Refugee Settlement Infrastructure Development and Service Coordination Intensive Course

Course Introduction

Refugee settlement infrastructure development requires an integrated approach to spatial planning, essential service provision, engineering design, environmental management, protection, and humanitarian coordination. Establishing or expanding a settlement involves more than constructing shelters and public facilities; it requires creating a safe, accessible, resilient, and functional environment where displaced populations can access water, sanitation, healthcare, education, energy, transport, livelihoods, and other essential services. The Refugee Settlement Infrastructure Development and Service Coordination Intensive Course provides practical methodologies for planning, developing, coordinating, and maintaining settlement infrastructure while aligning humanitarian priorities with national development objectives, community needs, and long-term sustainability.

Refugee settlements operate within complex environments shaped by population movements, uncertain funding, land availability, host-community relationships, environmental pressures, security considerations, and changing humanitarian needs. Infrastructure decisions must respond to immediate life-saving requirements while anticipating settlement growth, service demand, demographic changes, and potential transitions toward longer-term inclusion or durable solutions. Participants will examine settlement planning principles, population projections, site suitability, infrastructure capacity, land-use allocation, service accessibility, and phased development strategies. The course emphasizes evidence-based planning that balances speed of delivery with safety, environmental responsibility, social inclusion, operational feasibility, and the efficient use of limited resources.

Effective settlement infrastructure development depends on coordination across multiple technical sectors and institutional actors. Water supply systems must align with sanitation networks, drainage, public health measures, and environmental protection, while roads and access routes must support emergency response, construction logistics, waste collection, and access to essential services. Schools, health facilities, markets, administrative centres, community spaces, and energy systems must be located and sized according to settlement demographics, service standards, accessibility requirements, and projected demand. Participants will learn how to coordinate these interdependencies through integrated master planning, infrastructure design reviews, service mapping, technical interface management, and joint implementation schedules that reduce duplication and prevent service gaps.

Infrastructure delivery in refugee settlements also requires careful management of land, natural resources, environmental impacts, and relationships with host communities. Poorly planned development can contribute to water scarcity, deforestation, soil erosion, flooding, waste accumulation, congestion, public health risks, and competition over local resources. The course explores environmental and social assessment, climate and disaster risk analysis, inclusive consultation, land-use coordination, resource-efficient infrastructure, and practical mechanisms for resolving implementation conflicts. Participants will also examine how settlement infrastructure can support the surrounding host population through shared facilities, strengthened local service systems, improved access routes, and coordinated investments that promote social cohesion and reduce pressure on existing public infrastructure.

Humanitarian infrastructure programmes must maintain accountability, quality, transparency, and operational reliability despite constrained budgets and challenging field conditions. Participants will explore project governance, infrastructure prioritization, procurement coordination, contractor supervision, cost control, construction quality assurance, maintenance planning, and performance monitoring. Particular attention will be given to coordination between humanitarian agencies, government ministries, local authorities, implementing partners, engineering teams, service providers, contractors, donors, and refugee representatives. The course also examines digital mapping, geospatial information systems, remote monitoring, infrastructure asset registers, climate-resilient design, and responsible artificial intelligence applications that can strengthen planning, identify service gaps, and support timely operational decisions.

By completing the Refugee Settlement Infrastructure Development and Service Coordination Intensive Course, participants will strengthen their ability to manage settlement infrastructure programmes from needs assessment and site planning through design, construction, commissioning, service coordination, and long-term maintenance. They will gain practical skills in infrastructure prioritization, technical coordination, settlement layout development, essential service planning, stakeholder engagement, environmental management, risk control, monitoring, and operational handover. Through case studies, planning exercises, infrastructure coordination simulations, and field-oriented scenarios, participants will develop integrated approaches that improve service access, protect vulnerable populations, strengthen host-community relationships, and support safe, dignified, resilient, and sustainable settlement environments.

Duration

10 days

Who Should Attend

• Refugee settlement managers responsible for coordinating settlement development, essential services, infrastructure delivery, and day-to-day site operations.

• Humanitarian programme managers overseeing infrastructure investments, settlement expansion, basic services, and multisectoral response programmes.

• Infrastructure engineers and technical specialists involved in designing, constructing, rehabilitating, and maintaining settlement facilities and public infrastructure.

• Urban planners, settlement planners, architects, and spatial development professionals responsible for land-use planning, settlement layouts, accessibility, and infrastructure zoning.

• Water, sanitation, and hygiene specialists coordinating water supply, sanitation facilities, drainage, hygiene infrastructure, and public health interventions.

• Shelter and site planning professionals responsible for shelter layouts, communal facilities, site preparation, access routes, and settlement expansion.

• Logistics and supply chain professionals coordinating construction materials, equipment, transport, warehousing, contractor access, and infrastructure delivery schedules.

• Government officials working in refugee affairs, local administration, public works, housing, water, health, education, environment, and disaster management.

• United Nations agency personnel and humanitarian coordination officers supporting refugee settlements, camp infrastructure, multisectoral planning, and interagency collaboration.

• NGO and implementing-partner professionals managing settlement infrastructure projects, community facilities, service delivery, and humanitarian development programmes.

• Environmental and social specialists responsible for impact assessment, natural resource management, climate resilience, environmental safeguards, and community consultation.

• Monitoring, evaluation, accountability, and learning professionals tracking infrastructure outputs, service coverage, quality, accessibility, and settlement outcomes.

• Procurement, contract management, and construction supervision professionals supporting infrastructure tenders, contractor performance, quality assurance, and cost control.

• Protection, gender, disability inclusion, and community engagement specialists integrating safety, accessibility, participation, and safeguarding into settlement infrastructure.

• Donor representatives, development partners, consultants, and technical advisers involved in infrastructure planning, investment prioritization, settlement coordination, and sustainable service development.

Course Objectives

• Develop a comprehensive understanding of refugee settlement infrastructure planning, including humanitarian standards, spatial organization, institutional responsibilities, service delivery requirements, and sustainable development principles.

• Apply practical methods for assessing settlement infrastructure needs, mapping existing services, estimating population growth, identifying critical gaps, and prioritizing investments according to urgency, risk, and community demand.

• Design integrated settlement master plans that coordinate shelter areas, roads, drainage, water supply, sanitation, energy, healthcare, education, waste management, markets, and communal facilities.

• Strengthen the ability to assess settlement sites using topography, hydrology, geology, environmental conditions, land availability, accessibility, climate exposure, and infrastructure connection requirements.

• Coordinate technical interfaces between infrastructure sectors, government institutions, humanitarian agencies, contractors, service providers, and community representatives to improve delivery efficiency and reduce implementation conflicts.

• Develop realistic infrastructure implementation plans integrating engineering design, construction sequencing, procurement, budgets, staffing, material availability, site access, operational readiness, and maintenance responsibilities.

• Apply environmental and social management practices that address natural resource pressures, waste, erosion, flooding, biodiversity, public health, host-community concerns, and the protection of vulnerable populations.

• Improve essential service coordination by assessing demand, establishing service coverage indicators, identifying underserved settlement areas, and aligning infrastructure capacity with population needs and applicable standards.

• Strengthen infrastructure project governance through clear responsibilities, transparent decision-making, contractor supervision, quality assurance, cost control, documentation, and effective coordination mechanisms.

• Apply practical risk management techniques to address funding uncertainty, population influxes, construction delays, supply chain disruptions, extreme weather, land disputes, security constraints, and infrastructure service failures.

• Use geospatial tools, infrastructure asset registers, digital monitoring, performance dashboards, and appropriate data analytics to support settlement planning, service mapping, implementation tracking, and maintenance decisions.

• Develop an integrated settlement infrastructure coordination and sustainability plan that strengthens service reliability, equitable access, community participation, host-community benefits, climate resilience, and long-term operational performance.

Comprehensive Course Outline

Module 1: Foundations of Refugee Settlement Infrastructure Development

• Examine the humanitarian principles, protection considerations, operational objectives, and development approaches that shape infrastructure planning in refugee settlements and displacement-affected areas.

• Understand the responsibilities of host governments, settlement authorities, humanitarian agencies, implementing partners, service providers, donors, contractors, and refugee communities.

• Explore the relationship between emergency settlement establishment, planned settlement development, settlement expansion, service upgrading, and longer-term integration or transition strategies.

• Identify common infrastructure challenges involving rapid population growth, funding constraints, limited land, weak utilities, environmental pressure, fragmented responsibilities, and insufficient maintenance capacity.

Module 2: Settlement Needs Assessment and Infrastructure Prioritization

• Conduct multisectoral needs assessments to identify infrastructure deficiencies, population requirements, service accessibility barriers, public health risks, and critical operational constraints.

• Map existing and proposed facilities, infrastructure networks, vulnerable population concentrations, service catchments, access routes, and underserved settlement zones.

• Establish transparent prioritization criteria based on life safety, humanitarian urgency, population coverage, protection, health impacts, technical feasibility, cost, and environmental consequences.

• Develop infrastructure needs registers and investment priority matrices that distinguish immediate life-saving works from medium-term capacity improvements and long-term settlement development.

Module 3: Site Selection, Suitability Assessment, and Settlement Master Planning

• Assess potential settlement sites using topography, soil conditions, drainage, groundwater, flood exposure, access, land availability, environmental sensitivity, and proximity to existing services.

• Develop settlement master plans that define residential areas, public facilities, commercial spaces, transport corridors, utility zones, community areas, and environmental buffers.

• Coordinate settlement density, road layouts, service corridors, public spaces, emergency access, expansion areas, and infrastructure reserves to accommodate present and projected needs.

• Integrate participatory planning and appropriate consultation with refugee representatives, host communities, local authorities, and technical stakeholders to strengthen acceptance and practical suitability.

Module 4: Population Forecasting and Infrastructure Capacity Planning

• Develop population scenarios incorporating initial arrivals, spontaneous movements, family composition, demographic change, settlement expansion, returns, relocation, and potential new displacement.

• Estimate demand for water, sanitation, shelter, healthcare, education, energy, waste collection, transport, community facilities, and other essential settlement services.

• Assess infrastructure capacity against expected demand, applicable humanitarian guidance, national requirements, seasonal variation, and realistic operational constraints.

• Establish phased capacity expansion plans that identify trigger points, infrastructure bottlenecks, investment thresholds, and the resources required to respond to changing population levels.

Module 5: Shelter, Roads, Drainage, and Site Development

• Plan shelter areas and communal facilities with attention to safe access, land-use efficiency, privacy, ventilation, accessibility, fire separation, and protection-related considerations.

• Coordinate road networks, pedestrian routes, emergency access, transport connections, construction access, and waste collection routes with the wider settlement layout.

• Design site grading, surface drainage, erosion control, stormwater management, and flood mitigation measures appropriate to local terrain, rainfall patterns, and soil conditions.

• Establish construction sequencing and site preparation arrangements covering clearing, earthworks, material storage, temporary access, utilities, environmental controls, and quality inspection.

Module 6: Water Supply, Sanitation, and Public Health Infrastructure

• Assess water sources, production capacity, treatment requirements, storage, distribution networks, pumping needs, water quality monitoring, and the reliability of settlement water supply.

• Coordinate sanitation facilities, wastewater collection, containment systems, treatment arrangements, sludge management, drainage, and safe disposal according to site conditions and public health needs.

• Integrate hygiene facilities, handwashing points, bathing areas, menstrual health requirements, accessible sanitation, and safe facility locations into settlement infrastructure plans.

• Establish service monitoring and contingency procedures for water shortages, contamination, infrastructure breakdowns, sanitation failures, and other incidents that could create public health risks.

Module 7: Healthcare, Education, Energy, and Community Facilities

• Plan health posts, clinics, referral facilities, schools, early childhood facilities, administrative offices, and community centres according to population demand, accessibility, and service delivery arrangements.

• Assess energy requirements for households, healthcare, education, water pumping, communications, lighting, refrigeration, and other essential infrastructure operations.

• Coordinate electricity distribution, solar systems, backup power, public lighting, fuel arrangements, and energy-efficient technologies with safety and maintenance requirements.

• Integrate markets, livelihood spaces, recreational areas, religious facilities, and community services into settlement planning while considering accessibility, social interaction, protection, and host-community needs.

Module 8: Infrastructure Coordination and Technical Interface Management

• Develop cross-sector coordination procedures linking shelter, water, sanitation, drainage, roads, power, communications, healthcare, education, waste management, and protection activities.

• Establish infrastructure interface registers identifying shared corridors, design dependencies, construction sequencing conflicts, utility crossings, access restrictions, and responsibilities for resolution.

• Coordinate technical drawings, design reviews, construction packages, site handovers, service connections, inspection schedules, and commissioning activities across multiple implementing organizations.

• Apply structured coordination meetings, action trackers, interface reviews, decision logs, and escalation procedures to resolve conflicting designs, delayed approvals, and overlapping work programmes.

Module 9: Procurement, Construction Management, and Quality Assurance

• Develop infrastructure procurement plans that align specifications, quantities, budgets, delivery lead times, material availability, contractor capacity, and humanitarian response schedules.

• Apply construction supervision methods covering work inspections, materials testing, workmanship standards, progress measurement, site records, safety controls, and defect management.

• Monitor contractor performance through agreed milestones, resource deployment, productivity, quality indicators, payment documentation, change management, and corrective action plans.

• Establish practical quality assurance and acceptance procedures for infrastructure assets, including testing, commissioning, documentation, defect correction, and verification against approved requirements.

Module 10: Environmental Management, Climate Resilience, and Disaster Risk Reduction

• Identify environmental risks involving water depletion, deforestation, soil erosion, solid waste, wastewater discharge, biodiversity impacts, resource competition, and land degradation.

• Integrate climate and disaster risk assessments covering flooding, drought, extreme temperatures, storms, wildfire exposure, and other location-specific hazards into infrastructure planning and design.

• Apply resource-efficient construction, sustainable material selection, renewable energy, water conservation, erosion control, and responsible waste management practices.

• Develop environmental monitoring and emergency response arrangements that identify emerging impacts, assign corrective actions, and coordinate environmental protection with local authorities and communities.

Module 11: Protection, Accessibility, Gender, and Community Participation

• Integrate protection considerations into the location, design, and operation of sanitation facilities, water points, health services, schools, roads, lighting, and communal spaces.

• Apply inclusive design principles addressing persons with disabilities, older people, children, women, and other groups who may face barriers to infrastructure access.

• Establish consultation mechanisms that enable refugees and host communities to influence settlement priorities, identify service deficiencies, provide feedback, and participate in infrastructure decisions.

• Coordinate safeguarding, community feedback, complaints handling, referral pathways, and conflict-sensitive planning to reduce exclusion, exploitation, harassment, and tensions surrounding shared resources.

Module 12: Host-Community Infrastructure and Local Service Integration

• Assess how settlement development affects surrounding communities, including demand for water, health services, schools, transport, energy, land, livelihoods, and public administration.

• Identify opportunities for shared infrastructure investments that benefit refugees and host populations while respecting national planning, land tenure, service responsibilities, and community priorities.

• Coordinate with local authorities and service providers to align settlement facilities with district or municipal development plans, utility networks, referral systems, and existing public services.

• Develop approaches for managing resource competition, service congestion, community grievances, infrastructure access arrangements, and potential conflicts between settlement and host-community needs.

Module 13: Infrastructure Financing, Budgeting, and Resource Mobilization

• Develop infrastructure budgets covering feasibility studies, design, land preparation, construction, equipment, utilities, supervision, contingency provisions, operations, and maintenance.

• Compare funding requirements across urgent humanitarian works, settlement expansion, infrastructure rehabilitation, service upgrades, and longer-term development investments.

• Apply cost estimation, lifecycle costing, value engineering, expenditure monitoring, and change control techniques to improve resource allocation and manage funding constraints.

• Coordinate investment proposals, donor reporting, funding requests, procurement commitments, and financial forecasts with programme priorities, implementation readiness, and expected service outcomes.

Module 14: Governance, Risk Management, and Interagency Coordination

• Define infrastructure governance arrangements that clarify decision-making authority, technical accountability, procurement responsibilities, service ownership, reporting lines, and escalation pathways.

• Establish risk registers covering land access, design deficiencies, contractor failure, procurement delays, funding gaps, population influxes, security constraints, and environmental or social impacts.

• Develop interagency coordination mechanisms involving government departments, humanitarian clusters or working groups, technical agencies, implementing partners, and infrastructure operators.

• Apply issue resolution, change management, conflict-sensitive decision-making, and documented corrective actions to maintain coordination and protect critical infrastructure delivery milestones.

Module 15: Digital Mapping, Infrastructure Monitoring, and Asset Management

• Use geographic information systems and geospatial data to map settlement boundaries, service locations, access routes, utility networks, population distribution, environmental constraints, and infrastructure gaps.

• Develop infrastructure asset registers recording location, ownership, capacity, condition, commissioning status, maintenance responsibilities, inspection history, and expected service life.

• Establish performance dashboards and monitoring systems tracking construction progress, service coverage, facility functionality, water availability, maintenance issues, budget utilization, and unresolved risks.

• Examine responsible applications of remote sensing, mobile data collection, digital twins, automated alerts, and artificial intelligence while maintaining data quality, privacy, human oversight, and appropriate access controls.

Module 16: Operations, Maintenance, Handover, and Sustainable Settlement Development

• Develop operations and maintenance plans defining service responsibilities, staffing, spare parts, inspection schedules, maintenance budgets, emergency procedures, and performance expectations.

• Establish infrastructure handover processes covering commissioning results, as-built documentation, warranties, operating manuals, asset ownership, defect resolution, and transfer of responsibilities.

• Evaluate infrastructure sustainability through service reliability, operating affordability, environmental performance, accessibility, community satisfaction, maintenance capacity, and alignment with local systems.

• Prepare an integrated settlement infrastructure development and service coordination plan incorporating investment priorities, implementation phases, accountability arrangements, monitoring indicators, and long-term improvement actions.

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.