Key facts
- Dates
- 7–11 Jun 2027 (5 days)
- Where
- Almaty, Kazakhstan
- Fee per participant
- £3,250 (GBP)
- Payment
- By invoice and bank transfer
- Registration closes
- 8 May 2027
- Certificate
- Certificate of completion
- In-house option
- Run it for your team, on your dates
On this page 13 sections
Programme Overview
Small hydropower schemes offer vital decentralised clean electricity generation for mountainous regions across Central Asia. This five-day executive training programme delivered in Almaty provides hydropower engineers, technical planners, and project managers with comprehensive expertise in small and medium hydro design. Participants examine run-of-river civil layouts, catchment hydrology, electro-mechanical selections, and grid connection parameters. The syllabus delivers systematic training aligned with multilateral development bank standards to bridge conceptual energy policy and field-level engineering execution for sustainable regional power development.
The curriculum addresses the entire project lifecycle, focusing on practical engineering mechanics, hydraulic optimisation, and regulatory compliance. Participants learn to evaluate hydrological datasets, establish accurate flow duration curves, model sediment management strategies, and select appropriate turbine configurations. Detailed modules guide delegates through the structural requirements of intakes, penstocks, powerhouses, and tailraces. Technical sessions rigorously examine transmission integration, electrical balance of plant, dynamic grid stability, and modern grid code compliance, ensuring projects achieve both operational reliability and system safety.
Participants also focus on preparing bankable feasibility studies and tender packages compliant with international financial institution procurement frameworks. Through practical case exercises, attendees assess geological risks, environmental and social mitigation frameworks, lifecycle capital expenditures, and revenue models. By mastering international engineering norms and standard contractual specifications, technical professionals will build the institutional capacity required to formulate robust public sector capital investments and structure bankable independent power producer interventions that attract international climate finance and donor funding.
Central Asian power systems face acute winter energy deficits, seasonal water variability, and ageing transmission networks. In the Kyrgyz Republic, national energy targets demand rapid modernisation and deployment of domestic renewable resources. Engineering capacity is essential to support the preparation, technical appraisal, and execution of major donor-backed initiatives, such as the US$80.2m Kyrgyz Renewable Energy Development Project. Developing verified, climate-resilient run-of-river schemes requires modern engineering workflows that resolve sedimentation challenges, comply with grid interconnection codes, and meet multilateral development bank environmental, social, and procurement standards.
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 catchment hydrology, rainfall-runoff modelling, and ungauged basin yield estimation
- Construction and interpretation of flow duration curves for small-scale hydro resource evaluation
- Low-flow estimation, environmental reserve allocations, and downstream water release requirements
- Geological risk screening, slope stability, and geotechnical investigation techniques
- Climate change vulnerability screening and adaptation designs for glaciated and snowmelt basins
- Diversion weir design, intake structure typology, and hydraulic capacity calculations
- Sediment transport mechanics, desander tank sizing, and automated flushing mechanisms
- Headrace channels, low-pressure conveyance tunnels, and forebay surge protection structures
- Procurement planning and market analysis
- Choosing procurement methods and approaches
- Writing specifications and terms of reference
- Bidding documents and evaluation criteria
It is designed for hydropower civil and mechanical design engineers from public utilities and private developers, energy ministry policy planners and technical advisors, transmission and distribution system engineers managing grid interconnection and others who want practical, current skills in procurement and contract management.
The Growing Importance of Small Hydropower Engineering, Grid Interconnection & Feasibility in Almaty
Procurement is where public money becomes roads, medicines, systems and services. Delays, weak specifications and poor contract management are among the most common reasons projects fall behind or fail their audits.
Financiers and governments now expect value for money, fair competition and well-documented decisions at every stage, from planning to contract completion. Teams who manage the full cycle well deliver faster and with fewer complaints.
Organisations increasingly require professionals capable of:
- Plan procurement that matches project needs and timelines
- Prepare clear specifications and evaluation criteria
- Evaluate bids consistently and defend the decision
- Manage contracts, variations and performance
- Keep complete records for audit and review
Strong procurement and contract management systems help organisations:
- Reduce procurement delays and failed tenders
- Achieve value for money
- Lower the risk of complaints and audit findings
- Deliver contracts on time and to quality
This Small Hydropower Engineering, Grid Interconnection & Feasibility 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 Small Hydropower Engineering, Grid Interconnection & Feasibility in Almaty Training?
This programme is designed for:
- Hydropower civil and mechanical design engineers from public utilities and private developers
- Energy ministry policy planners and technical advisors
- Transmission and distribution system engineers managing grid interconnection
- Project management unit directors implementing multilateral development bank energy portfolios
- Hydrologists and environmental engineers conducting water resource assessments
- Public-private partnership transaction advisors and regulatory authority analysts
- Procurement specialists preparing FIDIC contracts and technical tender dossiers
- Investment analysts and engineers appraising renewable energy loan facilities
- Consulting engineers managing run-of-river infrastructure supervision
- Procurement officers and managers
- Contract managers and administrators
- Project and programme managers
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.
Tick what your team needs to be able to do.
Small Hydropower Engineering, Grid Interconnection & Feasibility in Almaty Training Objectives
Upon successful completion of this Small Hydropower Engineering, Grid Interconnection & Feasibility in Almaty Training, participants will be able to:
- Calculate reliable hydrological yield using catchment flow data and flow duration curves
- Design key civil components for run-of-river schemes including weirs, desanders, and penstocks
- Select appropriate electro-mechanical equipment matching specific hydraulic head and discharge conditions
- Appraise grid code compliance, dynamic system stability, and electrical interconnection arrangements
- Formulate bankable technical feasibility studies compliant with international financial institution standards
- Integrate environmental flow requirements and sediment management techniques into engineering designs
- Draft comprehensive technical tender documentation, employer requirements, and FIDIC-aligned work scopes
- Explain the procurement cycle and the rules that apply to it
- Prepare a procurement plan linked to project timelines
- Choose a suitable method and approach to the market
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
- Regional catchment hydrology, rainfall-runoff modelling, and ungauged basin yield estimation
- Construction and interpretation of flow duration curves for small-scale hydro resource evaluation
- Low-flow estimation, environmental reserve allocations, and downstream water release requirements
- Geological risk screening, slope stability, and geotechnical investigation techniques
- Climate change vulnerability screening and adaptation designs for glaciated and snowmelt basins
- Diversion weir design, intake structure typology, and hydraulic capacity calculations
- Sediment transport mechanics, desander tank sizing, and automated flushing mechanisms
- Headrace channels, low-pressure conveyance tunnels, and forebay surge protection structures
- Surface and buried penstock design: material selection, wall thickness, and water hammer mitigation
- Powerhouse layout engineering, structural stability, and tailrace hydraulic design
- Turbine selection matrices: Pelton, Francis, Turgo, and Crossflow performance envelopes
- Cavitation limits, net positive suction head calculations, and runner material selection
- Synchronous versus induction generators and mechanical speed governing systems
- Station automation, SCADA systems, remote telemetry, and emergency shutdown mechanisms
- Main inlet valves, hydraulic power units, and drainage and dewatering balance of plant systems
- Interconnection topologies: direct connection to distribution networks versus dedicated transmission spurs
- Grid code compliance: voltage regulation, reactive power capability, and fault ride-through requirements
- Power quality assessments: harmonics, flicker, and phase balance management in weak rural networks
- Step-up substation design, switchgear selection, protective relaying, and anti-islanding schemes
- Grid integration impact studies, load-flow modelling, and transmission capacity screening
- Structure and content of bankable feasibility studies according to multilateral development bank standards
- CAPEX and OPEX financial engineering, levelised cost of electricity, and sensitivity analyses
- Environmental and Social Framework compliance, fish passage provisions, and stakeholder management
- Tender package preparation: FIDIC Yellow and Red Book drafting for plant and civil engineering works
- Employer requirements, performance guarantees, acceptance testing protocols, and commissioning guidelines
Full day-by-day contents
The programme runs over 5 days. Each day combines expert input, practical work and a closing workshop or case study:
- First Day: Hydrological Assessment, Site Selection, and Climate Resilience
- Second Day: Civil Engineering Design for Run-of-River Schemes
- Third Day: Electro-Mechanical Equipment Selection and Station Control
- Fourth Day: Grid Interconnection, Power Quality, and Grid Code Compliance
- Fifth Day: Feasibility Study Formulation, Bankability, and Tender Preparation
Full day-by-day contents
First Day | Hydrological Assessment, Site Selection, and Climate Resilience
- Regional catchment hydrology, rainfall-runoff modelling, and ungauged basin yield estimation
- Construction and interpretation of flow duration curves for small-scale hydro resource evaluation
- Low-flow estimation, environmental reserve allocations, and downstream water release requirements
- Geological risk screening, slope stability, and geotechnical investigation techniques
- Climate change vulnerability screening and adaptation designs for glaciated and snowmelt basins
Workshop: Hydrological Assessment, Site Selection, and Climate Resilience: 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 | Civil Engineering Design for Run-of-River Schemes
- Diversion weir design, intake structure typology, and hydraulic capacity calculations
- Sediment transport mechanics, desander tank sizing, and automated flushing mechanisms
- Headrace channels, low-pressure conveyance tunnels, and forebay surge protection structures
- Surface and buried penstock design: material selection, wall thickness, and water hammer mitigation
- Powerhouse layout engineering, structural stability, and tailrace hydraulic design
Workshop: Civil Engineering Design for Run-of-River Schemes: 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 | Electro-Mechanical Equipment Selection and Station Control
- Turbine selection matrices: Pelton, Francis, Turgo, and Crossflow performance envelopes
- Cavitation limits, net positive suction head calculations, and runner material selection
- Synchronous versus induction generators and mechanical speed governing systems
- Station automation, SCADA systems, remote telemetry, and emergency shutdown mechanisms
- Main inlet valves, hydraulic power units, and drainage and dewatering balance of plant systems
Case Study: Electro-Mechanical Equipment Selection and Station Control 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 | Grid Interconnection, Power Quality, and Grid Code Compliance
- Interconnection topologies: direct connection to distribution networks versus dedicated transmission spurs
- Grid code compliance: voltage regulation, reactive power capability, and fault ride-through requirements
- Power quality assessments: harmonics, flicker, and phase balance management in weak rural networks
- Step-up substation design, switchgear selection, protective relaying, and anti-islanding schemes
- Grid integration impact studies, load-flow modelling, and transmission capacity screening
Workshop: Grid Interconnection, Power Quality, and Grid Code Compliance: 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.
Fifth Day | Feasibility Study Formulation, Bankability, and Tender Preparation
- Structure and content of bankable feasibility studies according to multilateral development bank standards
- CAPEX and OPEX financial engineering, levelised cost of electricity, and sensitivity analyses
- Environmental and Social Framework compliance, fish passage provisions, and stakeholder management
- Tender package preparation: FIDIC Yellow and Red Book drafting for plant and civil engineering works
- Employer requirements, performance guarantees, acceptance testing protocols, and commissioning guidelines
Capstone Exercise: Small Hydropower Engineering, Grid Interconnection & Feasibility 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.
Small Hydropower Engineering, Grid Interconnection & Feasibility in Almaty Training Methodology
The programme utilises instructor-led technical lectures, peer-to-peer engineering workshops, and practical calculation labs. Participants work through real Central Asian topographic and hydrological datasets using industry calculation templates. Interactive exercises focus on engineering trade-offs, turbine selection, and structural sizing. Delegates review actual feasibility reports and grid code compliance cases, concluding with group-based formulation and technical defence of a run-of-river project concept.
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 Small Hydropower Engineering, Grid Interconnection & Feasibility in Almaty Training, participants will be able to:
- Quantified hydrological yield profiles and verified design discharge for target hydro catchments
- Optimised civil layout designs mitigating sediment ingress, water hammer, and slope failure
- Complete electro-mechanical equipment specifications matching specific head and flow dynamics
- Verified interconnection schemes ensuring compliance with national grid codes and stability limits
- Bankable feasibility study documentation satisfying international lender appraisal criteria
- Procurement-ready employer requirements and tender documentation for public and private procurement
- Plan procurement that fits project needs and timelines
- Prepare clear specifications and evaluation criteria
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.
£3,250 per participant · invoice and bank transfer · groups of 5 or more receive a discount
Five or more from one organisation: ask for the group rate on the invoice request.
Ten or more: an in-house version for your institution may cost less per person. Ask for an in-house quote.
Registration closes in 181 days (8 May 2027)
Institutional Application of Small Hydropower Engineering, Grid Interconnection & Feasibility in Almaty Training
This programme supports organisations in strengthening:
- Procurement planning and strategy
- Evaluation practice
- Contract management
- Complaint handling
- Procurement records and audit readiness
Participants return with practical tools to improve:
- Procurement plans and timelines
- Specifications and evaluation criteria
- Evaluation reports
- Contract monitoring
- Variation and claims management
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 procurement and contract management 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 procurement and contract management 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 procurement and contract management. 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 procurement and contract management that suit smaller institutions.
Holding the programme in Almaty, Kazakhstan brings participants together away from their daily pressures, so they can compare how procurement and contract management 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.
Small Hydropower Engineering, Grid Interconnection & Feasibility 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
- Small Hydropower Engineering, Grid Interconnection & Feasibility in Almaty Readiness Assessment
- Small Hydropower Engineering, Grid Interconnection & Feasibility 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 Small Hydropower Engineering, Grid Interconnection & Feasibility in Almaty Training Manual
- Procurement Plan Template
- Bid Evaluation Scoring Sheet
- Contract Management Plan Template
- Variation and Claims Register
- 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
- Procurement Records Checklist
- Contract Performance Tracker
- 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 Small Hydropower Engineering, Grid Interconnection & Feasibility in Almaty, And How This Training Helps
How can institutions plan procurement that matches project needs and timelines?
The programme addresses this directly on the first day (Hydrological Assessment, Site Selection, and Climate Resilience), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.
How can institutions prepare clear specifications and evaluation criteria?
The programme addresses this directly on the second day (Civil Engineering Design for Run-of-River Schemes), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.
How can institutions evaluate bids consistently and defend the decision?
The programme addresses this directly on the third day (Electro-Mechanical Equipment Selection and Station Control), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.
How can institutions manage contracts, variations and performance?
The programme addresses this directly on the fourth day (Grid Interconnection, Power Quality, and Grid Code Compliance), where participants practise the methods involved and adapt them to their own institution, then build it into their action plan.
How can institutions keep complete records for audit and review?
The programme addresses this directly on the fifth day (Feasibility Study Formulation, Bankability, and Tender Preparation), 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 Small Hydropower Engineering, Grid Interconnection & Feasibility in Almaty programme take place?
It runs from 7 Jun 2027 to 11 Jun 2027, in Almaty, Kazakhstan. The registration deadline is shown at the top of this page.
Who should attend?
The programme is designed for hydropower civil and mechanical design engineers from public utilities and private developers, energy ministry policy planners and technical advisors, transmission and distribution system engineers managing grid interconnection, project management unit directors implementing multilateral development bank energy portfolios, and others who want practical skills in procurement and contract management.
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 procurement and contract management?
No specialist background is required beyond experience in a related role. A short pre-assessment helps the facilitators adapt the sessions to the group.
Training courses in AlmatyConstruction & Engineering training courses
Why Almaty for this programme
Almaty is a convenient hub for Central Asian delegations with good venues and value.
The Small Hydropower Engineering, Grid Interconnection & Feasibility in Almaty programme in June 2027 brings together officials and professionals from across the Central Asia 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: Almaty International (ALA).
Check whether you need a visa with the free Visa Checker, and ask for an invitation letter once you are registered.
The same topic in other cities
- Pumped Storage Hydropower Engineering & Grid Integration in Vienna (Vienna)
- HVDC & EHV Transmission Grid Asset Management and Automation in Baku (Baku)
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