Transmission and Grid Infrastructure Project Management Course

Course Introduction

The Transmission and Grid Infrastructure Project Management Course provides a comprehensive framework for developing, planning, executing and commissioning electricity transmission networks and associated grid infrastructure. It addresses the technical, commercial, regulatory and operational challenges of delivering high-voltage and extra-high-voltage transmission lines, substations, switching stations, transformers, grid interconnections, protection and control systems, and supporting digital infrastructure. Participants explore the complete project lifecycle, from network development planning and feasibility assessment through engineering, procurement, construction, testing and operational handover. The programme emphasizes the integration of engineering excellence, capital discipline, stakeholder coordination and reliable project controls to support secure and efficient electricity transmission.

Transmission and grid infrastructure projects are increasingly complex because electricity demand is growing, renewable generation is expanding, and existing networks require modernization and reinforcement. Project teams must coordinate land acquisition, route selection, environmental approvals, right-of-way access, geotechnical investigations, equipment procurement, construction logistics and utility interfaces. They must also address long lead times for transformers and switchgear, constrained construction windows, grid reliability requirements and dependencies between generation projects and network readiness. This course examines how these factors influence project scope, sequencing, cost estimates, schedule assumptions and investment decisions, helping participants anticipate constraints and develop realistic delivery strategies.

Effective transmission project development begins with sound network planning, clear technical requirements and a defensible investment case. Participants examine demand forecasting, power system studies, grid capacity assessments, transmission corridor selection, substation siting and evaluation of alternative network configurations. The programme explores feasibility studies, front-end engineering, design maturity, environmental and social impact assessments, permitting, land access and stakeholder engagement. It also considers capital cost estimation, lifecycle cost analysis, financing requirements and economic appraisal, including how transmission investments support renewable energy integration, cross-border electricity trade, grid resilience and access to reliable power. These capabilities help project sponsors establish investment priorities and secure informed approval before major commitments are made.

The course places strong emphasis on integrated project planning and delivery controls across engineering, procurement, construction and commissioning. Participants learn to establish work breakdown structures, responsibility matrices, integrated schedules, cost baselines, procurement plans and risk registers. They examine critical path analysis, long-lead equipment tracking, contractor performance, earned value management, progress verification, change control and forecast development. Particular attention is given to the interfaces among transmission line construction, substation installation, protection and control systems, telecommunications, grid operator requirements and planned outages. Participants also explore how to coordinate multiple contractors and geographically dispersed work fronts while maintaining safety, quality, environmental compliance and reliable project reporting.

Modern grid infrastructure projects increasingly depend on digital engineering, automation and advanced monitoring technologies. The programme examines geographic information systems, building information modelling, digital substations, asset information management, remote construction monitoring and integrated project data platforms. It also explores the use of analytics and artificial intelligence for schedule forecasting, risk identification, document review and project reporting, with appropriate safeguards for data quality, cybersecurity, model validation and human oversight. Emerging priorities—including grid-scale energy storage, smart-grid technologies, dynamic line rating, high-voltage direct current transmission, flexible network operation and climate-resilient infrastructure—are considered alongside sustainability, biodiversity protection, materials management and lifecycle asset performance.

By the end of the programme, participants will be better equipped to manage transmission and grid infrastructure projects from early development through commissioning and handover. They will understand how to align technical design, investment governance, procurement, construction, grid integration and operational readiness within a coherent project delivery framework. The course supports utilities, transmission system operators, engineering contractors, regulators and energy investors seeking more predictable capital expenditure, improved schedule performance, stronger project assurance and reliable network expansion. It emphasizes that successful project completion must include not only the physical construction of lines and substations, but also verified system performance, regulatory compliance, operational acceptance and the long-term resilience of the electricity network.

Duration

10 days

Who Should Attend

• Transmission project directors and project managers responsible for major electricity network investments.

• Grid infrastructure programme managers overseeing transmission expansion and network modernization.

• Power system planning engineers involved in transmission capacity assessments and network development.

• Electrical engineers responsible for high-voltage equipment, substations and transmission systems.

• Transmission line engineers and route development specialists managing corridor planning and line design.

• Substation project managers coordinating primary equipment, secondary systems and installation activities.

• Project planning managers and scheduling engineers developing integrated project execution schedules.

• Project controls managers responsible for cost, schedule, risk and performance reporting.

• Cost estimators and commercial analysts preparing capital budgets and expenditure forecasts.

• Procurement and supply chain managers responsible for transformers, switchgear, conductors and specialist equipment.

• Construction managers coordinating transmission line erection, civil works, substation installation and contractors.

• Land acquisition, right-of-way and stakeholder engagement specialists supporting corridor development.

• Environmental and social specialists managing impact assessments, permitting and sustainability obligations.

• Contracts and commercial managers responsible for EPC, EPCM, construction and equipment supply agreements.

• Grid connection and system integration specialists coordinating network interfaces and energization requirements.

• Protection, control, automation and telecommunications engineers involved in grid infrastructure delivery.

• Commissioning managers and testing engineers responsible for system verification and operational acceptance.

• Utility operations, maintenance and asset management professionals involved in project handover.

• Risk, quality, safety and internal assurance professionals supporting governance and compliance.

• Regulators, public-sector energy officials, development finance professionals and infrastructure investment advisers.

Course Objectives

• Understand the complete lifecycle of transmission and grid infrastructure projects, from network planning and feasibility assessment through construction, commissioning and operational handover.

• Evaluate transmission investment opportunities using demand forecasts, grid studies, network constraints, renewable integration requirements and long-term electricity system objectives.

• Develop robust project business cases incorporating capital expenditure, lifecycle costs, economic benefits, technical alternatives and investment uncertainty.

• Apply structured project governance, stage-gate approvals, decision rights and independent assurance practices appropriate to complex electricity infrastructure investments.

• Establish clear project scopes, work breakdown structures, responsibility matrices and technical interface arrangements across transmission lines, substations and control systems.

• Develop integrated schedules that coordinate engineering, procurement, land access, permitting, construction, outages, testing and grid energization milestones.

• Strengthen cost estimation, budget baselining, contingency management and financial forecasting to improve control over transmission project expenditure.

• Apply project controls, progress measurement, earned value principles and variance analysis to identify emerging delays and cost pressures.

• Manage procurement, long-lead electrical equipment, contractor performance and supply chain risks to improve delivery reliability and equipment readiness.

• Integrate safety, environmental compliance, land access, community engagement and climate resilience into transmission project planning and execution.

• Use digital engineering, GIS, project analytics and responsibly governed AI applications to improve project visibility, risk assessment and management decision-making.

• Improve commissioning, grid compliance, operational handover, asset data completion and benefits realization to support reliable and resilient electricity networks.

Comprehensive Course Outline

Module 1: Transmission and Grid Infrastructure Fundamentals

• Electricity transmission networks, grid architecture and the role of high-voltage infrastructure in power systems.

• Transmission lines, substations, transformers, switching stations and associated control and communication systems.

• Grid expansion drivers, network reliability objectives and the integration of generation and demand growth.

• Project lifecycle requirements, delivery constraints and success criteria for transmission infrastructure investments.

Module 2: Network Planning and Investment Development

• Electricity demand forecasting, load growth assessment and identification of network capacity constraints.

• Power system studies, transmission planning criteria and evaluation of alternative network configurations.

• Renewable energy integration, interconnection capacity and cross-border transmission development opportunities.

• Investment prioritization, network development plans and alignment with national or regional electricity strategies.

Module 3: Feasibility Studies and Business Case Development

• Technical feasibility assessment, preliminary design and evaluation of transmission route and substation alternatives.

• Capital expenditure estimates, lifecycle costs, economic benefits and financial appraisal of grid investments.

• Sensitivity analysis covering demand uncertainty, equipment costs, schedule delays and financing assumptions.

• Project business cases, investment approval documentation and independent technical assurance requirements.

Module 4: Route Selection, Land Access and Site Development

• Transmission corridor selection, geographic constraints and route optimization using technical and environmental criteria.

• Land surveys, right-of-way requirements, easements, access arrangements and land acquisition planning.

• Substation site selection, geotechnical investigations, drainage and flood risk assessment.

• Stakeholder consultation, compensation frameworks, grievance mechanisms and management of land access delays.

Module 5: Engineering Design and Technical Interface Management

• Transmission line design requirements, tower configurations, conductor selection and electrical clearance considerations.

• Substation layouts, transformer specifications, switchgear arrangements and primary equipment interfaces.

• Protection, control, metering, telecommunications and supervisory control system design integration.

• Design reviews, engineering deliverable tracking, configuration management and resolution of technical interfaces.

Module 6: Environmental, Social and Regulatory Compliance

• Environmental and social impact assessments for transmission corridors and substation developments.

• Permitting, land-use approvals, biodiversity protection and management of sensitive ecological areas.

• Community engagement, livelihood impacts, compensation arrangements and stakeholder grievance resolution.

• Climate resilience, erosion control, waste management and environmental monitoring during construction.

Module 7: Project Governance and Execution Strategy

• Project sponsorship, decision rights, governance structures and accountability for capital delivery.

• Stage-gate reviews, project definition maturity and readiness assessments before execution authorization.

• Work breakdown structures, responsibility matrices, deliverable registers and interface management arrangements.

• Delivery model selection, execution planning, risk allocation and independent project assurance.

Module 8: Procurement and Supply Chain Management

• Procurement strategies for transformers, conductors, insulators, towers, switchgear and protection equipment.

• Tender documentation, technical evaluation, supplier qualification and commercial bid assessment.

• Long-lead equipment schedules, manufacturing surveillance, factory acceptance testing and expediting.

• Transportation logistics, customs dependencies, material storage and mitigation of supply chain disruptions.

Module 9: Integrated Scheduling and Resource Planning

• Integrated schedules covering engineering, permitting, land access, procurement, construction and commissioning.

• Critical path analysis, activity dependencies, milestone management and schedule logic validation.

• Resource loading, contractor mobilization, geographic work-front coordination and construction productivity planning.

• Schedule risk assessment, delay forecasting, recovery planning and evaluation of acceleration measures.

Module 10: Construction Management and Site Execution

• Transmission tower foundations, tower erection, conductor stringing and installation quality requirements.

• Substation civil works, equipment foundations, transformer installation and electrical system integration.

• Contractor coordination, work packaging, site access, logistics planning and management of construction interfaces.

• Construction safety, inspection records, progress verification and resolution of site technical queries.

Module 11: Capital Cost Control and Financial Management

• Cost estimate development, estimate basis documentation and alignment between design maturity and budget accuracy.

• Capital budget baselines, purchase commitments, actual costs, accruals and expenditure authorization controls.

• Contingency management, escalation exposure, foreign exchange risks and formal budget change approval.

• Cost variance analysis, estimate-at-completion forecasting and financial reporting for project governance.

Module 12: Project Controls, Risk and Performance Reporting

• Integrated controls systems linking scope, cost, schedule, procurement, quality and risk information.

• Earned value management, physical progress measurement and validation of contractor performance claims.

• Quantitative schedule risk analysis, sensitivity assessment and development of mitigation actions.

• Executive dashboards, trend registers, early-warning indicators and evidence-based corrective action reporting.

Module 13: Contract Management, Change Control and Claims

• Contract strategy selection for engineering, procurement, construction and specialist equipment packages.

• Change control procedures, technical variation assessment and evaluation of cost and schedule impacts.

• Contract administration, payment certification, claims assessment and dispute avoidance techniques.

• Delay records, commercial documentation, entitlement reviews and audit-ready contract closeout practices.

Module 14: Grid Integration, Testing and Commissioning

• Coordination with transmission system operators, control centres and connected generation or distribution facilities.

• Protection system testing, relay coordination, telecommunications verification and control system integration.

• Transformer testing, substation functional testing, transmission line inspections and energization readiness reviews.

• Grid code compliance, outage coordination, commissioning records and controlled transfer to network operations.

Module 15: Digital Grid Projects and Emerging Technologies

• Geographic information systems, digital engineering models and integrated project information management.

• Digital substations, advanced monitoring systems and data-enabled verification of construction progress.

• Analytics and responsible AI applications for schedule forecasting, risk identification and project reporting.

• Cybersecurity, data governance, model validation and human oversight of technology-supported decisions.

Module 16: Handover, Asset Management and Long-Term Performance

• Completion certification, defect resolution and verification of technical and regulatory acceptance requirements.

• Asset registers, equipment records, as-built drawings and transfer of maintenance documentation.

• Reliability objectives, lifecycle maintenance planning and resilience of transmission infrastructure.

• Final account settlement, lessons learned, benefits realization and performance review of completed network investments.

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.