chain Management

• Developing procurement strategies for transmission equipment and construction services while aligning purchasing decisions with technical specifications, project schedules, budgets, and risk allocation.

• Managing tender preparation, bidder evaluation, technical and commercial assessments, supplier due diligence, negotiations, contract award, and procurement governance.

• Controlling long-lead equipment procurement including transformers, switchgear, conductors, cables, towers, protection equipment, communications systems, and specialized transmission components.

• Managing modern supply-chain risks involving geopolitical disruptions, commodity price volatility, manufacturing capacity constraints, logistics bottlenecks, supplier concentration, and material traceability.

Module 6: Construction Management, Site Execution and Productivity Control

• Planning and managing construction activities for transmission lines, foundations, towers, conductor installation, substations, cable systems, access roads, drainage, buildings, and associated facilities.

• Establishing effective site management systems covering work fronts, construction sequencing, resource allocation, productivity monitoring, equipment utilization, contractor coordination, and daily reporting.

• Managing construction quality, inspection requirements, testing procedures, method statements, permits, non-conformances, punch lists, corrective actions, and technical acceptance.

• Addressing field execution challenges including extreme weather, difficult terrain, logistics constraints, labor availability, community disruptions, access limitations, and changing site conditions.

Module 7: Project Controls, Cost, Schedule and Performance Management

• Developing integrated cost and schedule control systems using baselines, progress measurement, earned value principles, forecasts, trends, variance analysis, and management reporting.

• Establishing realistic construction schedules that incorporate engineering deliverables, procurement lead times, manufacturing, logistics, construction sequences, testing, commissioning, and grid outage requirements.

• Managing change control processes to evaluate scope changes, cost impacts, schedule effects, technical consequences, contractual obligations, and required approvals before implementation.

• Applying advanced project controls technologies, predictive analytics, automated dashboards, AI-assisted forecasting, and real-time data integration to improve project performance visibility.

Module 8: Contracts, Commercial Management, Claims and Risk

• Selecting appropriate contract models and developing commercial strategies that balance project control, contractor incentives, risk allocation, cost certainty, flexibility, and delivery responsibilities.

• Managing contract administration activities including notices, correspondence, payment certification, variations, extensions of time, performance obligations, documentation, and contractor evaluations.

• Identifying, evaluating, documenting, and resolving claims related to delays, disruption, changed conditions, design modifications, access constraints, procurement problems, and employer-driven changes.

• Developing proactive dispute avoidance strategies through effective records management, early warning systems, collaborative communication, negotiation, structured escalation, and transparent commercial governance.

Module 9: Safety, Environmental, Social and Stakeholder Management

• Integrating occupational health and safety requirements into transmission project planning, construction, lifting operations, working at height, electrical work, excavation, transport, and commissioning activities.

• Managing environmental and social requirements including vegetation management, biodiversity protection, land disturbance, community impacts, cultural heritage, waste management, and regulatory compliance.

• Developing stakeholder engagement strategies for utilities, government agencies, regulators, communities, landowners, contractors, suppliers, and other groups affected by transmission development.

• Addressing emerging ESG expectations, climate resilience, sustainable procurement, environmental performance measurement, social license to operate, and responsible infrastructure development.

Module 10: Commissioning, Energization, Handover and Future Transmission Trends

• Planning testing and commissioning activities for transmission lines, substations, protection systems, control systems, communications, transformers, switchgear, and other high-voltage assets before energization.

• Managing pre-commissioning inspections, functional testing, protection coordination, system integration, energization procedures, defect resolution, punch-list closure, documentation, and operational handover.

• Establishing lessons-learned, asset information, maintenance requirements, warranty management, final documentation, performance verification, and project closeout processes to support long-term asset reliability.

• Exploring emerging transmission technologies including digital substations, grid-enhancing technologies, advanced conductors, HVDC, energy storage integration, AI-enabled monitoring, autonomous inspection, and climate-resilient networks.

Training Approach

This course will be delivered by our skilled trainers who have vast knowledge and experience as expert professionals in the fields. The course is taught in English and through a mix of theory, practical activities, group discussion and case studies. Course manuals and additional training materials will be provided to the participants upon completion of the training.

Tailor-Made Course

This course can also be tailor-made to meet organization requirement. For further inquiries, please contact us on: Email: training@upskilldevelopment.com Tel: +254 721 331 808

Training Venue 

The training will be held at our Upskill Training Centre. We also offer training for a group (at a discount of 10% to 50%) at requested location all over the world. The Onsite course fee covers the course tuition, training materials, two break refreshments, buffet lunch, airport transfers, Upskill gift package, and guided tour.

Visa application, travel expenses, dinners, accommodation, insurance, and other personal expenses are catered by the participant

Certification

Participants will be issued with Upskill certificate upon completion of this course.

Airport Pickup and Accommodation

Airport pickup and accommodation is arranged upon request. For booking contact our Training Coordinator through Email: training@upskilldevelopment.com, +254 721 331 808

Terms of Payment:

Unless otherwise agreed between the two parties’ payment of the course fee should be done 3 working days before commencement of the training so as to enable us to prepare better.