Anna BOJKO

Project: Performance-Based Technical Assistance for Operations of Water Supply of Cap-Haïtien, Ouanaminthe, and Port-de-Paix (IDB). Assistance for water supply network operations, supervision of the complete network renewal works, development of water sources and transmission schemes. Responsible for the analysis of the current and future water supply in Cap-Haitien, Ouanaminthe, and Port-de-Paix using hydraulic modelling, planning of the sectorisation and NRW strategy. Analysis of all available data, coordination of project activities, consulting on water supply and future strategy considering challenging social and economic environment of Haiti.

Project: Consultancy for the hydraulic modeling, network sectorization, and development of a definitive NRW strategy, and water audits for 2024 and 2025 for CORAAVEGA Utility (Worl Bank). Responsible for coordination of field teams, measurement campaign, hydraulic modelling, sectorisation and NRW strategy of waters supply network of the city La Vega (population 300,000).

Project: PAP SONEDE (Performance Improvement Program). Responsible for hydraulic modelling and sectorisation of the water supply network in the pilote site of La Marsa (Tunis) and 7 distribution dsitricts of Tunisia managed by SONEDE (12 500 km of distribution networks, 530 000 connections), including pressure management options, detailed design of hydraulic installations, preparation of tender documents.

Project: Management of the New Water Network Using Hydraulically Controlled Valves Actuated with SCADA. Responsible for the engineering, hydraulic design and modelling team. Coordination of the teams in Nepal, France and Colombia to design and model the control system of the bulk water distribution network (510 MLD) of the Kathmandu Valley and prepare the construction documents: control systems for 15 reservoirs with total volume of 120 ML, pressure monitoring systems for 70km of DN 400-1600 pipes. Building the first master model of the entire Kathmandu water network, based on the as-build plans, designs of the future networks, GIS data, site information.

Project: Water Loss Reduction Program. Responsible for hydraulic modelling and sectorisation of the water supply network in the pilote dsitrict of Trujillo managed by SEDALIB (population 350 000), including pressure management options, detailed design of hydraulic installations, preparation of tender documents.

Project: Consulting and construction services to reduce physical losses, sectorize, and regulate service pressures. Leader of the engineering, hydraulic design and modelling team. Technical Director for the investigations and construction works for the pressure optimization of 52 hydraulic sectors of the Cali city (3 000 km of pipes, population 2.2 millions), sectorization, hydraulic computer modelling, valves revision and replacement, pressure reduction stations, detailed design of construction works, hydraulic measurements, Zero-Pressure Tests, estimation of Non-Revenue Water and Water Losses.

Project: Renovation of the Water Supply Network for the San Andres Island (8MLN USD). Responsible for the coordination of the Phase I of the project (design): technical supervision of the hydraulic modelling and hydraulic, structural, topographical and geotechnical designs for the water network of San Andres (91km of 1”-12” HDPE, AC, PVC pipes). Scope included revision of the network cadastre y previous designs, analysis of sectorization and functionality of tanks, design of PRVs, macro-meters and pressure zones, designs for Phase II – renovation of the 26km of the water supply network and sectorization. Responsible for the supervision of the hydraulic design during the Phase II of the project (construction): renovation of the 26km of the pipes and sectorization of the total network (installation of 21 PRVs, 15 macro-meters y 210 valves).

Have prepared and participated in bids and completed water supply studies for various large and small companies around the world, including Colombia, Jamaica, Saint Lucia, Benin, Dominican Republic.

Worked on urban water networks design as Package Manager, coordinating Global Delivery jobs for UAE and Qatar from Buenos Aires office.

Design of water supply and drainage networks for Yas Island, signature development of Abu Dhabi that includes Formula 1 race track, Ferrari World theme park, biggest shopping mall in the Middle East and various residential and commercial units. Design and modelling of large transmission pipelines, water quality analysis, laison with authorities.

Hydraulic Engineer on various projects of sewer, urban drainage and treatment works, wastewater planning for new developments, urban water cycle studies, asset management, integrated urban water modelling, detailed and simplified water quality modelling.

Graduate Hydraulic Engineer

Professional practice as a part of my master degree. Project: development of web-based tool for assessment of Sustainable Urban Drainage Systems requirement for Dublin area (Ireland).

Professor assisstant, working with with GIS

Professional experience as research assistant in HR Wallingford (UK). Master thesis on “Development of web-based Sustainable Urban Drainage Systems guidance” tool for Ireland

Specialisation in Urban Drainage Systems, Real Time Control of Irrigation Canals, Artificial Neural Network

Specialisation in Integrated River Basin Management, River Modelling, Computational Hydraulics, Software development

Specialisation in Numerical Hydroinformatics, GIS, Modern ICT and Information Modelling, Web-based Collaborative Engineering

Honours Degree “Bachelor of Science in Engineering and Technology”. Specialization in Hydropower Engineering (using AutoCAD), Hydrological and Geosciences, Construction Materials. Degree work: “Financial assessment of reconstruction of Hydroelectric Station”