Points clés
- Dates
- 18–22 janv. 2027 (5 jours)
- Lieu
- Mauritius, Mauritius
- Frais par participant
- 2 750 £ (GBP)
- Paiement
- Sur facture et par virement bancaire
- Clôture des inscriptions
- 19 déc. 2026
- Certificat
- Certificat de participation
- Option intra
- Organisez-le pour votre équipe, à vos dates
Sur cette page 13 sections
Présentation du programme
This intensive five-day programme delivers operational engineering and regulatory skills required to implement cyclone-resilient housing recovery in island environments. Delivered in Mauritius, the course focuses on practical engineering solutions that protect vulnerable communities from extreme wind loads and torrential rainfall. Participants examine the physical dynamics of tropical cyclones, the behaviour of residential structures under severe atmospheric pressures, and the engineering methodologies necessary to prevent catastrophic envelope failures and structural collapses during extreme weather events.
The curriculum addresses the transition from emergency shelter provision to permanent, resilient residential infrastructure. Participants review structural engineering methods for cyclone proofing, detailing roof tie-down standards, continuous load paths, reinforced masonry, and secure foundation anchoring. Emphasis is placed on regional building codes, African and Indian Ocean technical standards, and practical adaptation strategies for non-engineered or semi-engineered self-build housing schemes. The course directly integrates physical reconstruction requirements with institutional building control and municipal compliance systems.
Through technical case studies, structural calculations, and drafting exercises, housing specialists develop technical inspection protocols and quality assurance guidelines tailored to community-based recovery programmes. Participants evaluate procurement constraints, supply chain quality controls for construction materials, and field inspection regimes. By benchmarking against Mauritian structural practices and international standards, attendees build the institutional competence needed to manage large-scale residential recovery initiatives and enforce compliance across dispersed, island-based post-disaster infrastructure projects.
Small island developing states across the South-West Indian Ocean face recurrent devastation from intense tropical cyclones that compromise housing stocks and delay broader economic recovery. Following events such as Cyclone Kenneth, public institutions must translate disaster recovery funding into resilient physical assets that withstand recurring climate shocks. This course directly addresses the technical oversight requirements of resilient housing reconstruction in the Comoros Post-Kenneth Recovery and Resilience Project (US$45m). Housing civil engineers and municipal building control officers must establish robust supervisory frameworks, enforce continuous load path standards, and apply consistent site inspections to ensure that donor-financed housing programmes achieve permanent resilience and safeguard vulnerable populations against future cyclone events.
Delivered by Risalat Consultants International in Mauritius, 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
- Physics of tropical cyclones in the South-West Indian Ocean: wind fields, gust factors, and envelope pressures
- Aerodynamics of low-rise residential structures: wind-structure interactions, suction zones, and roof pitch dynamics
- Common modes of housing structural failure during cyclones: envelope breach, uplift failure, and wall overturn
- Applicable regional codes and international wind loading standards: ASCE 7, Eurocode 1 (EN 1991-1-4), and Indian Ocean equivalents
- Practical screening of building typologies and initial vulnerability assessments for post-disaster settlements
- Principles of the continuous load path: connecting cladding, purlins, rafters, wall plates, walls, and foundations
- Roof structural configurations: hip roofs versus gable roofs under extreme lateral and uplift wind pressures
- Engineering tie-down standards: specifications for hurricane clips, strapping, anchor bolts, and ring beams
- Évaluation des risques climatiques et environnementaux
- Planification de l'adaptation et de l'atténuation
- Stratégies sectorielles pour l'énergie, l'eau et les terres
- Conception de projets pour les objectifs climatiques et environnementaux
It is designed for housing civil engineers managing post-disaster reconstruction programmes, municipal building control officers and planning inspectors, infrastructure project managers in donor-funded recovery units and others who want practical, current skills in climate, environment and natural resources.
- Opération
- Enregistrement
- Contrôle
- Données probantes
- Opinion
The Growing Importance of Cyclone-Resilient Housing Reconstruction and Building Standards in Mauritius
Le changement climatique, les pressions environnementales et la gestion des ressources façonnent désormais les plans nationaux, les budgets et les décisions d'investissement. Les bailleurs attendent de plus en plus que les considérations climatiques et environnementales soient intégrées aux projets dès le départ.
Les institutions capables d'anticiper les risques climatiques, de bien gérer les ressources naturelles et de préparer des propositions solides sont mieux placées pour protéger les services et accéder aux financements disponibles pour ce travail.
Les organisations ont de plus en plus besoin de professionnels capables de :
- Évaluer les risques climatiques et environnementaux pesant sur leurs services et leurs actifs
- Concevoir des projets qui répondent aux objectifs climatiques et environnementaux
- Préparer des propositions que les bailleurs peuvent approuver
- Mesurer les résultats et en rendre compte de manière crédible
- Travailler avec les communautés et les partenaires de différents secteurs
Des systèmes solides en matière de climat, d'environnement et de ressources naturelles aident les organisations à :
- Protéger les services et les infrastructures contre les risques climatiques
- Accéder aux financements climatiques et environnementaux
- Respecter les engagements nationaux et internationaux
- Utiliser durablement les ressources naturelles
This Cyclone-Resilient Housing Reconstruction and Building Standards in Mauritius 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 Cyclone-Resilient Housing Reconstruction and Building Standards in Mauritius Training?
Ce programme s'adresse à :
- Housing civil engineers managing post-disaster reconstruction programmes
- Municipal building control officers and planning inspectors
- Infrastructure project managers in donor-funded recovery units
- Public works department technical supervisors and site engineers
- Disaster risk management technical specialists overseeing shelter recovery
- Structural engineers drafting resilient residential design standards
- Procurement and quality assurance specialists for municipal housing contracts
- Community infrastructure coordinators in island recovery projects
- Technical advisors to ministries responsible for urban planning and public housing
- Chargés du changement climatique et de l'environnement
- Personnel des secteurs de l'énergie, de l'eau et de l'agriculture
- Chargés de planification et de politiques
Le programme convient aussi bien aux professionnels expérimentés qu’à ceux qui prennent de nouvelles responsabilités. Les groupes réunissant plusieurs institutions et pays sont encouragés, car les participants apprennent beaucoup de l’expérience des autres.
Cochez ce que votre équipe doit être capable de faire.
Cyclone-Resilient Housing Reconstruction and Building Standards in Mauritius Training Objectives
Upon successful completion of this Cyclone-Resilient Housing Reconstruction and Building Standards in Mauritius Training, participants will be able to:
- Analyse structural wind loads and aerodynamic pressures acting on residential envelopes according to relevant building standards
- Detail continuous structural load paths from roofing systems to foundations for cyclone-resistant residential buildings
- Evaluate structural masonry, concrete blockwork, and timber framing techniques for severe lateral and uplift load resistance
- Formulate rigorous technical inspection protocols for post-disaster housing site monitoring and regulatory approvals
- Develop quality assurance guidelines for local construction materials, including aggregates, structural timber, and steel fasteners
- Integrate non-engineered and vernacular building techniques into formal building control and safer self-build schemes
- Establish municipal compliance and building permitting workflows adapted to the operational realities of post-disaster recovery
- Expliquer les principaux enjeux climatiques et environnementaux de leur secteur
- Évaluer les risques climatiques et environnementaux pesant sur les services et les actifs
- Planifier des mesures d'adaptation et d'atténuation
Chaque objectif est mis en pratique pendant le programme à travers des exercices, des études de cas ou des travaux de groupe, afin que les participants repartent capables de le faire, et pas seulement de le décrire.
Contenu et structure du programme
- Day 1: Tropical Cyclone Physics, Wind Engineering, and Residential Structural Vulnerability
- Physics of tropical cyclones in the South-West Indian Ocean: wind fields, gust factors, and envelope pressures
- Aerodynamics of low-rise residential structures: wind-structure interactions, suction zones, and roof pitch dynamics
- Common modes of housing structural failure during cyclones: envelope breach, uplift failure, and wall overturn
- Applicable regional codes and international wind loading standards: ASCE 7, Eurocode 1 (EN 1991-1-4), and Indian Ocean equivalents
- Practical screening of building typologies and initial vulnerability assessments for post-disaster settlements
- Principles of the continuous load path: connecting cladding, purlins, rafters, wall plates, walls, and foundations
- Roof structural configurations: hip roofs versus gable roofs under extreme lateral and uplift wind pressures
- Engineering tie-down standards: specifications for hurricane clips, strapping, anchor bolts, and ring beams
- Cladding integrity and fixing mechanisms: sheet thickness, screw gauge, washer standards, and fastener spacing
- Overhang detailing, veranda decoupling, and mitigating uplift risk on external residential fixtures
- Cyclone-resilient masonry construction: hollow concrete blocks, mortar mix ratios, and vertical steel reinforcement
- Reinforced concrete tie-columns and ring beams: detailing, spacing, laps, and structural integration with masonry
- Foundation design for multi-hazard environments: addressing wind overturning, soil saturation, and local scouring
- Material testing and quality control: field assessments of sand purity, aggregate gradation, cement, and rebar
- Timber-framed residential structures: bracing systems, member sizing, preservative treatment, and connection details
- Establishing a project-level Quality Assurance / Quality Control (QA/QC) plan for dispersed community housing
- Step-by-step technical inspection protocols: excavation, foundation pour, masonry lift, ring beam, and roof framing
- Non-destructive testing methods and verifying rebar placement in post-disaster site conditions
- Managing non-conformance: defect identification, remediation procedures, and structural sign-off thresholds
- Field inspection tools: digital verification workflows, checklist design, and site photography standards
- Municipal building control workflows: fast-tracking permits, staged inspections, and completion certifications
- Technical guidance frameworks for owner-driven and community-led reconstruction (Safer Self-Build)
- Integrating local supply chains: vetting artisanal block producers, timber yards, and hardware suppliers
- Institutional roles and responsibilities in multi-donor housing project execution (World Bank, AfDB, UN frameworks)
- Participant group presentations: drafting a resilient housing inspection manual and action plan
Contenu détaillé jour par jour
Le programme se déroule sur 5 jours. Chaque journée associe apports d'experts, travail pratique et un atelier ou une étude de cas de clôture :
- First Day: Day 1: Tropical Cyclone Physics, Wind Engineering, and Residential Structural…
- Second Day: Day 2: Structural Roof Systems, Continuous Load Paths, and Tie-Down Standards
- Third Day: Day 3: Hazard-Resilient Masonry, Reinforced Concrete, and Foundations
- Fourth Day: Day 4: Quality Assurance Frameworks and Site Inspection Protocols
- Fifth Day: Day 5: Building Control Systems, Safer Self-Build, and Reconstruction Governance
Contenu détaillé jour par jour
First Day | Day 1: Tropical Cyclone Physics, Wind Engineering, and Residential Structural…
- Day 1: Tropical Cyclone Physics, Wind Engineering, and Residential Structural Vulnerability
- Physics of tropical cyclones in the South-West Indian Ocean: wind fields, gust factors, and envelope pressures
- Aerodynamics of low-rise residential structures: wind-structure interactions, suction zones, and roof pitch dynamics
- Common modes of housing structural failure during cyclones: envelope breach, uplift failure, and wall overturn
- Applicable regional codes and international wind loading standards: ASCE 7, Eurocode 1 (EN 1991-1-4), and Indian Ocean equivalents
- Practical screening of building typologies and initial vulnerability assessments for post-disaster settlements
Workshop: Day 1: Tropical Cyclone Physics, Wind Engineering, and Residential Structural…: Applying It to Your Institution
En petits groupes, les participants appliquent les méthodes du jour à des exemples tirés de leurs institutions et conviennent d'étapes concrètes pour la suite.
Second Day | Day 2: Structural Roof Systems, Continuous Load Paths, and Tie-Down Standards
- Principles of the continuous load path: connecting cladding, purlins, rafters, wall plates, walls, and foundations
- Roof structural configurations: hip roofs versus gable roofs under extreme lateral and uplift wind pressures
- Engineering tie-down standards: specifications for hurricane clips, strapping, anchor bolts, and ring beams
- Cladding integrity and fixing mechanisms: sheet thickness, screw gauge, washer standards, and fastener spacing
- Overhang detailing, veranda decoupling, and mitigating uplift risk on external residential fixtures
Workshop: Day 2: Structural Roof Systems, Continuous Load Paths, and Tie-Down Standards: Applying It to Your Institution
En petits groupes, les participants appliquent les méthodes du jour à des exemples tirés de leurs institutions et conviennent d'étapes concrètes pour la suite.
Third Day | Day 3: Hazard-Resilient Masonry, Reinforced Concrete, and Foundations
- Cyclone-resilient masonry construction: hollow concrete blocks, mortar mix ratios, and vertical steel reinforcement
- Reinforced concrete tie-columns and ring beams: detailing, spacing, laps, and structural integration with masonry
- Foundation design for multi-hazard environments: addressing wind overturning, soil saturation, and local scouring
- Material testing and quality control: field assessments of sand purity, aggregate gradation, cement, and rebar
- Timber-framed residential structures: bracing systems, member sizing, preservative treatment, and connection details
Case Study: Day 3: Hazard-Resilient Masonry, Reinforced Concrete, and Foundations in Practice
Les participants analysent un cas réaliste, comparent les choix effectués aux bonnes pratiques et en tirent des enseignements applicables à leur propre contexte.
Fourth Day | Day 4: Quality Assurance Frameworks and Site Inspection Protocols
- Establishing a project-level Quality Assurance / Quality Control (QA/QC) plan for dispersed community housing
- Step-by-step technical inspection protocols: excavation, foundation pour, masonry lift, ring beam, and roof framing
- Non-destructive testing methods and verifying rebar placement in post-disaster site conditions
- Managing non-conformance: defect identification, remediation procedures, and structural sign-off thresholds
- Field inspection tools: digital verification workflows, checklist design, and site photography standards
Workshop: Day 4: Quality Assurance Frameworks and Site Inspection Protocols: Applying It to Your Institution
En petits groupes, les participants appliquent les méthodes du jour à des exemples tirés de leurs institutions et conviennent d'étapes concrètes pour la suite.
Fifth Day | Day 5: Building Control Systems, Safer Self-Build, and Reconstruction Governance
- Municipal building control workflows: fast-tracking permits, staged inspections, and completion certifications
- Technical guidance frameworks for owner-driven and community-led reconstruction (Safer Self-Build)
- Integrating local supply chains: vetting artisanal block producers, timber yards, and hardware suppliers
- Institutional roles and responsibilities in multi-donor housing project execution (World Bank, AfDB, UN frameworks)
- Participant group presentations: drafting a resilient housing inspection manual and action plan
Capstone Exercise: Cyclone-Resilient Housing Reconstruction and Building Standards in Mauritius Action Plan for Your Institution
Les participants synthétisent la semaine dans un plan d'action pour leur institution, avec des priorités, des responsables et des premières étapes, puis le présentent à leurs pairs et aux animateurs pour recueillir leurs retours.
Cyclone-Resilient Housing Reconstruction and Building Standards in Mauritius Training Methodology
The training employs a practical, engineering-led methodology combining technical lectures, calculation workshops, failure case reviews, and collaborative protocol design. Participants work with real-world architectural drawings and structural details to identify design vulnerabilities and specify remedial tie-down connections. Guided group exercises simulate site inspection dilemmas, material non-compliance scenarios, and municipal permitting challenges typical of island environments. Peer reviews and structured debriefs ensure participants translate engineering concepts into workable regulatory checklists, quality control procedures, and technical supervision tools ready for institutional deployment.
Le programme associe :
- Sessions animées par des experts sur les pratiques actuelles
- Études de cas régionales et internationales
- Travaux de groupe et exercices pratiques
- Simulations et jeux de rôle le cas échéant
- Discussion des défis rencontrés par les participants dans l'exercice de leurs fonctions
- Apprentissage entre pairs, d'institutions et de pays différents
- Des outils et modèles pratiques à réutiliser au travail
- Réflexion quotidienne et plan d'action
Avant le programme, une courte pré-évaluation aide les animateurs à comprendre le rôle et les priorités de chaque participant, afin d’adapter les exemples et les exercices au groupe. Chaque journée se termine par une brève réflexion au cours de laquelle les participants notent ce qu’ils appliqueront dans leur travail.
- Fonds
- Entité
- Projet
- Résultats
- MRV
Résultats attendus
Upon completion of this Cyclone-Resilient Housing Reconstruction and Building Standards in Mauritius Training, participants will be able to:
- Calculate uplift and lateral wind loads on low-rise residential structures using recognised regional and international standards
- Specify correct mechanical fasteners, strapping, and continuous load path details across various residential building materials
- Appraise and correct structural deficiencies in reinforced masonry, concrete blockwork, and timber frame housing designs
- Execute systematic multi-stage construction site inspections using standard quality assurance checklists and reporting tools
- Establish material quality testing procedures for local concrete, aggregate, and structural timber supplies
- Design institutional workflows for post-disaster building control, compliance enforcement, and owner-driven technical assistance
- Évaluer les risques climatiques et environnementaux
- Planifier des mesures d'adaptation et d'atténuation
Les participants repartent avec un plan d'action personnel et des outils pratiques utilisables dans leur institution dès la première semaine de retour. Les institutions qui envoient plusieurs participants peuvent s'appuyer sur le programme pour convenir de méthodes et de modèles communs entre équipes, ce qui facilite la pérennité des améliorations.
2 750 £ par participant · facture et virement bancaire · remise pour les groupes de 5 personnes ou plus
Cinq personnes ou plus d'une même organisation : demandez le tarif de groupe lors de votre demande de facture.
À partir de dix participants, une version intra pour votre institution peut revenir moins cher par personne. Demander un devis intra.
Clôture des inscriptions dans 36 jours (19 déc. 2026)
Institutional Application of Cyclone-Resilient Housing Reconstruction and Building Standards in Mauritius Training
Ce programme aide les organisations à renforcer :
- Planification climatique et environnementale
- Conception de projets
- Accès au financement
- Mesure des résultats
- Participation des parties prenantes
Les participants repartent avec des outils pratiques pour améliorer :
- Évaluations des risques
- Notes conceptuelles
- Cadres de résultats
- Systèmes de suivi
- Modalités de partenariat
Le programme est conçu pour que l'apprentissage passe de la salle de formation à l'institution. Les participants travaillent, dans la mesure du possible, sur leurs propres processus et documents, et repartent avec un plan d'action que leurs responsables peuvent examiner et soutenir.
Pertinence régionale & mise en application
Europe
Les institutions européennes traitent le climat, l'environnement et les ressources naturelles dans le cadre de réglementations détaillées et de programmes de réforme. Les participants venus d'Europe peuvent comparer leurs pratiques avec celles de collègues d'autres régions et vérifier comment des méthodes éprouvées fonctionnent dans d'autres conditions.
Afrique
En Afrique, les ministères, agences et équipes de projet œuvrant dans le climat, l'environnement et les ressources naturelles travaillent de plus en plus aux côtés de programmes financés par les bailleurs qui exigent des systèmes clairs et des données probantes. Le programme aide les participants à adapter les bonnes pratiques aux institutions et aux ressources avec lesquelles ils travaillent.
Moyen-Orient
Au Moyen-Orient, les stratégies nationales de développement et les plans de diversification sollicitent de plus en plus les capacités en matière de climat, d'environnement et de ressources naturelles. Les participants examinent comment bâtir, au sein des organismes publics et des entreprises, les capacités dont ces plans ont besoin.
Asie
Les institutions asiatiques conjuguent croissance rapide et programmes de modernisation ambitieux. Les participants venus d'Asie peuvent partager leur expérience du déploiement rapide de systèmes à grande échelle et découvrir les approches adoptées ailleurs.
Pacifique
Les petits États insulaires et du Pacifique font face à des contraintes particulières de taille, de distance et de capacités. Le programme met en avant des approches pratiques et proportionnées en matière de climat, d'environnement et de ressources naturelles, adaptées aux institutions de petite taille.
Holding the programme in Mauritius 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 – Mauritius
Risalat Consultants International runs open-enrolment training programmes in Mauritius, Mauritius for officials, project teams and professionals from across the region. Dates, fees and what each programme covers are listed above, and any programme can also be delivered in-house for your institution.
Se former hors de son pays permet aux participants de se concentrer, de porter un regard neuf sur leur propre institution et de constituer un réseau avec des collègues d'autres pays.
Cyclone-Resilient Housing Reconstruction and Building Standards in Mauritius Training Deliverables
Les participants sont accompagnés avant, pendant et après le programme, afin que la préparation, l'apprentissage et le suivi forment une expérience continue.
Avant le programme
- Pré-évaluation des participants
- Cyclone-Resilient Housing Reconstruction and Building Standards in Mauritius Readiness Assessment
- Cyclone-Resilient Housing Reconstruction and Building Standards in Mauritius Resource Pack
- Lectures préparatoires
- Aide et conseils gratuits pour le visa
Pendant le programme
- Accueil à l'aéroport & assistance à l'arrivée
- Hébergement avec petit-déjeuner
- Dîner de bienvenue et de réseautage
- Kit de formation Risalat (sac, gourde, mug, t-shirt, casquette, protège-passeport, stylos, carnet, magnet & porte-clés)
- Comprehensive Cyclone-Resilient Housing Reconstruction and Building Standards in Mauritius Training Manual
- Liste de contrôle du tri préliminaire des risques climatiques
- Modèle d'analyse des options
- Modèle de note conceptuelle
- Modèle de mesure des résultats
- Ateliers pratiques & simulations
- Discussions de groupe & apprentissage entre pairs
- Déjeuner et pauses-café quotidiens
- Accès complet aux installations du lieu de formation
- Mini tablette avec supports pédagogiques numériques
- Visite de terrain (le cas échéant)
- Visite récréative de la ville
Après le programme
- Certificat de participation
- Distinction Risalat de participation au programme
- Documents de référence après la formation
- Liste de contrôle de préparation au financement
- Modèle de suivi et de rapport
- Accompagnement après la formation & conseils de suivi
- Rapport du programme
Les institutions peuvent aussi demander une version intra sur mesure de ce programme, dispensée dans leurs locaux ou en ligne. Demander une proposition.
Common Challenges in Cyclone-Resilient Housing Reconstruction and Building Standards in Mauritius, And How This Training Helps
Comment les institutions peuvent-elles évaluer les risques climatiques et environnementaux pesant sur leurs services et leurs actifs ?
The programme addresses this directly on the first day (Day 1: Tropical Cyclone Physics, Wind Engineering, and Residential Structural…), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.
Comment les institutions peuvent-elles concevoir des projets qui répondent aux objectifs climatiques et environnementaux ?
The programme addresses this directly on the second day (Day 2: Structural Roof Systems, Continuous Load Paths, and Tie-Down Standards), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.
Comment les institutions peuvent-elles préparer des propositions que les bailleurs peuvent approuver ?
The programme addresses this directly on the third day (Day 3: Hazard-Resilient Masonry, Reinforced Concrete, and Foundations), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.
Comment les institutions peuvent-elles mesurer les résultats et en rendre compte de manière crédible ?
The programme addresses this directly on the fourth day (Day 4: Quality Assurance Frameworks and Site Inspection Protocols), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.
Comment les institutions peuvent-elles travailler avec les communautés et les partenaires de différents secteurs ?
The programme addresses this directly on the fifth day (Day 5: Building Control Systems, Safer Self-Build, and Reconstruction Governance), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.
Questions fréquentes
When and where does the Cyclone-Resilient Housing Reconstruction and Building Standards in Mauritius programme take place?
It runs from 18 Jan 2027 to 22 Jan 2027, in Mauritius. The registration deadline is shown at the top of this page.
Qui devrait participer ?
The programme is designed for housing civil engineers managing post-disaster reconstruction programmes, municipal building control officers and planning inspectors, infrastructure project managers in donor-funded recovery units, public works department technical supervisors and site engineers, and others who want practical skills in climate, environment and natural resources.
Recevrai-je un certificat ?
Oui. Les participants qui terminent le programme reçoivent un certificat de participation délivré par Risalat Consultants International.
Ce programme peut-il être dispensé pour notre seule institution ?
Oui. Nous pouvons proposer une version intra sur mesure dans vos locaux, dans une autre ville ou en ligne, construite autour de vos propres cas. Utilisez la demande de proposition sur cette page.
Faut-il une expérience préalable en climat, environnement et ressources naturelles ?
Aucune formation spécialisée n'est requise au-delà d'une expérience dans une fonction similaire. Une courte pré-évaluation aide les animateurs à adapter les sessions au groupe.
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 MauritiusClimate Change & Environment training courses
Why Mauritius for this programme
Mauritius combines strong public institutions with a retreat setting.
The Cyclone-Resilient Housing Reconstruction and Building Standards in Mauritius programme in January 2027 brings together officials and professionals from across the Africa 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: Sir Seewoosagur Ramgoolam (MRU).
Vérifiez si vous avez besoin d'un visa avec le vérificateur de visa gratuit, et demandez une lettre d'invitation une fois inscrit.
Other programmes in Mauritius
- Private Sector Regulatory Impact Assessment and Business Licensing in Mauritius
- Island Waste Segregation and Circular Material Recovery Models in Mauritius
- Social Welfare Case Management and Re-Certification Systems in Mauritius
- Payment System Interoperability and Retail Financial Infrastructure in Mauritius
- Port Infrastructure Rehabilitation and Interisland Terminal Works in Mauritius
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).
More training courses in Mauritius · Tous les programmes en Afrique · Calendrier complet des formations
Plan this programme in a roadmap: why it matters, why to approve it, the dates to plan and the career it builds.



