Factos essenciais
- Datas
- 1–5 mar. 2027 (5 dias)
- Local
- Nadi, Fiji
- Preço por participante
- £3.750 (GBP)
- Pagamento
- Por fatura e transferência bancária
- Encerramento das inscrições
- 30 jan. 2027
- Certificado
- Certificado de conclusão
- Opção interna
- Realize-o para a sua equipa, nas datas que preferir
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Visão geral do programa
Rural feeder road networks across Pacific island nations face severe operational challenges due to high-intensity rainfall, steep catchments, and vulnerable subgrades. This five-day professional course in Nadi equips transport practitioners with engineering principles to design, construct, and rehabilitate durable unpaved roads. Participants examine practical approaches to road geometry, local material selection, subgrade stabilisation, and climate-informed water crossing structures, ensuring rural communities retain reliable market and social access even during cyclical wet weather patterns.
The curriculum places significant emphasis on climate-resilient culvert and small crossing design, bridging hydrological analysis with structural site implementation. Attendees will work through peak flow calculations, hydraulic sizing methods, outlet protection, and sediment management techniques adapted to tropical high-runoff conditions. Through systematic design frameworks, the course addresses common failure mechanisms including pipe overtopping, embankment scour, debris blockages, and foundation undermining, prioritising robust engineering interventions that align with international multilateral donor technical guidelines.
Beyond drainage infrastructure, the programme incorporates low-cost slope stabilisation and sustainable asset preservation frameworks tailored to remote island contexts. Participants review nature-based bioengineering applications for cut-and-fill slopes, alongside pragmatic maintenance delivery models such as community-based contracting. Delivered through interactive lectures, design exercises, and real-world project studies, this course enables public sector professionals to plan, specify, and supervise rural access projects that provide sustained physical resilience against changing climatic realities.
Critical access infrastructure projects in Pacific Island environments, such as works delivered under the Second Solomon Islands Roads and Aviation Project, require upgraded engineering solutions to counter intensifying tropical storms and coastal-inland flooding. Traditional gravel road standards frequently suffer premature failure, isolating rural populations and straining national maintenance budgets. Transport ministries and donor-financed project teams must immediately modernise rural road drainage sizing, culvert resilience, and slope protection to safeguard donor capital investments and guarantee year-round transport connectivity.
Delivered by Risalat Consultants International in Nadi, Fiji, it combines expert-led sessions, real cases and group work, so that participants can apply what they learn in their own institution.
The Programme Strengthens Institutional Capability
- Alignment selection, terrain classification, and geometric design standards for low-volume rural feeder roads
- Geotechnical properties of tropical subgrades, soaked CBR assessment, and moisture-sensitivity challenges
- Gravel wearing course specification, material selection, mechanical stabilisation, and blending techniques
- Crown profiles, crossfall discipline, and table drain geometric design to prevent surface water ponding
- Practical exercise: Pavement thickness design for variable subgrade strengths using standard low-volume manuals
- Hydrological principles: Catchment delineation, time of concentration, and rainfall intensity-frequency-duration relationships
- Runoff estimation methodologies using the Rational Method and empirical models for ungauged tropical basins
- Climate change adaptation adjustments: Applying safety factors and rainfall intensity uplift allowances
- Avaliação de riscos climáticos e ambientais
- Planeamento da adaptação e da mitigação
- Estratégias setoriais para a energia, a água e o solo
- Conceção de projetos para objetivos climáticos e ambientais
It is designed for ministry of Infrastructure Development road design and civil engineers, provincial transport officers and regional public works directors, public works site supervisors, inspectors, and resident engineers and others who want practical, current skills in climate, environment and natural resources.
The Growing Importance of Rural Feeder Road Engineering & Climate-Resilient Culvert Design in Nadi
As alterações climáticas, a pressão ambiental e a gestão de recursos moldam hoje os planos nacionais, os orçamentos e as decisões de investimento. Os financiadores esperam cada vez mais que as considerações climáticas e ambientais sejam integradas nos projetos desde o início.
As instituições capazes de planear em função dos riscos climáticos, gerir bem os recursos naturais e preparar propostas sólidas estão em melhor posição para proteger os serviços e aceder ao financiamento disponível para este trabalho.
As organizações precisam cada vez mais de profissionais capazes de:
- Avaliar os riscos climáticos e ambientais para os seus serviços e ativos
- Conceber projetos que cumpram objetivos climáticos e ambientais
- Preparar propostas que os financiadores possam aprovar
- Medir e comunicar resultados de forma credível
- Trabalhar com comunidades e parceiros de vários setores
Sistemas sólidos de clima, ambiente e recursos naturais ajudam as organizações a:
- Proteger serviços e infraestruturas contra os riscos climáticos
- Aceder a financiamento climático e ambiental
- Cumprir compromissos nacionais e internacionais
- Utilizar os recursos naturais de forma sustentável
This Rural Feeder Road Engineering & Climate-Resilient Culvert Design in Nadi programme brings these elements together in a practical format, so that participants understand not only what good practice looks like but also how to introduce it in their own setting, with the people and resources they have.
Who Should Attend This Rural Feeder Road Engineering & Climate-Resilient Culvert Design in Nadi Training?
Este programa destina-se a:
- Ministry of Infrastructure Development road design and civil engineers
- Provincial transport officers and regional public works directors
- Public works site supervisors, inspectors, and resident engineers
- Project Implementation Unit engineering specialists on donor-funded projects
- Transport planning officers and rural infrastructure coordinators
- Drainage and catchment civil engineers working on unpaved road networks
- Consulting civil engineers preparing feasibility studies and detailed designs
- Contract management specialists supervising rural feeder road civil works
- Asset managers responsible for provincial road network inventories
- Técnicos de alterações climáticas e ambiente
- Pessoal dos setores da energia, da água e da agricultura
- Técnicos de planeamento e de políticas
O programa adequa-se tanto a profissionais experientes como a quem está a assumir novas responsabilidades. Incentivamos grupos que juntem instituições e países diferentes, pois os participantes aprendem muito com a experiência uns dos outros.
Assinale o que a sua equipa precisa de ser capaz de fazer.
Rural Feeder Road Engineering & Climate-Resilient Culvert Design in Nadi Training Objectives
Upon successful completion of this Rural Feeder Road Engineering & Climate-Resilient Culvert Design in Nadi Training, participants will be able to:
- Determine catchment peak runoff rates using the Rational Method and regional hydrological assessment techniques
- Design hydraulic dimensions and invert configurations for pipe and box culverts under high-flow tropical conditions
- Select and stabilise local gravels, quarry by-products, and subgrade soils for unsealed rural road pavements
- Apply bioengineering and low-cost structural interventions for roadside cut-and-fill slope protection
- Formulate scour protection measures, debris deflectors, and energy dissipators for culvert inlets and outlets
- Draft community-based routine maintenance contracts and technical performance inspection frameworks
- Prepare comprehensive engineering specifications and bid documentation aligned with multilateral development bank standards
- Explicar os principais desafios climáticos e ambientais do seu setor
- Avaliar os riscos climáticos e ambientais para serviços e ativos
- Planear medidas de adaptação e mitigação
Cada objetivo é praticado durante o programa através de exercícios, casos ou trabalho de grupo, para que os participantes saiam capazes de o pôr em prática, e não apenas de o descrever.
Conteúdo e estrutura do programa
- Alignment selection, terrain classification, and geometric design standards for low-volume rural feeder roads.
- Geotechnical properties of tropical subgrades, soaked CBR assessment, and moisture-sensitivity challenges.
- Gravel wearing course specification, material selection, mechanical stabilisation, and blending techniques.
- Crown profiles, crossfall discipline, and table drain geometric design to prevent surface water ponding.
- Practical exercise: Pavement thickness design for variable subgrade strengths using standard low-volume manuals.
- Hydrological principles: Catchment delineation, time of concentration, and rainfall intensity-frequency-duration relationships.
- Runoff estimation methodologies using the Rational Method and empirical models for ungauged tropical basins.
- Climate change adaptation adjustments: Applying safety factors and rainfall intensity uplift allowances.
- Assessing debris flow risks, catchment land use changes, and upstream sediment transport realities.
- Practical exercise: Catchment runoff estimation for a selected rural crossing using topographical maps.
- Hydraulic sizing and flow capacity analysis of single-barrel and multi-barrel pipe and box culverts.
- Low-level crossing alternatives: Vented fords, concrete drift designs, and submersible causeways.
- Inlet and outlet hydraulics: Headwall, wingwall, apron design, and preventing piping failures.
- Scour estimation and energy dissipation design: Riprap sizing, gabion mattresses, and downstream stilling basins.
- Practical exercise: Culvert sizing and headwater elevation calculation under extreme storm flood scenarios.
- Slope failure mechanisms in high-rainfall tropical corridors: Slumps, translational slides, and erosion gully formation.
- Bioengineering techniques: Vetiver grass hedges, brush layering, live fascines, and local vegetation applications.
- Combined green-grey engineering: Retaining structures, dry stone masonry, and gabion wall detailing.
- Surface water interception: Cut-off drains, lined catch-water drains, and cascade chute design down steep faces.
- Site inspection checklist: Identifying active slope instability and prioritising preventative remedial actions.
- Routine and periodic maintenance regimes for unpaved roads, culverts, and roadside drainage corridors.
- Designing community-based maintenance contracts: Length-person systems, performance criteria, and verification.
- Quality assurance and civil supervision: Compaction verification, concrete testing, and culvert bedding compliance.
- Procurement and technical specifications for civil works under multilateral development bank guidelines.
- Group capstone presentations: Delivering a fully costed, climate-resilient road rehabilitation and culvert design.
Conteúdo completo, dia a dia
O programa decorre ao longo de 5 dias. Cada dia combina contributos de especialistas, trabalho prático e um workshop ou estudo de caso final:
- First Day: Day 1: Rural Feeder Road Geometry, Soils, and Unpaved Pavements
- Second Day: Day 2: Tropical Hydrology and Catchment Analysis for Road Crossings
- Third Day: Day 3: Climate-Resilient Culvert and Low-Level Crossing Design
- Fourth Day: Day 4: Slope Protection, Bioengineering, and Environmental Controls
- Fifth Day: Day 5: Asset Preservation, Community Maintenance Contracting, and Works Supervision
Conteúdo completo, dia a dia
First Day | Day 1: Rural Feeder Road Geometry, Soils, and Unpaved Pavements
- Alignment selection, terrain classification, and geometric design standards for low-volume rural feeder roads.
- Geotechnical properties of tropical subgrades, soaked CBR assessment, and moisture-sensitivity challenges.
- Gravel wearing course specification, material selection, mechanical stabilisation, and blending techniques.
- Crown profiles, crossfall discipline, and table drain geometric design to prevent surface water ponding.
- Practical exercise: Pavement thickness design for variable subgrade strengths using standard low-volume manuals.
Workshop: Day 1: Rural Feeder Road Geometry, Soils, and Unpaved Pavements: Applying It to Your Institution
Em pequenos grupos, os participantes aplicam os métodos do dia a exemplos das suas próprias instituições e acordam os próximos passos práticos.
Second Day | Day 2: Tropical Hydrology and Catchment Analysis for Road Crossings
- Hydrological principles: Catchment delineation, time of concentration, and rainfall intensity-frequency-duration relationships.
- Runoff estimation methodologies using the Rational Method and empirical models for ungauged tropical basins.
- Climate change adaptation adjustments: Applying safety factors and rainfall intensity uplift allowances.
- Assessing debris flow risks, catchment land use changes, and upstream sediment transport realities.
- Practical exercise: Catchment runoff estimation for a selected rural crossing using topographical maps.
Workshop: Day 2: Tropical Hydrology and Catchment Analysis for Road Crossings: Applying It to Your Institution
Em pequenos grupos, os participantes aplicam os métodos do dia a exemplos das suas próprias instituições e acordam os próximos passos práticos.
Third Day | Day 3: Climate-Resilient Culvert and Low-Level Crossing Design
- Hydraulic sizing and flow capacity analysis of single-barrel and multi-barrel pipe and box culverts.
- Low-level crossing alternatives: Vented fords, concrete drift designs, and submersible causeways.
- Inlet and outlet hydraulics: Headwall, wingwall, apron design, and preventing piping failures.
- Scour estimation and energy dissipation design: Riprap sizing, gabion mattresses, and downstream stilling basins.
- Practical exercise: Culvert sizing and headwater elevation calculation under extreme storm flood scenarios.
Case Study: Day 3: Climate-Resilient Culvert and Low-Level Crossing Design in Practice
Os participantes analisam um caso realista, comparam as escolhas feitas com as boas práticas e retiram lições que podem aplicar no seu próprio contexto.
Fourth Day | Day 4: Slope Protection, Bioengineering, and Environmental Controls
- Slope failure mechanisms in high-rainfall tropical corridors: Slumps, translational slides, and erosion gully formation.
- Bioengineering techniques: Vetiver grass hedges, brush layering, live fascines, and local vegetation applications.
- Combined green-grey engineering: Retaining structures, dry stone masonry, and gabion wall detailing.
- Surface water interception: Cut-off drains, lined catch-water drains, and cascade chute design down steep faces.
- Site inspection checklist: Identifying active slope instability and prioritising preventative remedial actions.
Workshop: Day 4: Slope Protection, Bioengineering, and Environmental Controls: Applying It to Your Institution
Em pequenos grupos, os participantes aplicam os métodos do dia a exemplos das suas próprias instituições e acordam os próximos passos práticos.
Fifth Day | Day 5: Asset Preservation, Community Maintenance Contracting, and Works Supervision
- Routine and periodic maintenance regimes for unpaved roads, culverts, and roadside drainage corridors.
- Designing community-based maintenance contracts: Length-person systems, performance criteria, and verification.
- Quality assurance and civil supervision: Compaction verification, concrete testing, and culvert bedding compliance.
- Procurement and technical specifications for civil works under multilateral development bank guidelines.
- Group capstone presentations: Delivering a fully costed, climate-resilient road rehabilitation and culvert design.
Capstone Exercise: Rural Feeder Road Engineering & Climate-Resilient Culvert Design in Nadi Action Plan for Your Institution
Os participantes sintetizam a semana num plano de ação para a sua instituição, com prioridades, responsáveis e primeiros passos, e apresentam-no para receber comentários dos colegas e dos formadores.
- Fundos
- Entidade
- Projeto
- Resultados
- MRV
Rural Feeder Road Engineering & Climate-Resilient Culvert Design in Nadi Training Methodology
The training methodology combines technical classroom presentations with intensive practical engineering design workshops. Participants work through real Pacific road and drainage engineering case problems using standard calculation sheets, topographical plans, and hydrological datasets. Peer review sessions, interactive design clinics, and daily capstone exercises allow participants to apply concepts immediately to real infrastructure scenarios, culminating in an integrated culvert and drainage design presentation.
O programa combina:
- Sessões conduzidas por especialistas sobre as práticas atuais
- Estudos de caso regionais e internacionais
- Trabalho de grupo e exercícios práticos
- Simulações e dramatizações, quando relevante
- Discussão dos desafios dos próprios participantes
- Aprendizagem entre pares de várias instituições e países
- Ferramentas e modelos práticos para levar para o trabalho
- Reflexão diária e planeamento de ações
Antes do programa, uma breve avaliação prévia ajuda os formadores a compreender a função e as prioridades de cada participante, para que os exemplos e exercícios possam ser ajustados ao grupo. Cada dia termina com uma breve reflexão em que os participantes registam o que vão aplicar no trabalho.
Resultados esperados
Upon completion of this Rural Feeder Road Engineering & Climate-Resilient Culvert Design in Nadi Training, participants will be able to:
- Capability to calculate design discharges accurately for small ungauged rural tropical catchments
- Proficiency in sizing box and pipe culverts while integrating robust inlet, outlet, and scour countermeasures
- Technical competence to select, blend, and supervise the placement of gravel surfacing materials
- Skill to specify and deploy nature-based bioengineering techniques for vulnerable roadside cut-and-fill slopes
- Ability to structure and monitor performance-based community maintenance contracts for remote road networks
- Enhanced readiness to oversee civil works construction to ensure compliance with donor procurement standards
- Avaliar riscos climáticos e ambientais
- Planear medidas de adaptação e mitigação
Os participantes saem com um plano de ação pessoal e ferramentas práticas que podem utilizar na sua instituição logo na primeira semana após o regresso. As instituições que enviam vários participantes podem aproveitar o programa para acordar métodos e modelos comuns entre equipas, o que torna as melhorias mais fáceis de manter.
£3.750 por participante · fatura e transferência bancária · grupos de 5 ou mais pessoas beneficiam de desconto
Cinco ou mais participantes da mesma organização: peça a tarifa de grupo no pedido de fatura.
Dez ou mais participantes: uma versão interna para a sua instituição pode custar menos por pessoa. Peça um orçamento para formação interna.
As inscrições encerram dentro de 79 dias (30 jan. 2027)
Institutional Application of Rural Feeder Road Engineering & Climate-Resilient Culvert Design in Nadi Training
Este programa ajuda as organizações a reforçar:
- Planeamento climático e ambiental
- Conceção de projetos
- Acesso a financiamento
- Medição de resultados
- Participação das partes interessadas
Os participantes regressam com ferramentas práticas para melhorar:
- Avaliações de risco
- Notas de conceito
- Quadros de resultados
- Sistemas de monitorização
- Modalidades de parceria
O programa foi construído para que a aprendizagem passe da sala de formação para a instituição. Sempre que possível, os participantes trabalham sobre os seus próprios processos e documentos e saem com um plano de ação que as chefias podem analisar e apoiar.
Relevância regional e aplicação
Europa
As instituições europeias tratam o clima, o ambiente e os recursos naturais no âmbito de quadros regulamentares e agendas de reforma pormenorizados. Os participantes europeus podem comparar a sua prática com colegas de outras regiões e testar o funcionamento de métodos consolidados em condições diferentes.
África
Em toda a África, os ministérios, organismos e equipas de projeto que trabalham em clima, ambiente e recursos naturais atuam cada vez mais em paralelo com programas financiados por doadores que exigem sistemas claros e evidência. O programa ajuda os participantes a adaptar as boas práticas às instituições e aos recursos com que trabalham.
Médio Oriente
No Médio Oriente, as estratégias nacionais de desenvolvimento e os planos de diversificação colocam exigências crescentes em matéria de clima, ambiente e recursos naturais. Os participantes exploram como criar, dentro dos organismos públicos e das empresas, a capacidade de que estes planos precisam.
Ásia
As instituições da Ásia aliam um crescimento rápido a programas de modernização ambiciosos. Os participantes asiáticos podem partilhar a sua experiência de expansão rápida de sistemas e aprender com abordagens utilizadas noutros contextos.
Pacífico
Os pequenos Estados insulares e do Pacífico enfrentam limitações específicas de dimensão, distância e capacidade. O programa destaca abordagens práticas e proporcionadas ao clima, ao ambiente e aos recursos naturais adequadas a instituições de menor dimensão.
Holding the programme in Nadi, Fiji brings participants together away from their daily pressures, so they can compare how climate, environment and natural resources is handled in different settings. The same programme can also be delivered in-house for one institution, in its own country or online, with cases taken from its current work.
Host Country Profile – Fiji
Programmes in Nadi suit professionals, government officials and project teams focused on climate resilience, public sector administration, regional logistics, and environmental protection.
Estudar fora do seu país dá aos participantes tempo para se concentrarem, um olhar novo sobre a sua própria instituição e a oportunidade de criar uma rede com colegas de outros países.
Rural Feeder Road Engineering & Climate-Resilient Culvert Design in Nadi Training Deliverables
Os participantes recebem apoio antes, durante e depois do programa, para que a preparação, a aprendizagem e o acompanhamento formem uma experiência contínua.
Antes do programa
- Avaliação prévia dos participantes
- Rural Feeder Road Engineering & Climate-Resilient Culvert Design in Nadi Readiness Assessment
- Rural Feeder Road Engineering & Climate-Resilient Culvert Design in Nadi Resource Pack
- Materiais de leitura preparatória
- Apoio e aconselhamento gratuitos em matéria de vistos
Durante o programa
- Recolha no aeroporto e apoio de boas-vindas
- Alojamento com pequeno-almoço
- Jantar de boas-vindas e networking
- Kit de formação Risalat (saco, garrafa, caneca, t-shirt, boné, capa de passaporte, canetas, bloco de notas, íman e porta-chaves)
- Comprehensive Rural Feeder Road Engineering & Climate-Resilient Culvert Design in Nadi Training Manual
- Lista de verificação de triagem de riscos climáticos
- Modelo de avaliação de opções
- Modelo de nota de conceito
- Modelo de medição de resultados
- Workshops práticos e simulações
- Discussões de grupo e aprendizagem entre pares
- Almoço e pausas para café diários
- Acesso total às instalações do local de formação
- Mini tablet com materiais de aprendizagem digitais
- Visita de campo (quando aplicável)
- Passeio recreativo pela cidade
Depois do programa
- Certificado de Conclusão
- Prémio Risalat de Reconhecimento da Participação no Programa
- Materiais de referência pós-formação
- Lista de verificação de preparação para o financiamento
- Modelo de monitorização e relato
- Apoio pós-formação e orientação de acompanhamento
- Relatório do programa
As instituições podem também solicitar uma versão interna e adaptada deste programa, realizada nas suas instalações ou online. Pedir uma proposta.
Common Challenges in Rural Feeder Road Engineering & Climate-Resilient Culvert Design in Nadi, And How This Training Helps
Como podem as instituições avaliar os riscos climáticos e ambientais para os seus serviços e ativos?
The programme addresses this directly on the first day (Day 1: Rural Feeder Road Geometry, Soils, and Unpaved Pavements), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.
Como podem as instituições conceber projetos que cumpram objetivos climáticos e ambientais?
The programme addresses this directly on the second day (Day 2: Tropical Hydrology and Catchment Analysis for Road Crossings), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.
Como podem as instituições preparar propostas que os financiadores possam aprovar?
The programme addresses this directly on the third day (Day 3: Climate-Resilient Culvert and Low-Level Crossing Design), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.
Como podem as instituições medir e comunicar resultados de forma credível?
The programme addresses this directly on the fourth day (Day 4: Slope Protection, Bioengineering, and Environmental Controls), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.
Como podem as instituições trabalhar com comunidades e parceiros de vários setores?
The programme addresses this directly on the fifth day (Day 5: Asset Preservation, Community Maintenance Contracting, and Works Supervision), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.
Perguntas frequentes
When and where does the Rural Feeder Road Engineering & Climate-Resilient Culvert Design in Nadi programme take place?
It runs from 1 Mar 2027 to 5 Mar 2027, in Nadi, Fiji. The registration deadline is shown at the top of this page.
Quem deve participar?
The programme is designed for ministry of Infrastructure Development road design and civil engineers, provincial transport officers and regional public works directors, public works site supervisors, inspectors, and resident engineers, project Implementation Unit engineering specialists on donor-funded projects, and others who want practical skills in climate, environment and natural resources.
Vou receber um certificado?
Sim. Os participantes que concluírem o programa recebem um Certificado de Conclusão da Risalat Consultants International.
Este programa pode ser realizado apenas para a nossa instituição?
Sim. Podemos realizar uma versão interna adaptada nas suas instalações, noutra cidade ou online, construída em torno dos seus próprios casos. Utilize o pedido de proposta nesta página.
Preciso de experiência prévia em clima, ambiente e recursos naturais?
Não é necessária formação especializada além de experiência numa função relacionada. Uma breve avaliação prévia ajuda os formadores a adaptar as sessões ao grupo.
Who Will Deliver This Programme
Each date is delivered by a team assigned from Risalat's expert network for this subject. For this programme we assign:
How we choose them: Experience in the region of the participants or comparable settings; Command of the financier rules that apply (World Bank, ADB, AfDB, EU, UN) where relevant; Delivery in English; other languages on request for in-house groups; No conflict of interest with participants' institutions.
Names and short CVs of the assigned experts are shared with registered participants and sponsoring organisations before the programme, on request. Are you an expert in this subject? Join our expert network.
Training courses in NadiInfrastructure, Planning, and Development training courses
Why Nadi for this programme
Nadi serves as the primary international transport hub for Fiji, offering straightforward flight connections across the Pacific region. Visiting delegations can examine transport infrastructure, regional aviation services, and local municipal operations. The area also provides exposure to coastal environmental management projects and sustainable tourism operations in surrounding districts.
The Rural Feeder Road Engineering & Climate-Resilient Culvert Design in Nadi programme in March 2027 brings together officials and professionals from across the Oceania and the Pacific region and beyond. Sessions combine short inputs, case studies and group work on participants' own files, and the city's institutions can be added as a study visit on request.
Getting there: Nadi International Airport (NAN).
Verifique se precisa de visto com o Verificador de Vistos gratuito e peça uma carta-convite depois de se inscrever.
O mesmo tema noutras cidades
- Commercial Agri-Corridor Road Upgrading and Maintenance Contracts in Dakar (Dakar)
- Agri-Enterprise Enterprise Subprojects & Rural Logistics Design in Bangkok (Bangkok)
- Rural Road Drainage and Climate Proofing in Fragile Zones in Dakar (Dakar)
- Rural Agricultural Corridor Road Maintenance and Feeder Logistics in Dakar (Dakar)
- Productive Public Works and Rural Household Asset Creation in Accra (Accra)
- Rural Feeder Road Engineering and All-Weather Asset Maintenance in Nairobi (Nairobi)
Other programmes in Nadi
- Marine Spatial Planning and Inshore Coastal Fisheries Co-Management in Nadi
- Safe School Retrofitting and Resilient Educational Infrastructure in Nadi
- Health Facility Upgrading and Medical Waste System Compliance in Nadi
- Agribusiness Incubator Design and Smallholder Market Linkages in Nadi
- Emergency Bridge and Road Re-Opening Operations in Island States in Nadi
Relacionado: Programas de financiamento climático e energia · Preparação de Propostas de Financiamento Climático gratuita · todos os programas
For teams and institutions
Bring your team
Teams that learn together apply more at work. Tell us how many people and how you would like to take part: we reply with a group quote within two working days.
Other dates and cities for this subject: Climate Resilience and Adaptation training courses (97 upcoming dates).
Mais cursos de formação nas Fiji · Todos os programas no Pacífico · Calendário de formação completo
Plan this programme in a roadmap: why it matters, why to approve it, the dates to plan and the career it builds.
