Technical Skills

Water Modelling

More than two and a half decades of multidiciplined expertise in hydrological and hydraulic modelling applied to urban water and water resources systems, in which combines robust modelling techniques with system-level understanding to support analysis, planning, and decision-making across a range of spatial and temporal scales.

Modelling Tools

• 1D-2D: MIKE+ (all modules), MIKE FLOOD.

• 1D-river: MIKE 11, MIKE HYDRO, MIKE11GIS.

• 1D-pipe: MIKE URBAN (CS, SWMM and Epanet).

• 2D: MIKE21, Scalgo Live and Scalgo Live Tuflow.

• Data analysis: MIKE VIEW, Gandalf.

• Stormwater konceptual: Storm Tac for rainwater and water quality modelling.

• 1D: InfoWorks CS.

• GIS: ArcGIS/ArcGIS Pro, MapInfo and QGIS

Design databases

• DANDAS-Graf: MicroStation-database and design tool of water supply and drainage systems in Denmark.

• VA bank: GIS-database and design tool of water supply and drainage systems in Sweden.

Key Skills

• 1D-modelling: Development and application of hydrological and hydraulic models for one-dimensional urban drainage, rivers, and water resources systems.

• 2D-modelling: Surface water modelling that includes flood modelling, lakes and coast modelling.

• 1D-2D modelling: Integrated modelling approaches linking surface water, sewer systems, and receiving waters for flood modelling.

• 1D-1D modelling: Faster flood modelling, linking surface water modelled as1D-model to traditional 1D-model systems. This innovative method to be implemeted in modelled weather radar prognoses models.

• LTS-modelling: Long-term time series modelling is a cost-effective method for supporting the design and optimization of combined sewer overflow (CSO) systems and associated retention facilities, including ponds, tanks, and rainwater lagoons, by capturing temporal variability in rainfall and system response.

• RDII /NAM-modelling: Rain Dependent Infiltration and Inflow modelling for 1D-systemes.

• Scenario analysis for climate change, urban development, and operational conditions.

• Calibration, validation, and uncertainty assessment to ensure model reliability.

• Modelling for decision-support: Coupling of modelling results with decision-making support and planning frameworks.

Project & Asset Management

Coordination and management of water projects from early planning to implementation, integrating technical inputs, schedules, and stakeholder requirements to support timely and cost-effective delivery.

Asset management approaches supporting the operation, maintenance, and renewal of water infrastructure. Focus areas include performance assessment, risk-based prioritization and lifecycle planning.

Key Skills

Planning & Control

• Project planning and structuring

• Time scheduling and process design

• Delivery management and deadline control

Resources & Teams

• Resource allocation and capacity planning

• Team building and interdisciplinary coordination

Economy, Risk & Assets

• Project budgeting and financial control

• Risk assessment and lifecycle planning

• Asset management and performance planning

Quality & Governance

• Quality assurance, auditing, and verification

• Project structure, documentation and reporting

Communication & Clients

• Stakeholder communication and coordination

• Client relations, marketing and networking

Design

Design of urban water and water resources systems that translates analysis and modelling into practical, buildable and resilient solutions.

The focus is on functionality, safety, sustainability, and long-term system performance.

Design Capabilities

Hydraulic & Hydrological Design
From modelling and analysis to resilient and implementable water system design.

Design of drainage, flood protection, and water conveyance systems based on hydrological and hydraulic analysis. Emphasis is placed on capacity, robustness and performance under current and future conditions. This aim to the follwoing:

• Engineering design translating modelling and analysis into resilient urban water solutions.

• Hydraulic and hydrological design supporting safe, sustainable and buildable systems.

Integrated System Design
Integrated design across drinking water, wastewater, stormwater, and receiving waters to ensure system compatibility and optimized performance at catchment and urban scales.

Sustainable & Resilient Design
Design solutions that incorporate sustainability principles, climate change adaptation, and resilience to extreme events. This includes nature-based solutions and adaptive design strategies.

Design Support & Decision Integration
Design outputs structured to support planning, permitting, and implementation processes, ensuring traceability from modelling and analysis to final design decisions.

Design expertise

• Drainage system network hydraulic and constructional analysis and design.

• Retention tanks and reservoirs hydraulic, constructional and estthetic analysis and design.

• Low Impact Development (LID, LAR in Denmark and LOD in Sweden) systems analysis and design.

• Pumpstations hydraulic design and selection.

• Water supply network hydraulic and constructional design.

• Kanal, river modifications and hydrological structures analysis and design.

• Dam safety analysis and design.