Dam Safety Upgrade Project Management Course

Course Introduction

The Dam Safety Upgrade Project Management Course provides participants with the technical knowledge and project management competencies required to plan, coordinate, execute, and monitor dam safety improvement projects. Dams are critical infrastructure assets that support water supply, irrigation, flood control, hydropower generation, and regional economic development. Their long-term performance depends on the integrity of embankments, concrete structures, foundations, spillways, outlet works, drainage systems, and associated monitoring equipment. Ageing infrastructure, changing hydrological conditions, seismic hazards, seepage, erosion, structural deterioration, and evolving safety standards can create requirements for major rehabilitation or upgrading. This course examines the complete project lifecycle, from dam safety assessments and feasibility studies through engineering design, procurement, construction, verification, and handover. Participants develop practical approaches to managing complex dam upgrade programmes while balancing public safety, technical performance, environmental obligations, regulatory requirements, project costs, and delivery schedules.

Effective dam safety upgrade planning begins with a systematic understanding of existing dam conditions, potential failure modes, operational history, design assumptions, and consequences of failure. The course explores the assessment of embankment stability, foundation conditions, seepage behaviour, internal erosion, concrete deterioration, settlement, cracking, spillway capacity, outlet works, and the performance of instrumentation and monitoring systems. Participants examine how dam safety inspections, geotechnical investigations, hydrological studies, hydraulic modelling, structural assessments, and surveillance records inform rehabilitation priorities. The programme also addresses the importance of identifying knowledge gaps, reviewing historical construction records, validating design information, and investigating conditions that may be concealed or difficult to access. Emphasis is placed on translating assessment findings into prioritised upgrade scopes, engineering requirements, risk registers, and decision-making frameworks that support defensible investment decisions and reduce uncertainty before construction begins.

A major component of the course focuses on developing and coordinating engineering solutions appropriate to the specific characteristics and risks of each dam. Participants explore upgrade interventions such as embankment strengthening, foundation treatment, seepage control, drainage improvements, spillway rehabilitation, outlet works refurbishment, structural repairs, seismic strengthening, and installation or replacement of monitoring systems. The course considers how design alternatives are evaluated against dam type, geological conditions, hydraulic loading, construction access, reservoir operating levels, environmental constraints, and long-term maintenance requirements. Participants learn to coordinate temporary works, cofferdams, diversion arrangements, dewatering, excavation, grouting, concrete repairs, earthworks, and structural modifications within an integrated construction methodology. Particular attention is given to constructability reviews, design interfaces, temporary reservoir restrictions, construction-stage stability, and the management of work activities near operating hydraulic structures. The programme emphasises the need for qualified engineering assessment, independent review where required, and compliance with applicable dam safety regulations and recognised engineering guidance.

Dam safety upgrades present distinctive scheduling and operational challenges because construction activities may take place while the reservoir, spillway, outlet works, or hydropower facilities remain operational. The course examines the development of integrated project schedules that coordinate investigations, engineering approvals, procurement, mobilisation, reservoir drawdown, diversion works, construction, testing, and staged return to service. Participants consider how seasonal rainfall, flood forecasts, inflow variability, reservoir storage requirements, downstream water demand, irrigation schedules, and electricity generation obligations affect construction sequencing. The programme addresses work breakdown structures, critical path analysis, resource planning, procurement lead times, cost estimation, contingency allowances, and progress monitoring. Participants also explore contractor coordination, site logistics, specialist equipment planning, materials management, and schedule recovery measures. Emphasis is placed on integrating construction milestones with reservoir operating procedures, emergency preparedness arrangements, and operational restrictions to maintain dam safety throughout the upgrade process while minimising disruption to water users and other stakeholders.

Risk management, emergency preparedness, environmental protection, and regulatory compliance are fundamental to dam safety upgrade project delivery. Construction activities may introduce temporary risks involving reservoir levels, diversion capacity, excavation stability, seepage, flooding, foundation exposure, heavy lifting, confined spaces, and changes to load conditions. The course examines how to identify and assess these hazards, develop construction-stage risk controls, establish monitoring triggers, and coordinate emergency response arrangements with dam operators and relevant authorities. Participants explore the role of dam safety management systems, construction surveillance, instrumentation readings, trigger action response plans, emergency action plans, and formal escalation procedures. Environmental management topics include sediment control, aquatic habitat protection, erosion prevention, downstream flow management, construction waste, water quality, and disturbance of sensitive areas. The programme also addresses stakeholder communication, regulatory approvals, independent technical review, quality assurance, and documented acceptance requirements. By integrating safety and environmental considerations into project governance, participants learn to support responsible construction while protecting downstream communities, workers, infrastructure, and natural resources.

The course concludes by integrating project controls, quality assurance, commissioning, and long-term dam asset management into a comprehensive delivery framework. Participants examine how to monitor progress against approved baselines, control changes, forecast final costs, manage contractual obligations, and maintain traceable records of construction activities and technical decisions. Quality management topics include material testing, concrete quality verification, earthwork compaction, grout testing, structural inspection, seepage assessment, instrumentation commissioning, and verification of completed safety measures. The programme also explores updated operating procedures, surveillance plans, maintenance requirements, emergency planning documentation, as-built drawings, and formal handover to dam owners and operators. Emerging developments such as remote instrumentation, automated monitoring, digital twins, advanced geospatial surveys, data analytics, climate-informed hydrological assessments, and predictive maintenance are considered in the context of improving long-term safety assurance. By the end of the programme, participants will be better prepared to manage multidisciplinary dam upgrade projects, make informed decisions under uncertainty, coordinate technical and operational stakeholders, and deliver improvements that strengthen dam resilience and public safety throughout the asset lifecycle.

Duration

5 days

Who Should Attend

• Dam safety project managers responsible for planning, coordinating, and delivering dam rehabilitation, strengthening, and safety improvement programmes.

• Civil and structural engineers involved in assessing dam structures, designing rehabilitation measures, supervising construction, and verifying engineering performance.

• Geotechnical engineers and engineering geologists responsible for foundation assessments, embankment stability, seepage investigations, slope stability, and ground improvement.

• Hydropower project managers and plant engineers coordinating dam upgrades with power generation facilities, hydraulic structures, turbines, and associated operating systems.

• Water resources engineers involved in hydrological analysis, flood studies, reservoir operations, spillway capacity assessments, and water management planning.

• Dam owners, asset managers, and infrastructure directors responsible for capital investment decisions, safety obligations, maintenance strategies, and long-term asset performance.

• Construction managers, site engineers, and resident engineers supervising earthworks, grouting, concrete rehabilitation, drainage improvements, structural strengthening, and temporary works.

• Project planners and project controls specialists responsible for schedules, resource allocation, progress measurement, cost forecasting, risk registers, and performance reporting.

• Quantity surveyors, commercial managers, and contract administrators involved in cost estimation, procurement, variations, contractor payments, claims, and financial closeout.

• Dam surveillance professionals and instrumentation specialists responsible for monitoring seepage, settlement, deformation, uplift pressures, piezometric levels, and other safety indicators.

• Health, safety, environmental, and emergency management professionals responsible for construction risk controls, environmental protection, incident preparedness, and emergency coordination.

• Regulatory authorities, public-sector infrastructure officials, and dam safety inspectors involved in compliance monitoring, technical approvals, safety reviews, and project oversight.

• Engineering consultants and independent reviewers providing dam safety assessments, design verification, constructability reviews, risk analysis, and rehabilitation recommendations.

• Procurement and supply chain professionals responsible for sourcing specialist contractors, construction materials, instrumentation, grouting systems, and heavy equipment.

• Water utility professionals, irrigation authorities, hydropower operators, and flood management organisations seeking to strengthen their capacity to plan and manage dam safety upgrades.

Course Objectives

By the end of this course, participants will be able to:

• Develop integrated dam safety upgrade project management plans that define objectives, scope, governance, technical requirements, responsibilities, schedules, budgets, and acceptance criteria.

• Interpret dam safety assessments, geotechnical investigations, structural inspections, hydrological studies, hydraulic analyses, and instrumentation data to identify upgrade priorities.

• Evaluate dam rehabilitation alternatives, including embankment strengthening, seepage control, foundation treatment, spillway improvements, outlet works rehabilitation, and structural repairs.

• Establish risk-based project priorities by considering potential failure modes, consequences of failure, hydrological hazards, seismic conditions, construction-stage risks, and regulatory requirements.

• Prepare realistic construction schedules that integrate engineering approvals, reservoir restrictions, seasonal hydrology, procurement lead times, diversion works, testing, and operational requirements.

• Develop project cost estimates, budgets, resource plans, procurement strategies, and contingency allowances that reflect the technical complexity and uncertainty of dam safety upgrade works.

• Integrate dam safety surveillance, construction-stage monitoring, emergency preparedness, environmental safeguards, and operational controls into project execution planning.

• Apply quality assurance, inspection and test plans, material verification, instrumentation commissioning, and technical acceptance procedures to confirm the effectiveness of completed upgrade works.

• Implement project controls, change management, contractor performance monitoring, cost forecasting, progress reporting, and risk reviews to maintain delivery performance.

• Coordinate commissioning, updated operating procedures, surveillance requirements, as-built documentation, residual risk assessments, and handover to support long-term dam safety management.

Comprehensive Course Outline

Module 1: Fundamentals of Dam Safety Upgrade Project Management

• Overview of dam types, including concrete gravity dams, arch dams, earthfill embankments, rockfill dams, and composite structures, together with their operational purposes and safety considerations.

• Understanding the dam asset lifecycle, from original design and construction through operation, surveillance, rehabilitation, major upgrades, and long-term decommissioning considerations.

• Defining project objectives, upgrade scope, dam safety requirements, stakeholder expectations, technical constraints, investment priorities, and measurable completion criteria.

• Establishing project governance, roles and responsibilities, approval procedures, technical review arrangements, communication protocols, and interfaces between owners, operators, designers, and contractors.

Module 2: Dam Safety Assessment, Investigations, and Failure Mode Evaluation

• Reviewing dam safety inspection reports, historical design documentation, construction records, operating data, surveillance findings, and previous rehabilitation recommendations.

• Planning geotechnical investigations, foundation assessments, seepage studies, concrete testing, structural inspections, hydrological assessments, and hydraulic modelling to resolve identified uncertainties.

• Evaluating potential failure modes involving internal erosion, piping, overtopping, slope instability, foundation movement, structural deterioration, seismic effects, and malfunctioning outlet systems.

• Establishing risk registers, deficiency prioritisation frameworks, investigation follow-up plans, and technical decision records to support defensible rehabilitation investment decisions.

Module 3: Engineering Solutions and Rehabilitation Strategy Development

• Evaluating embankment strengthening, foundation grouting, seepage barriers, drainage improvements, slope stabilisation, and other geotechnical interventions suited to identified dam safety deficiencies.

• Planning concrete dam rehabilitation, structural crack treatment, joint repairs, reinforcement upgrades, foundation drainage improvements, and strengthening of vulnerable structural elements.

• Assessing spillway rehabilitation, discharge capacity improvements, energy dissipation measures, outlet works refurbishment, gate replacement, and emergency drawdown capabilities.

• Coordinating design development, independent technical reviews, constructability assessments, temporary works design, engineering interfaces, and compliance with applicable dam safety guidance.

Module 4: Construction Methodology, Reservoir Operations, and Temporary Works

• Developing construction methodologies for grouting, excavation, embankment modifications, concrete repairs, drainage installations, spillway improvements, and structural strengthening.

• Planning cofferdams, temporary diversion channels, dewatering systems, access platforms, construction-stage protection, and temporary support arrangements for hydraulic structures.

• Coordinating reservoir level restrictions, planned drawdown, inflow management, downstream release requirements, flood preparedness, and operational constraints during construction.

• Evaluating construction-stage stability, temporary hydraulic loading, equipment access, material handling, work sequencing, and emergency contingencies for unexpected site conditions.

Module 5: Project Scheduling, Resource Planning, and Cost Management

• Preparing work breakdown structures, integrated project schedules, critical path analyses, procurement milestones, construction sequences, and commissioning programmes for dam upgrades.

• Developing resource plans for engineering specialists, construction crews, heavy equipment, grouting teams, concrete works, instrumentation specialists, and independent inspection services.

• Preparing cost estimates, project budgets, cash flow forecasts, contingency allowances, risk-adjusted cost models, and financial reporting arrangements for complex rehabilitation projects.

• Managing schedule deviations, cost variances, procurement delays, weather disruptions, contractor performance, change requests, and recovery measures to protect approved delivery objectives.

Module 6: Dam Safety Risk Management and Emergency Preparedness

• Identifying construction-stage risks associated with flooding, overtopping, seepage changes, excavation instability, foundation exposure, equipment failure, and temporary loss of safety functions.

• Developing project risk registers, risk assessment methods, mitigation plans, monitoring triggers, escalation procedures, and defined responsibilities for emerging dam safety concerns.

• Integrating emergency action plans, construction emergency procedures, flood warning arrangements, communication protocols, and coordination with downstream authorities and affected communities.

• Establishing decision-making and reporting arrangements for abnormal monitoring results, unexpected seepage, deformation, rapid reservoir changes, and other conditions requiring immediate engineering review.

Module 7: Quality Assurance, Environmental Management, and Regulatory Compliance

• Developing quality management plans, inspection and test plans, material acceptance criteria, documentation requirements, and verification procedures for specialist dam rehabilitation works.

• Monitoring earthwork compaction, concrete strength, grout performance, structural repairs, drainage functionality, instrumentation installation, and compliance with approved technical specifications.

• Managing environmental risks involving sediment release, water quality, aquatic ecosystems, erosion, construction waste, downstream flow requirements, and disturbance of sensitive habitats.

• Coordinating permits, regulatory submissions, safety reviews, independent technical assessments, construction inspections, environmental monitoring, and documented compliance obligations.

Module 8: Procurement, Contract Administration, and Stakeholder Coordination

• Developing procurement packages for specialist engineering services, grouting works, concrete repairs, spillway upgrades, instrumentation systems, heavy equipment, and construction materials.

• Evaluating contractor qualifications, technical proposals, construction methodologies, safety performance, quality systems, resource capacity, and experience with comparable dam projects.

• Managing contracts, variations, payment certification, claims, extensions of time, technical changes, unforeseen conditions, and commercial risk allocation during project execution.

• Coordinating dam owners, operators, designers, contractors, regulators, hydropower stakeholders, water users, environmental authorities, and downstream communities through structured engagement.

Module 9: Project Controls, Instrumentation, and Digital Dam Management

• Establishing integrated project dashboards, progress reporting, cost and schedule forecasts, risk reviews, quality indicators, and performance monitoring for dam safety upgrades.

• Planning instrumentation installation, calibration, baseline readings, monitoring continuity, data verification, and integration with existing dam surveillance systems.

• Exploring remote sensing, automated monitoring, geospatial surveys, digital twins, data analytics, and predictive maintenance techniques for improved dam performance oversight.

• Applying change control, technical decision logs, issue escalation, lessons learned, management reporting, and evidence-based corrective action to improve project delivery.

Module 10: Commissioning, Handover, and Long-Term Dam Safety Assurance

• Planning final inspections, structural verification, hydraulic testing, instrumentation checks, drainage assessments, and confirmation that completed works satisfy approved acceptance criteria.

• Coordinating staged reservoir refilling where applicable, operational restrictions, monitoring requirements, emergency readiness, and formal authorisation of upgraded infrastructure.

• Preparing as-built drawings, construction records, material test results, instrumentation documentation, revised operating procedures, maintenance plans, and final handover dossiers.

• Integrating residual risk assessments, updated dam safety reviews, surveillance schedules, climate-informed hydrological assessments, lifecycle maintenance, and lessons learned into long-term asset management.

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.