Core Strengths
Expertise in urban water systems, environmental policy and sustainable planning
Designing efficient urban water and water resources infrastructure with a focus on resilience and sustainability.
Crafting environmental regulations that balance development needs with climate change challenges and ecosystem protection.
Analyzing water resource policies to support sustainable urban growth and climate change adaptation.
Water is life!
Decades of Impact
Over 30 years shaping projects across Sweden, Denmark, and Iraq saving more than DKK 67 million (€ 9 million) through expert water engineering and climate change adaptation strategiesuse.
100+ projects
25+ years strategic work
DKK 67M+ Saved
30+ Years
Specialist in MIKE+ and advanced modelling tools.
Water Engineering
Elevating water infrastructure engineering to the next level
Hydraulic Modelling
Hydrological and hydraulic modelling and planning of urban water systems and water resources to support master planning, design development, risk assessment and climate-resilient mitigation strategies.
Design & Optimization
Design and optimisation of Sustainable Urban Drainage Systems (SUDS), water resources, and dam safety systems, including pipe networks, LID, pump stations, channels, tunnels, and stormwater/wastewater infrastructure across urban, rural, transport and coastal environments.
Development & Renewal
Planning, design, and renovation of water and wastewater infrastructure for residential, commercial, and industrial developments, as well as water resources systems including dikes, riverbanks, and dams, using both “dig” and “no-dig” techniques to ensure efficient, resilient and sustainable solutions.
Project Management
Managing projects across urban water and water resources sectors, including planning, design, and implementation of drainage, wastewater, stormwater, and water infrastructure systems. Experienced in leading multi-disciplinary teams, coordinating stakeholders, and delivering climate change adaptation solutions such as flood risk mitigation, resilient water networks and sustainable infrastructure.
Policy and Strategy
Snapshots from projects shaping sustainable water futures
The intersection of water engineering and decision-making is the core of my projects.
My projects support urban water and water resources policy and planning through evidence-based analysis and practical decision support.
Projects focus on strategic and operational time scales planning, regulatory alignment and resilient water systems.
Strategic Water Planning
Strategic water palnning supports long-term water strategies by integrating technical analysis, risk assessment, and policy objectives.
The focus is on resilient systems that account for climate change, urban growth and regulatory frameworks.
Short-Term and Operational Planning
Which contribute to short-term planning by linking real-world constraints, system performance, and decision support tools.
This includes prioritization of actions, operational strategies and adaptive responses under uncertainty.
Policy Analysis and Development
That translate technical water system knowledge into actionable policy recommendations.
The work supports policy formulation, evaluation, and implementation at municipal and regional levels.
Urban Water Systems Planning
Supports integrated planning of drinking water, wastewater, and stormwater systems.
Projects focus on aligning engineering solutions with planning policies and sustainability goals.
Decision Support for Planning
Implements scenario analysis and planning tools to evaluate policy options under uncertainty, supporting transparent and robust decision-making.
Research and Innovation
Research- and innovation-driven approaches that strengthen analysis, design, and decision-making in urban water engineering and water resources, with a focus on practical applicability and impact.
Advancing urban water management through optimized methodologies and innovative solutions.
Innovative Solutions
Innovative and research-driven solutions addressing complex urban water challenges.
Development and application of innovative solutions for urban water and climate change challenges, combining engineering analysis, research insights and emerging tools.
Focus areas include resilient, scalable, and forward-looking solutions for complex water systems.
Methodology Optimization
Refining water modelling and analytical methods to support robust and transparent decisions.
Optimization of methods, models, and analytical frameworks to improve robustness, efficiency, and transparency in urban water and water resources projects.
Emphasis is placed on modelling approaches, decision-support methods, and assessment workflows.