School Infrastructure Seismic Retrofitting and Disaster Resilience in Almaty

Programme Overview

School Infrastructure Seismic Retrofitting and Disaster Resilience is an intensive four-day professional training programme delivered by Risalat Consultants International in Almaty, Kazakhstan.⁣​‌​‌​​‌​​‌‌​‌​‌​​‌‌‌‌​‌​​​‌‌​​‌‌​​‌​‌‌‌​​​‌‌​​​‌​‌‌‌‌​​​​‌‌​‌​​‌⁣ The course provides technical depth on structural vulnerability assessment techniques, non-structural hazard mitigation, and cost-effective seismic strengthening solutions tailored specifically for educational facilities. Designed in alignment with international seismic assessment principles and Central Asian building standards, the syllabus equips technical professionals to evaluate existing school assets, prioritise high-risk structures, and design resilient engineering interventions that safeguard students and critical social capital.

Central Asia faces severe, recurring seismic risks that threaten aging educational infrastructure, much of which was built using legacy typologies such as unreinforced masonry and prefabricated panel systems. Participants examine building performance, geotechnical site hazards, structural diagnostics, and modern engineering methods required to elevate safety levels in education sector buildings. Through practical engineering exercises, technical reviews, and peer engagement, the programme ensures that public institutions and engineering specialists can deliver resilient infrastructure that withstands high-magnitude ground motions and secondary natural hazard impacts.

Beyond structural retrofitting, this training programme addresses the operational mechanics of managing civil works quality and safety assurance in donor-funded educational projects. Attendees evaluate standard operating procedures, construction supervision methods, and compliance protocols aligned with multilateral development bank frameworks. By bridging advanced structural engineering concepts with practical site supervision realities, the course enables professionals to manage seismic rehabilitation schemes efficiently, reduce construction bottlenecks, and establish robust, measurable building safety certification frameworks across vulnerable learning facilities.

Educational facilities across Central Asia remain highly susceptible to major earthquake events due to historical construction methods and geographic exposure.⁣​‌​‌​​‌​​‌‌​‌​‌​​‌‌‌‌​‌​​​‌‌​​‌‌​​‌​‌‌‌​​​‌‌​​​‌​‌‌‌‌​​​​‌‌​‌​​‌⁣ This programme supports physical resilience civil works investments in schools under the US$55m Enhancing Resilience in Kyrgyzstan Additional Financing. Public authorities and technical teams must urgently master practical assessment, design, and site supervision skills to ensure that public infrastructure investments deliver verifiable structural safety, meet rigorous international standards, and protect school communities from catastrophic structural failure.

Delivered by Risalat Consultants International in Almaty, Kazakhstan, 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

• Regional seismic hazard profiles, tectonic settings, and school infrastructure vulnerability across Central Asia
• Performance of common school typologies: unreinforced masonry, confined masonry, and prefabricated panel systems
• Rapid Visual Screening (RVS) methodologies based on international disaster risk reduction practice and Eurocode 8 Part 3
• Field data collection: identifying structural irregularities, past earthquake damage, and material degradation
• Workshop exercise: applying screening criteria and vulnerability scoring to sample school structural layouts
• Destructive and non-destructive testing techniques for concrete, masonry strength, and reinforcement verification
• Geotechnical considerations, soil-structure interaction, foundation evaluation, and slope stability hazards
• Analytical modelling for seismic capacity: linear static, non-linear static (pushover), and dynamic assessment fundamentals
• Climate and environmental risk assessment
• Adaptation and mitigation planning
• Sector strategies for energy, water and land
• Project design for climate and environmental goals

It is designed for civil and structural engineers working on public school rehabilitation programmes, disaster risk management specialists from national ministries and emergency agencies, public infrastructure school construction supervisors and resident engineers and others who want practical, current skills in climate, environment and natural resources.

The Growing Importance of School Infrastructure Seismic Retrofitting and Disaster Resilience in Almaty

Climate change, environmental pressure and resource management now shape national plans, budgets and investment decisions. Financiers increasingly expect climate and environmental considerations to be built into projects from the start.

Institutions that can plan for climate risks, manage natural resources well and prepare sound proposals are better placed to protect services and to access the funding available for this work.

Organisations increasingly require professionals capable of:

• Assess climate and environmental risks to their services and assets
• Design projects that meet climate and environmental goals
• Prepare proposals that financiers can approve
• Measure and report results credibly
• Work with communities and partners across sectors

Strong climate, environment and natural resources systems help organisations:

• Protect services and infrastructure from climate risks
• Access climate and environmental finance
• Meet national and international commitments
• Use natural resources sustainably

This School Infrastructure Seismic Retrofitting and Disaster Resilience in Almaty 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 School Infrastructure Seismic Retrofitting and Disaster Resilience in Almaty Training?

This programme is designed for:

• Civil and structural engineers working on public school rehabilitation programmes
• Disaster risk management specialists from national ministries and emergency agencies
• Public infrastructure school construction supervisors and resident engineers
• Project Implementation Unit (PIU) engineering specialists managing donor-funded civil works
• Municipal and regional education department infrastructure officers
• Quality assurance and quality control inspectors for public buildings
• Consulting engineers delivering feasibility studies and seismic vulnerability assessments
• Technical specialists responsible for public building maintenance and safety audits
• Procurement and contract managers overseeing structural retrofitting contracts
• Climate change and environment officers
• Energy, water and agriculture sector staff
• Planning and policy officers

The programme suits experienced professionals as well as those moving into new responsibilities. Groups that mix institutions and countries are encouraged, because participants learn a great deal from each other’s experience.

School Infrastructure Seismic Retrofitting and Disaster Resilience in Almaty Training Objectives

Upon successful completion of this School Infrastructure Seismic Retrofitting and Disaster Resilience in Almaty Training, participants will be able to:

• Review structural vulnerability assessment techniques for unreinforced masonry and precast concrete educational buildings
• Identify critical non-structural hazards and specify cost-effective mitigation measures in school environments
• Evaluate international seismic retrofitting methodologies against national building codes and SNiP standards
• Design practical engineering retrofit checklists to guide structural condition surveys and site evaluations
• Formulate building safety certification frameworks to verify post-intervention structural integrity and compliance
• Establish quality control and site supervision protocols for seismic strengthening works in active schools
• Integrate multilateral development bank environmental, social, health, and safety requirements into retrofitting civil works
• Explain the main climate and environmental challenges for their sector
• Assess climate and environmental risks to services and assets
• Plan adaptation and mitigation measures

Each objective is practised during the programme through exercises, cases or group work, so that participants leave able to do it, not only to describe it.

Programme Contents and Structure

The programme runs over 4 days. Each day combines expert input, practical work and a closing workshop or case study:

• First Day: Day 1: Seismic Hazard Context, Building Typologies, and Rapid Vulnerability Assessment
• Second Day: Day 2: Detailed Structural Diagnostics, Engineering Analysis, and Testing Methods
• Third Day: Day 3: Structural Retrofit Techniques, Cost-Effectiveness, and Non-Structural…
• Fourth Day: Day 4: Quality Supervision, Certification Frameworks, and Project Delivery

Full day-by-day contents

First Day | Day 1: Seismic Hazard Context, Building Typologies, and Rapid Vulnerability Assessment

• Regional seismic hazard profiles, tectonic settings, and school infrastructure vulnerability across Central Asia
• Performance of common school typologies: unreinforced masonry, confined masonry, and prefabricated panel systems
• Rapid Visual Screening (RVS) methodologies based on international disaster risk reduction practice and Eurocode 8 Part 3
• Field data collection: identifying structural irregularities, past earthquake damage, and material degradation
• Workshop exercise: applying screening criteria and vulnerability scoring to sample school structural layouts

Workshop: Day 1: Seismic Hazard Context, Building Typologies, and Rapid Vulnerability Assessment: Applying It to Your Institution

Working in small groups, participants apply the day's methods to examples from their own institutions and agree practical next steps.

Second Day | Day 2: Detailed Structural Diagnostics, Engineering Analysis, and Testing Methods

• Destructive and non-destructive testing techniques for concrete, masonry strength, and reinforcement verification
• Geotechnical considerations, soil-structure interaction, foundation evaluation, and slope stability hazards
• Analytical modelling for seismic capacity: linear static, non-linear static (pushover), and dynamic assessment fundamentals
• Establishing baseline safety levels and performance targets for primary and secondary educational buildings
• Practical session: interpreting diagnostic test reports and identifying primary load-path structural deficiencies

Workshop: Day 2: Detailed Structural Diagnostics, Engineering Analysis, and Testing Methods: Applying It to Your Institution

Working in small groups, participants apply the day's methods to examples from their own institutions and agree practical next steps.

Third Day | Day 3: Structural Retrofit Techniques, Cost-Effectiveness, and Non-Structural…

• Day 3: Structural Retrofit Techniques, Cost-Effectiveness, and Non-Structural Hazard Mitigation
• Cost-effective structural retrofitting: jacketing, shotcrete overlays, steel bracing, and carbon fibre reinforced polymers
• Foundation underpinning, diaphragm strengthening, and roof truss seismic tie-down techniques
• Non-structural mitigation: anchoring building contents, securing suspended ceilings, parapets, and mechanical equipment
• Cost-benefit analysis of structural retrofitting versus full facility reconstruction under public capital budgets
• Group work: drafting targeted engineering retrofitting solutions for representative school building configurations

Case Study: Day 3: Structural Retrofit Techniques, Cost-Effectiveness, and Non-Structural… in Practice

Participants analyse a realistic case, compare the choices made with good practice and draw lessons they can use in their own setting.

Fourth Day | Day 4: Quality Supervision, Certification Frameworks, and Project Delivery

• Construction supervision protocols, material testing compliance, and contractor management during active school terms
• Designing robust building safety certification frameworks and formal post-retrofit handover documentation
• Environmental, health, and safety management during retrofitting works, including hazardous materials handling
• Aligning engineering retrofitting civil works with World Bank and ADB procurement and supervision guidelines
• Final team presentations: presenting school retrofit checklists and comprehensive safety certification protocols

Capstone Exercise: School Infrastructure Seismic Retrofitting and Disaster Resilience in Almaty Action Plan for Your Institution

Participants bring the week together in an action plan for their own institution, with priorities, owners and first steps, and present it for feedback from peers and facilitators.

School Infrastructure Seismic Retrofitting and Disaster Resilience in Almaty Training Methodology

The training methodology combines interactive technical lectures with practical engineering casework, drawing upon real Central Asian structural typologies. Participants work in technical groups to evaluate diagnostic data, draft structural retrofitting interventions, and develop supervisory protocols. Daily working sessions prioritise peer exchange among civil engineers, project managers, and supervisors, supported by step-by-step reviews of structural drawings, diagnostic test outputs, and standardised compliance checklists.

The programme combines:

• Expert-led sessions on current practice
• Regional and international case studies
• Group work and practical exercises
• Simulations and role plays where relevant
• Discussion of participants' own challenges
• Peer learning across institutions and countries
• Practical tools and templates to take back to work
• Daily reflection and action planning

Before the programme, a short pre-assessment helps the facilitators understand each participant’s role and priorities, so that examples and exercises can be adjusted to the group.⁣​‌​‌​​‌​​‌‌​‌​‌​​‌‌‌‌​‌​​​‌‌​​‌‌​​‌​‌‌‌​​​‌‌​​​‌​‌‌‌‌​​​​‌‌​‌​​‌⁣ Each day ends with a short reflection in which participants note what they will apply at work.

Expected Outcomes

Upon completion of this School Infrastructure Seismic Retrofitting and Disaster Resilience in Almaty Training, participants will be able to:

• Proficiency in applying rapid and detailed structural vulnerability assessments to educational infrastructure
• Competence in selecting and detailing cost-effective seismic strengthening techniques for legacy school buildings
• Capability to identify and systematically secure non-structural building elements against seismic forces
• Working ownership of operational engineering retrofit checklists for field inspections and structural audits
• Ability to implement building safety certification frameworks aligned with national regulations and donor standards
• Enhanced supervisory capacity to monitor civil works quality, site safety, and contract compliance effectively
• Assess climate and environmental risks
• Plan adaptation and mitigation measures

Participants leave with a personal action plan and practical tools they can use in their institution from the first week back. Institutions that send several participants can use the programme to agree shared methods and templates across teams, which makes improvements easier to sustain.

Institutional Application of School Infrastructure Seismic Retrofitting and Disaster Resilience in Almaty Training

This programme supports organisations in strengthening:

• Climate and environmental planning
• Project design
• Access to finance
• Results measurement
• Stakeholder involvement

Participants return with practical tools to improve:

• Risk assessments
• Concept notes
• Results frameworks
• Monitoring systems
• Partnership arrangements

The programme is built so that learning moves from the classroom into the institution. Participants work on their own processes and documents where possible, and leave with an action plan that their managers can review and support.

Regional Relevance & Application

Europe

European institutions apply climate, environment and natural resources within detailed regulatory frameworks and reform agendas. Participants from Europe can compare their practice with colleagues from other regions and test how established methods work under different conditions.

Africa

Across Africa, ministries, agencies and project teams working in climate, environment and natural resources increasingly operate alongside donor-financed programmes that expect clear systems and evidence. The programme helps participants adapt good practice to the institutions and resources they work with.

Middle East

In the Middle East, national development strategies and diversification plans place growing demands on climate, environment and natural resources. Participants explore how to build the capability these plans need inside public bodies and companies.

Asia

Institutions across Asia combine rapid growth with ambitious modernisation programmes. Participants from Asia can share their experience of scaling systems quickly and learn from approaches used elsewhere.

Pacific

Small island and Pacific states face particular constraints of size, distance and capacity. The programme highlights practical, proportionate approaches to climate, environment and natural resources that suit smaller institutions.

Holding the programme in Almaty, Kazakhstan 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 – Kazakhstan

Programmes, Workshops, Exposures, Training Courses in Almaty, Kazakhstan by Risalat Consultants International

Studying away from their own country gives participants time to focus, a fresh view of their own institution and the chance to build a network with colleagues from other countries.

School Infrastructure Seismic Retrofitting and Disaster Resilience in Almaty Training Deliverables

Participants receive support before, during and after the programme, so that preparation, learning and follow-up form one continuous experience.

Before the Programme

• Participant Pre-Assessment
• School Infrastructure Seismic Retrofitting and Disaster Resilience in Almaty Readiness Assessment
• School Infrastructure Seismic Retrofitting and Disaster Resilience in Almaty Resource Pack
• Preparatory Reading Materials
• Complimentary Visa Support & Advisory

During the Programme

• Airport Pickup & Welcome Assistance
• Accommodation with Breakfast
• Welcome Networking Dinner
• Risalat Training Kit (Bag, Bottle, Mug, T-Shirt, Cap, Passport Cover, Pens, Notebook, Magnet & Keychain)
• Comprehensive School Infrastructure Seismic Retrofitting and Disaster Resilience in Almaty Training Manual
• Climate Risk Screening Checklist
• Options Appraisal Template
• Concept Note Template
• Results Measurement Template
• Practical Workshops & Simulations
• Group Discussions & Peer Learning
• Daily Lunch and Refreshments
• Full Access to Training Venue Facilities
• Mini Pad / Tablet with Digital Learning Materials
• Field Visit (where applicable)
• Entertaining City Tour

After the Programme

• Certificate of Completion
• Risalat Programme Participation Recognition Award
• Post-Training Reference Materials
• Funding Readiness Checklist
• Monitoring and Reporting Template
• Post-Training Support & Follow-Up Guidance
• Programme Report

Institutions can also request a tailored in-house version of this programme, delivered at their premises or online. Request a proposal.

Common Challenges in School Infrastructure Seismic Retrofitting and Disaster Resilience in Almaty, And How This Training Helps

How can institutions assess climate and environmental risks to their services and assets?

The programme addresses this directly on the first day (Day 1: Seismic Hazard Context, Building Typologies, and Rapid Vulnerability Assessment), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.

How can institutions design projects that meet climate and environmental goals?

The programme addresses this directly on the second day (Day 2: Detailed Structural Diagnostics, Engineering Analysis, and Testing Methods), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.

How can institutions prepare proposals that financiers can approve?

The programme addresses this directly on the third day (Day 3: Structural Retrofit Techniques, Cost-Effectiveness, and Non-Structural…), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.

How can institutions measure and report results credibly?

The programme addresses this directly on the fourth day (Day 4: Quality Supervision, Certification Frameworks, and Project Delivery), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.

How can institutions work with communities and partners across sectors?

The programme addresses this directly on the first day (Day 1: Seismic Hazard Context, Building Typologies, and Rapid Vulnerability Assessment), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.

Frequently Asked Questions

When and where does the School Infrastructure Seismic Retrofitting and Disaster Resilience in Almaty programme take place?

It runs from 12 Apr 2027 to 15 Apr 2027, in Almaty, Kazakhstan. The registration deadline is shown at the top of this page.

Who should attend?

The programme is designed for civil and structural engineers working on public school rehabilitation programmes, disaster risk management specialists from national ministries and emergency agencies, public infrastructure school construction supervisors and resident engineers, project Implementation Unit (PIU) engineering specialists managing donor-funded civil works, and others who want practical skills in climate, environment and natural resources.

Will I receive a certificate?

Yes. Participants who complete the programme receive a Certificate of Completion from Risalat Consultants International.

Can this programme be delivered for our institution only?

Yes. We can deliver a tailored in-house version at your premises, in another city or online, built around your own cases. Use the proposal request on this page.

Do I need prior experience in climate, environment and natural resources?

No specialist background is required beyond experience in a related role. A short pre-assessment helps the facilitators adapt the sessions to the group.

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