Projects Timeline

A chronological journey through my projects since 1980's

Chronological urban water projects since 1989

Early Works 1980s - 1990s

Public water and Infrastructure projects

Mellenium Projects

Wastewater and storm water projects

Upgrading urban water infrastructure and treatment

Recent Works

Sustainable water solutions and innovations

2010 - 2022

2024–2025 – AYA HYDRO
Expert Modeller – Dam Safety (Munkedal, Sweden)
Dam safety analysis for the Kasarna and Björid dams, including upstream river and basin systems as well as downstream systems. Developed 10 consequence scenarios for mean flow (MQ) and 200-year flood events (HQ200). Hydrodynamic modelling performed in MIKE+ over an area exceeding 100 km² using a coupled 1D–2D model.

2024–2025 – AYA HYDRO
Expert & Technical Writer – Stormwater Strategy (Partille Municipality, Sweden)
Development of a comprehensive stormwater management strategy for Partille Municipality.

2024 – AYA HYDRO
Expert & Project Manager – Cloudburst and Stormwater Investigation (Hedagård,Fristad, Borås, Sweden)
Led investigation and analysis for stormwater and cloudburst management in a major development project.

2024 – COWI
Expert Modeller – Water Supply System (Skåne, Sweden)
Hydraulic design modelling of flow demand (1740 l/s) and pressure head for an 11 km water supply pipeline from Ringsjöverket to Västra Strö. Project for Sydvatten.

2024 – COWI
Technical Manager – Strategic Project JP Borås (Sweden)
Responsible for stormwater and cloudburst modelling using a coupled 1D–2D hydrodynamic model to assess the impact of a new railway corridor (~10 km southeast of Borås). Project for Trafikverket.

2023–2024 – COWI
Project Manager & Expert – Plania (Nacka, Sweden)
Stormwater and cloudburst investigation for a development area. Modelling conducted using Scalgo and StormTac. Project for Nacka Municipality.

2022–2024 – COWI
Technical Manager – Säve (Gothenburg, Sweden)
Recipient analysis for downstream water bodies in an Airport development area. Modelling performed using MIKE+ and StormTac. Project for Castellum.

2023–2024 – COWI
Specialist – Aspen (Huddinge, Sweden)
Stormwater investigation for a development area using Scalgo and StormTac. Project for Huddinge Municipality.

2023–2024 – COWI
Expert – Lindholmsförbindelsen Railway Plan (Gothenburg, Sweden)
Drainage and cloudburst design and investigation for a railway tunnel project.

2023 – COWI
Technical Manager – Strategic Industrial Project (Mariestad, Sweden)
Stormwater and cloudburst modelling for a 142 ha industrial site (Volvo Trucks), covering a total model area of 2100 ha. Included river, dike, culvert, bridge, pipe network, and 2D surface modelling under current and future scenarios using MIKE+ and Storm Tac.

2023 – COWI
Project Manager – Liljevalchs & Medborgarhuset (Stockholm, Sweden)
Stormwater and cloudburst investigations, modelling, mapping, and mitigation solutions for two public properties. Project for Stockholm City.

2023 – COWI
Expert – Volvo Trucks Customer Center (Gothenburg, Sweden)
Design and modelling of stormwater and cloudburst systems including pipe networks, channels, culverts, ponds, and retention basins over a 30 ha catchment. Tools: Scalgo and Storm Tac.

2023 – COWI
Expert Modeller – Söder om MIS (Hyllie, Malmö, Sweden)
Hydrodynamic modelling of four stormwater and cloudburst scenarios, including drainage and river systems, with proposed solutions. Tools: MIKE+, Scalgo, StormTac. Project for Malmö City.

2022–2023 – COWI
Technical Manager – Strategic Cloudburst Project (Stockholm, Sweden)
Investigation, analysis, modelling, and mapping of cloudburst risks for public properties across 11 catchments. Project for Stockholm City.

2010 - 2022

A chronological overview from 2010 to 2022

2022 – WSP
Project Manager & Expert – Hemsamariten (Stockholm, Sweden)
Capacity and cloudburst modelling using a coupled 1D–2D model in MIKE+ for a major development project. Client: Åke Sundvall.

2021–2022 – WSP
Project Manager – Bromstensgluggen (Stockholm, Sweden)
Cloudburst mapping and stormwater investigation for a development plan area.

2021–2022 – WSP
Technical Manager – Gunsta (Uppsala, Sweden)
Scalgo-based analysis and cloudburst modelling for design storms and 100-year events. Included 1D and coupled 1D–2D modelling, design of a new climate-adapted stormwater system, and integration with existing infrastructure. Developed retention basins and system capacity solutions.

2021–2022 – WSP
Expert – Grebbestad (Sweden)
Structural planning of wastewater and stormwater systems, including cloudburst modelling and cost-benefit analysis. Conducted 1D–2D and coastal 2D modelling to assess combined risks from cloudbursts and storm surges. Developed infrastructure adaptation solutions.

2021–2022 – WSP
Technical Manager – Sporthotellet (Stockholm, Sweden)
Flood and cloudburst modelling for 10-, 30-, and 100-year events. Defined responsibility distribution between Stockholm City and Stockholm Water and Solid Waste Utility (SVOA).

2020–2022 – WSP
Expert – Gothenburg (Sweden)
Assessment of the impact of high-tide protection measures on stormwater systems.

2020–2022 – WSP
Technical Manager – Humlegården (Stockholm, Sweden)
Design of subsurface stormwater retention systems for design storms and extreme rainfall events.

2021 – WSP
Technical Manager – Riddersvik (Stockholm, Sweden)
Design of flood protection dike for storm conditions.

2021 – WSP
Project Manager – Archimedes 1 (Sweden)
Hydraulic modelling for 10- and 30-year design storms and optimization of stormwater pipe network capacity.

2021 – WSP
Project Manager – Hagsätravägen (Stockholm, Sweden)
Cloudburst mapping and preliminary cost-benefit analysis for a development project.

2020–2021 – WSP
Project Manager – NSVA (Landskrona & Bjuv, Sweden)
Flood modelling and cloudburst mapping for nine cities, including design storms (5- and 10-year) and extreme events (50- and 100-year).

2020 – WSP
Project Manager – Nybro (Sweden)
Flood modelling and cloudburst analysis for 10-, 20-, and 100-year events, including Copenhagen rainfall scenarios.

2019–2021 – WSP
Expert – Umeå Region (Sweden)
Design storm and cloudburst modelling for Sävar, Obbola, and Hörnefors.

2019–2021 – WSP
Expert – Umeå South (Sweden)
Update and calibration of wastewater hydraulic models based on system changes and long-term forecasts (20–50 years).

2019–2021 – WSP / Trafikverket
Technical Manager – Ostlänken (OLP1, Linköping, Sweden)
Responsible for hydrology, surface water, and cloudburst analysis for a 15 km high-speed railway project. Included hydraulic modelling, culvert design, flood risk assessment, and mitigation solutions across six model areas (total ~14,600 ha).

2019 – WSP
Technical Manager – Smörkajen (Malmö, Sweden)
Climate adaptation study including modelling of cloudbursts and sea-level rise for short- and long-term scenarios in MIKE FLOOD (1D-2D modelling) with 3D-visualization.

2018 – WSP
Expert – Tornlyckan (Höganäs, Sweden)
MIKE FLOOD (1D-2D modelling) of cloudburst and design storm modelling with mitigation solutions for a >20 ha development area.

2018 – WSP
Expert – Malmö Projects (Sweden)
South of Badhuset: Stormwater system design and terrain regulation (4 ha residential area) with MIKE FLOOD (1D-2D modelling).

2018 – WSP
Expert – Malmö Projects (Sweden)
Fortuna: MIKE FLOOD (1D-2D modelling) Stormwater system design and terrain regulation (20 ha development area).

2017 – MT Højgaard / NOVAFOS
Technical Manager – Vinge Centrum (Frederikssund, Denmark)
MIKE Urban Modelling, design, and climate adaptation solutions for a 30 ha urban development including residential, commercial areas, and a train station (approx. 10,000 PE).

2016 – Hillerød Forsyning / Utility
Project Manager – Uvelse (Denmark)
Separation of combined sewer systems with climate adaptation and LID (Low Impact Development) solutions.

2015 – Hillerød Forsyning / Utility
Project Manager – Asset Management (Denmark)
Rehabilitation planning and strategic asset management.

2015 – Hillerød Forsyning / Utility
Project Manager – Hillerød (Denmark)
End-to-end responsibility for development projects: planning, design, modelling, QA, budgeting and execution.

2014–2015 – SWECO
Expert – Ulleråker (Uppsala, Sweden)
Surface water risk analysis using MIKE FLOOD / MIKE 21.

2014–2015 – SWECO
Project Manager – Roslagsvatten (Sweden)
Hydraulic modelling of wastewater systems across four municipalities.

2014–2015 – SWECO
Technical Manager – Southern Uppsala (Sweden)
Modelling and calibration of wastewater systems Söder Uppsala.

2014–2015 – SWECO
Project Manager – Upplands Väsby (Sweden)
Climate adaptation, vulnerability analysis, and blue spot mapping.

2014–2015 – SWECO
Project Manager – Svenskt Vatten Project 14-117
Development of national guidelines for modelling stormwater and wastewater systems.

2014 – SWECO
Technical Lead – Nacka (Sweden)
Structural planning of wastewater systems including modelling, calibration, and future (2040) solutions.

2014 – SWECO
Engineer – Årstafältet (Stockholm, Sweden)
Design and validation of wastewater pipe networks for a major housing development.

2013–2014 – SWECO
Expert – Stockholm (Sweden)
Design and capacity optimization for Bromma tunnel and Henriksdal WWTP.

2013–2014 – SWECO
Technical lead – Snättringe (Huddinge, Sweden)
Model calibration, capacity optimization, and flood mitigation.

2014 – SWECO
Engineer – Orminge (Nacka, Sweden)
Flood modelling and 3D visualization.

2013 – Spildevandscenter Avedøre (BIOFOS)
Expert – Brøndby (Denmark)
Flood risk modelling and mitigation solutions for 250 ha catchments.

2013 – Spildevandscenter Avedøre (BIOFOS)
Expert / founder – Horsedammen (Denmark)
New 1D–1D modelling method of 5-, 10-, and 100-year cloudburst events with 3D visualization.

2013 – Spildevandscenter Avedøre (BIOFOS)
Project Manager – Basin RB03 (Denmark)
Capacity optimization and renovation of an 80,000 m³ retention basin.

2012–2013 – Spildevandscenter Avedøre (BIOFOS)
Engineer – Brøndby (Denmark)
Model calibration and scenario analysis for combined sewer systems (146 ha catchment).

2012 – Spildevandscenter Avedøre (BIOFOS)
Project Manager – Brøndby (Denmark)
Capacity optimization and design of RB04 basin and drainage systems (78 ha catchment).

2011 – Spildevandscenter Avedøre (BIOFOS)
Engineer – Copenhagen (Denmark)
Development and calibration of regional MIKE URBAN MOUSE-RDII model (10,000 ha / 300,000 PE).

2011 – Spildevandscenter Avedøre (BIOFOS)
Project Manager – Herlev (Denmark)
Hydraulic modelling and infiltration analysis with solution proposals.

2010 – Spildevandscenter Avedøre (BIOFOS)
Project Manager – Vallensbæk (Denmark)
Model improvement, calibration, and validation of stormwater systems.

2010 – Spildevandscenter Avedøre (BIOFOS)
Engineer – Brøndby (Denmark)
Flood mitigation modelling and detailed solution design.

2010–2012 – Spildevandscenter Avedøre (BIOFOS)
Project Manager – Høje-Taastrup (Denmark)
Renovation of combined sewer basin RB04.

2010 – Spildevandscenter Avedøre (BIOFOS)
Bidding Manager – BIOFOS (Denmark)
Tendering and procurement for TV-inspection projects across 10 municipalities.

Mellenium Projects

A chronological portfolio of projects delivered during the Mellenium decade

2009 – Egedal Forsyning / Utility
Hydraulic Engineer - Road Project (Denmark)
Hydraulic optimisation leading to cost savings of approximately DKK 5 million.

2009 – Egedal Forsyning / Utility
Hydraulic Engineer - Kildedal Leisure Park (Denmark)
Risk assessment and hydraulic analysis based on current and future climate scenarios using MIKE FLOOD (MIKE 21–MOUSE and MIKE 11).

2009 – Egedal Forsyning / Utility
Hydraulic Engineer - Stenløse Town Centre (Denmark)
Climate change risk assessment for basins and lagoons as part of the Stenløse tributary using MIKE FLOOD (MIKE 21, MIKE 11, and MIKE URBAN–MOUSE).

2008–2009 – Egedal Forsyning / Utility
Project Engineer - Ørnebjerg District, Ølstykke (Denmark)
Regulation of discharge to Lake Skenkelsø, including hydraulic optimisation, design, and execution.

2008–2009 – Egedal Forsyning / Utility
Project Manager - Rain Information System (Denmark)
Development of a rain information system based on DHI weather radar technology.

2008 – Egedal Forsyning / Utility
Hydraulic Engineer - Drainage Network Renovation Projects (Denmark)
Optimisation of pipe network rehabilitation, achieving savings of DKK 7

million and approximately DKK 50 million projected over the following four years.

2007 – Egedal Forsyning / Utility
Hydraulic Engineer - Smørumnedre (Denmark)
Model optimisation using MIKE URBAN–MOUSE for alternative renovation

solutions, resulting in savings exceeding DKK 5 million.

2006–2007 – Egedal Forsyning / Utility
Project Manager - Peter Appelsvej Housing Development (Denmark)
Cost savings of DKK 1.3 million through alternative design solutions based on

MIKE URBAN–MOUSE modelling, structural modifications, and correction of

quantity lists.

2006–2007 – Egedal Forsyning / Utility
Project Manager – Ganløse (Denmark)
Construction of a 1,200 m³ underground circular basin for a combined sewer system and elimination of flooding in Ganløse, Frederikssundsvej, and Stenløse.

2005–2008 – Egedal Forsyning / Utility
Hydraulic Engineer – Stenløse Syd Development (Denmark)
Hydraulic modelling of a 700-house development implementing Local Rainwater Discharge (LRD) solutions, including on-site infiltration systems to prevent overloading of the drainage network..

Early Work 1980s - 1990s

Early projects (1980s –1990s)

1993–1995 – Kermasha Engineering
Project Manager – Dawra Infrastructure Renovation, Baghdad (Iraq)
Managed renovation of water supply and drainage networks, overseeing design, coordination and implementation.

1988–1991 – Military Project Commission
Site Director Engineer – Ar-Rashidyeh Military Hospital, Baghdad (Iraq)
Led on-site construction of a 500-bed hospital project (total budget: US$ 215 million), achieving cost savings exceeding US$ 300,000 through effective site management and optimisation.