Overview
Work History
Education
Skills
Teachingcourses
Personal Information
Languages
Publications
References
Research
Timeline
Mohsen Mahmoody Vanolya

Mohsen Mahmoody Vanolya

Water Engineer
Cankaya

Overview

26
26
years of professional experience

Work History

Project Manager

Ministry of Agriculture
  • Consultancy Services for Preparation of Orhaneli and Emet Rivers Water Master Plan, Location: Turkey
  • Client:, and Forestry, General Directorate of Hydraulic Works
  • Main project features: Plan of four dam for energy generation and regulation of water from an existing dam for irrigation and domestic water demands, Activities performed: Simulation scenarios for selection of optimum combination of dams for supply and fulfill the water demands as well as maximize energy generation and sizing dams and related hydraulic structures
  • Name of project: Technical Assistance for Preparation of Flood Risk Management Plans for Sakarya River Basin

Project Manager

Iran-Tehran

Water Supply Team Leader

Rail Baltica
  • Activities performed: Technical, Administrative and Financial Management of the Project, Coordination with the Administration, Project Formulation and Cost Optimization
  • Ensuring total quality management during the implementation of the Project.

Hydrology Expert

RB Rail AS
  • And Latvia
  • Client:, Main project features: To provide adequate and efficient railway system between West of Europe and the three countries
  • Activities performed: Control and Supervision of hydrology and hydraulic design of substructures (viaducts, bridges, culverts and longitudinal drainage of railway) documents for construction
  • Name of project: BML railway design

Hydraulic Engineer, consulting Engineer

Speed Railway
01.2023
  • Activities performed: Technical Assistance to the team, planning the rural settings, ensuring total quality management during the implementation of the Projects
  • FREELANCE PROJECTS
  • Flood Risk Assessment for Nutcracker factory near Tekkeköy River, Samsun, ACE consulting Engineer,2018
  • Flood Risk Assessment for Nutcracker factory near Melen River, Düzce, ACE consulting Engineer,2019
  • Hydrology Report Preparation for Flood Risk Management for Sakarya River Basin (in Turkish), Alter International Consulting Engineering, 2020
  • Flood Risk Assessment for Limagrain factory in Karacabey near Kara River, Bursa, ACE consulting Engineer,2021
  • Flood Risk Assessment for part 8 of Marmara Otoyulu , Istanbul , ACE consulting Engineer, 2022
  • Flood Risk Assessment for Yerkoy-Kayserı Speed Railway, Kayseri, ACE consulting Engineer, 2022
  • Flood Risk Assessment for Bandirma-Bursa-Osmaneli-Yenişehir High
  • Review of Hydrology-Hydraulics and Flood Risk Assessment for Mersin-Adana-Osmaniye-Gaziantep High Speed Railway, ACE consulting Engineer, 2024

region Project Manager

Alter International Consulting Engineering
01.2022

Project Manger

Ministry of Agriculture
01.2020 - 01.2022
  • And Forestry, General Directorate of Water Management
  • Main project features: The purpose of this contract is to support the implementation of the Action Plan for Flood Protection of Sakarya River Basin by preparing detail maps of the area with significant risk of river floods
  • Activities performed: Leading the team and experts in strategic planning and technical direction to conduct assessments and identifying the urban and rural areas flood-prone
  • This involves employing hydrological and hydraulic modeling techniques and extracting the flood hazard and risk maps, as well as devising effective strategies to mitigate potential flooding
  • Name of project: Technical Assistance for Preparation of Flood Risk Management Plans for Bosnia and Herzegovina (EC/BIH/TEN/19/012, Bosnia and Herzegovina
  • Client: European Union Delegation
  • Main project features: The purpose of this contract is to support the implementation of the Action Plan for Flood Protection and Water Management and thus increase capacities of key stakeholders of Bosnia Herzegovina to manage flood risk in terms of prevention, protection and preparedness to respond to potential hazards
  • The following Flood Risk Management Plans are developed: Flood risk management plan for Sava River Watershed in the FBiH Flood risk management plan for Watershed of Adriatic Sea in the FBiH Flood risk management plan for district Sava River Watershed in the RS Flood risk management plan for district Trebišnjica River Watershed in the RS Flood risk management plan for the Brčko District of BiH Roof Report for BiH, summarizing key issues and key measures extracted from the five flood risk management plans
  • Flood MCA Expert
  • Activities performed: Technical, Administrative and Financial Assistance to the team, planning the rural settings, ensuring total quality management during the implementation of the Project
  • Name of project: Sustainable Cities Project (SCP)- Consultancy Services for Preparation of Integrated Urban Water Management Plan for Selected Cities for (Kayseri), Kayseri Water and Sewerage Administration (KASKİ)
  • Main project features: The Consultancy services will cover preparation of Integrated Urban Water Management Plans for 10 cities under the Sustainable Cities Project
  • ILBANK intends to apply the funds to eligible payments for the consultant services to prepare integrated urban water management plans for these ten (10) selected Municipalities/Water and Wastewater Utilities
  • Integrated Urban Water Management (IUWM)
  • The traditional business-as-usual approach to urban water management has locked-in urban development paths with large-scale infrastructure and technology
  • The emerging IUWM approach represents a change of paradigm from a traditional set of technologies towards a synergic urban-water relationship
  • Components of the project:
  • Sustainable urban development: (i) Balance densification and impervious areas; (ii) planning of green spaces linked to urban water management; (iii) restrictions and economic incentives to protect of municipal water basin; (iv) incentives for the construction of green buildings
  • Preservation of water supply sources: (i) Regulate and enforce land use in the water basin; (ii) use of command-and-control mechanisms, economic incentives, payment for environmental services; (iii) increase diversity of water sources within city and catchment (e.g., rainwater, groundwater, wastewater reuse)
  • Conservation and efficiency of water use by controlling demand: (i) Metering water use; (ii) use of a sustainable tariff structure; (iii) reduction of financial and physical losses; (iv) incentives for new appliances and equipment to reduce demand; (v) incentives for water reuse; (vi) education for water use
  • Improvement of sanitation services: (i) Incentives for household connections; (ii) incentives for industrial and agriculture reuse; (iii) reuse in urban irrigation of green spaces; (v) decentralized wastewater treatment systems
  • Sustainable storm water management: (i) On-site measures of infiltration and green building practices; (ii) storage and reduction of runoff; (iii) good practices to improve water quality; (iv) rules and practices integrated to urban land use and environment
  • Sustainable solid waste and sediment control management: (i) Implementation of recycling practices; (ii) implementation of charging for the service by volume or weight in order to decrease waste; (iii) control of civil construction waste; (iv) control of sediments in construction sites; (v) disincentives for the use of plastic bags and plastic containers
  • Institutional practices: (i) Integration of services in one institution; (ii) development of master plans (urban, water, sanitation); (iii) revision of building codes; (iv) stimulate cost recovery practices; (v) enforceable laws and regulations; (vi) environmental certification; (vii) public participation; (viii) capacity building.

Team Leader

YÜKSEL PRJ Engineering Co
01.2018 - 01.2022

management Team Leader

01.2018 - 01.2022
  • Northern Railways, Indian Railways
  • Main project features: To provide adequate and efficient railway system in North of India
  • Held: Hydrology Expert
  • Activities performed: Preparation of report for flood calculation considering snow melt in the Himalaya Indus and Sutlej Rivers crossing with railway
  • Name of project: Istanbul Water Master Plan, Turkey
  • Client: Istanbul Water and Sewerage Administration (ISKİ)
  • Main project features: Purpose of the Master Plan: To provide adequate and efficient water, wastewater, and stormwater services in an environmentally, financially, and institutionally sustainable manner
  • Targets: Preparation of the Master Plan, the upper scale plan of İSKİ
  • Short, medium- and long- term planning, investment determination, and operating policy following the smart city / smart building concept, taking necessary engineering, administrative and economic measures for the continuity of service quality
  • Activities performed: Prepared the Flood hydrology report
  • The prepared report has analyzed forty meteorological stations and 25 hydrometry stations
  • In addition, all existing IDF was updated for the Istanbul region
  • A rainfall-runoff model was constructed for Istanbul rivers floods hydrographs extraction
  • In addition, basic coefficients such as C and Manning coefficients were prepared for the hydraulic model of streams
  • For Hydraulics modeling he contributed to the team of analysis by the Infoworks ICM model for 18 separated basins for the whole Istanbul province
  • In addition, as the flood management and rivers studies team leader, we prepared a plan for 2053 horizon
  • Name of project: Consultancy Services and analysis for Preparation of research on watershed information system.

Ph.D. Student/Researcher

Yildiz Technical University
01.2016 - 01.2021

Researcher/River basin Modeler

Türkiye
01.2015 - 01.2020

Analyst

01.2017 - 01.2019
  • Client: 21st Regional Directorate of DSİ / Aydın
  • Main project features: Developing a holistic model that includes Hydrology, Hydrodynamics, Hydrogeology, Water Quality, and Ecology Modules to establish and develop a sustainable water management system and create a capacity for modeling in Türkiye are among the primary objectives of this project
  • The model is open to development since it is developed with open-source code and can add modules as needed
  • The model to been developed to serve the needs of Türkiye for a long time
  • Activities performed: In this study, Mohsen Mahmoody VANOLY programmed the unsaturated groundwater module
  • Groundwater Model (HİDROYAS) was written by Python program in QGIS interface have some options for attaching MODFLOW and MT3D-MS models to that
  • Name of project: Determination of Nitrate Sensitive Areas and Preparation of Action Plans Project

Team Leader

01.2016 - 01.2019
  • TUBITAK
  • Main project features: A Web-Based Decision Support System (WBDSS) and Watershed Information System (HIS) application were developed in Türkiye, and the case study was implemented for the Ergene River Basin
  • Within the scope of this goal, the project's main objective was to create an interactive infrastructure that will allow the management of the Ergene River Basin holistically
  • A database prepared for presenting the current water quantity and quality, water use in the river basin scale
  • Positions held:, Activities performed: Within the scope of this study, performed the following analyses:
  • Ergene River Basin surface water mode by WMS (Watershed Modeling System) was prepared
  • Ergene River Basin groundwater model was prepared by GMS (Groundwater Modeling System)
  • Ergene River Basin water quality for surface and groundwater were prepared for various scenarios
  • Consultancy Services for HIDROT
  • RK National Water and Water Quality Software

Modeling Team Leader

01.2016 - 01.2018
  • T
  • BİTAK MAM, YTU TTO
  • Main project features: The project aims to evaluate the impact of different action plans (different scenarios) on water quality in 10 basins within the scope of the project carried out by T
  • BİTAK MAM to be delivered to the Ministry of Agriculture and Forestry within the framework of the Good Agricultural Practices Code (2016/46)
  • It is planned to configure, operate, and perform a water quality model applied in the following 10 Basins
  • Load reductions resulting from different land use/land management practices that will take place in the scenarios and the effects of these practices on water quality will be modeled as a modeling output, and the model will be run to give monthly averages for each year until 2030
  • Activities performed: In this study SWAT (Soil and Water Assessment Tools) modeling software was used to calibrate baseline and scenarios
  • Procedures prepared the result according to various strategies for following river Basin
  • Meric-Ergene Basin Water and Water quality model study
  • MARMARA basin Water and Water Quality model study
  • KOZEY EGE Basin Water and Water quality model study
  • GEDIZ Basin Water and Water quality model study
  • BURDUR Closed Basin Water and Water quality model study
  • AKARÇAY Closed Basin Water and Water quality model study
  • ANTALYA Basin Water and Water quality model study
  • WEST and EAST Mediterranean Basin Water and Water quality model study
  • KONYA Closed Basin Water and Water quality model study
  • Name of project: Various water projects consultancy

Senior Engineer

TUREDI Engineering Co, Türkiye
01.2015 - 01.2016

Managing Director

01.2007 - 01.2015
  • Client: Ministry of energy and related water authority administration
  • Main project features: The main projects, and his team was:
  • Preparation of hydrological analysis and flood risk maps for more than 50 rivers
  • Preparation groundwater quantity and quality model for 6 river basins
  • ARAK Underground Water and Mass Budget Study for Drying of Drinking Water Wells
  • GEÇSARAN Basin Groundwater Budget and modeling study
  • Groundwater Budget of ŞAZEND Basin and modeling study
  • YASUJ Basin Groundwater Budget and modeling study
  • ARDABİL (KARASU) Basin Groundwater Budget and modeling study and Removing Data Gaps
  • Farahzad and Karaj River restoration project
  • CHANGAE irrigation and pumping station design and inspection
  • MAHABAD irrigation and pumping station tender design
  • VAR and PASAK irrigation canal modification and tender design
  • Water supply for more than 300 villages in the Ardebil region
  • Zanjan and Arak wastewater treatment maintenance and operation, Activities performed: Technical, Administrative and Financial Assistance to the team, planning the rural settings, ensuring total quality management during the implementation of the Project
  • Name of project: Various water projects consultancy

Managing Director

ABANROOD Engineering Co
01.2006 - 01.2015

Moshanir Consulting Engineer

01.2002 - 01.2007
  • Main project features: The main projects were:
  • Preliminary design and tender design of MASHKID and JHAN dams Water
  • Resources and hydraulics structure design of GOHERKOH and ABKHAN recharge dams
  • Hydraulic structure sizing of KARUN5, JAVEH, ZAB dams
  • Hydraulic design of Upper Gotvand Spillway
  • Water resources planning for 15 small dams.

Hydraulic Engineer

01.1996 - 01.2002
  • Activities performed: Technical Assistance to the team, planning the rural settings, ensuring total quality management during the implementation of the Projects
  • Name of assignment or project: Various Hydraulic Models of dams and rivers, Client: Ministry of energy and related water authority administration
  • Main project features: The main projects were:
  • Upper Gotvand and Masjed-Soleyman Dams Physical models tests for bottom outlet and spillway
  • Karun River Hydraulic Model
  • Sefidroud and Qezelyuzun Rivers Flood Control projects.

Education

Civil engineering (English) -

Yildiz Technical University

Entrepreneurship Lecturer in Basic Sciences and Engineering - undefined

Sharif University of Technology

Civil engineering-Water Engineering - undefined

Sharif University of Technology

Civil engineering- Dam and Irrigation Network - undefined

Shahid Beheshti (Power and Water Institution Technology)

Skills

HEC-HMS

Teachingcourses

  • River Engineering I and II in PWIT
  • HEC-HMS, HEC-RAS, and HEC-FDA in Tehran university and PWIT
  • Flood risk and Retrofitting (Postgraduate students, University of Tehran Environment Engineering Department.)
  • Watershed Modeling System (WMS), Graduate students /Yildiz TU
  • Groundwater Modeling System (GMS), Graduate students /Yildiz TU
  • Soil and Water Assessment Tools (SWAT), Postgraduate students /Yildiz TU
  • Dam Engineering Course (Undergraduate), Professor Assistance /Yildiz TU
  • Advanced Hydrology (Graduate), Project Assistance /Yildiz TU
  • Advanced Groundwater Hydrology (Graduate), Project Assistance /Yildiz TU

Personal Information

  • Date of Birth: 06/22/73
  • Nationality: Iranian/Turkish

Languages

Azerbaijani
Persian
Turkish
English
Arabic

Publications

  • A Multi-Criteria Approach For Assessment Flood Risk On Under-Construction Railways In Turkey, CollabEO-Floods Conference, 2023
  • Assessing the return flow in human-induced rivers using data-driven and hydrologic models case study: Ergene River Basin, Stoch Environ Res Risk Assess, 2023
  • Streamflow Prediction in Ergene River Basin via Kalman Filter, International Journal of Scientific Research & Engineering Technology (IJSET), 2019
  • Flood Management For İstanbul Mega-City, IWA 4th Regional Conference on Diffuse Pollution & Eutrophication, 2022
  • Determining Surface Runoff Coefficients for Istanbul Metropolis, 11th Ulusal Hidroloji Kongresi, 2022
  • Hydrodynamic Model for Kağıthane Watershed via Comparing Wave Routing Methods, 8th Atmospheric Sciences Symposium- ATMOS2017, 2017
  • Investigation of Land Use Effects by Using a Hydrodynamic Model for Ankara Stream Watershed, International Conference RIVER BASINS 2017, 2017
  • Emergency action plan for dam's safety application for Seyhan dam in Adana, 4th national symposium on dam safety on Türkiye, 2014
  • Role of flood warning system on reduction loss of life in dam-break scenarios, 4th national symposium on dam safety on Türkiye, 2014
  • CCHE-2D Application to Alluvial Fans Flood Analysis, WRMC, 2011
  • Loss of Life Estimation for Mahabad Dam Failure, 8th River ENG. International Conference, 2009
  • Benefit-cost Analysis Was Applied to Provide an Explicit Economical Basis for Developing Integrated Floodplain Management Plans, 2nd International Conference on Hydrology and Watershed Management, 2006
  • Kajoo River Flash Flood Calculation, 6th River Eng. Conference, 2006
  • Estimation Floods caused by earth dams break, Power and Water University of Technology yearly Research Achievements, 1999
  • Rule of River Engineering on Bridge Design, Journal of Omran Sharif, 1998
  • Comparison physical and numerical models of flow pattern in river meanders, Sharif University of Technology, Civil Eng. Dep., MSc. Thesis, 1998
  • Future Trends on Hydraulic Engineering, Journal of Omran Sharif, 1997
  • Hydro systems Engineering and Management, Sokhan Daneshjo, 1996

References

  • Cem Avci, Bogazici University, Professor in Civil Eng. Dep.
  • Hayrullah Ağaçcıoğlu, YTU, Professor in Civil Eng. Dep.
  • Güleda Engin, YTU, Professor in Environmental Eng. Dep.
  • Mehmet Özger, ITU, Professor in Civil Eng. Dep.

Research

  • 2-D and 3-D Flow Pattern Modeling in Rivers
  • Flood Management and Design of Emergency Action Plans for Dams
  • Flood Mapping and Damage Analysis
  • Complex Ground Water Flow and Quality Modeling
  • Hydrologic Modelling by SWAT and HEC-HMS
  • Programming for runoff calculation and topology-based routing for large river basin
  • Multi-Objective Optimization for Sustainable Use of Surface-Subsurface Water in River Basin Scale

Timeline

Hydraulic Engineer, consulting Engineer - Speed Railway
01.2023
region Project Manager - Alter International Consulting Engineering
01.2022
Project Manger - Ministry of Agriculture
01.2020 - 01.2022
Team Leader - YÜKSEL PRJ Engineering Co
01.2018 - 01.2022
management Team Leader -
01.2018 - 01.2022
Analyst -
01.2017 - 01.2019
Ph.D. Student/Researcher - Yildiz Technical University
01.2016 - 01.2021
Team Leader -
01.2016 - 01.2019
Modeling Team Leader -
01.2016 - 01.2018
Researcher/River basin Modeler - Türkiye
01.2015 - 01.2020
Senior Engineer - TUREDI Engineering Co, Türkiye
01.2015 - 01.2016
Managing Director -
01.2007 - 01.2015
Managing Director - ABANROOD Engineering Co
01.2006 - 01.2015
Moshanir Consulting Engineer -
01.2002 - 01.2007
Hydraulic Engineer -
01.1996 - 01.2002
Project Manager - Ministry of Agriculture
Project Manager - Iran-Tehran
Water Supply Team Leader - Rail Baltica
Hydrology Expert - RB Rail AS
Yildiz Technical University - Civil engineering (English),
Sharif University of Technology - Entrepreneurship Lecturer in Basic Sciences and Engineering,
Sharif University of Technology - Civil engineering-Water Engineering,
Shahid Beheshti (Power and Water Institution Technology) - Civil engineering- Dam and Irrigation Network,
Mohsen Mahmoody VanolyaWater Engineer