The hydrological study that precedes any urban development planning is of essential importance for protection from flood hazards that cause significant damage and losses to existing facilities and buildings and the lives of citizens.

Scope of hydrological works and rain drainage studies services:

• Studies and designs for flood protection projects.
• Metrological studies.
• Marine studies.
• Studies and designs for infrastructure networks (rain drainage, sewage, etc.).

• Traffic Analysis: Collect and analyze traffic data to identify patterns and trends.
• Traffic Performance Evaluation: Evaluate the efficiency of roads and streets and provide recommendations for improving performance.
• Traffic Solution Design: Design traffic signal systems, roundabouts, and traffic management techniques to improve traffic flow.
• Project Impact Studies: Evaluate the impact of urban projects on traffic and provide strategies to reduce congestion.

• Environmental Impact Assessment (EIA): Analyzing the impact of projects on the natural environment and providing strategies to mitigate damage.

• Natural Resource Management: Developing plans to manage water and land resources in sustainable ways.

• Environmental Planning: Providing environmentally friendly solutions to minimize the negative impacts of urban projects.

• Biodiversity Studies: Assessing the impact of projects on wildlife and local ecosystems.

• Soil and rock analysis: Collecting and analyzing soil samples to assess the soil’s ability to withstand structures.
• Geological hazard assessment: Identifying hazards such as landslides and earthquakes and providing solutions to mitigate their impact.
• Engineering consulting: Providing engineering recommendations based on the results of geological studies to ensure project stability.
• Geotechnical site studies: Evaluating the geological formations of a site to support engineering and construction designs.

• Current and tide analysis: Study the impact of marine conditions on projects to ensure their sustainability.
• Marine soil assessment: Examine and evaluate the properties of marine soil to ensure the safety of coastal and marine facilities.
• Marine facility design: Provide engineering solutions to design ports, bridges and coastal facilities to suit marine environments.
• Marine risk management: Identify potential hazards such as erosion and marine storms and provide solutions to mitigate their effects.

• Cost-benefit analysis: Estimating total costs and potential returns to determine the feasibility of the project.
• Economic risk assessment: Analyzing the risks associated with the project and developing strategies to mitigate them.
• Market study: Analyzing market factors and their impact on the success of the project.
• Project financing plan: Providing financing solutions appropriate to the project’s needs.

• Hydrological studies: Analyzing groundwater resources and determining their potential use.
• Water management system design: Developing effective solutions for managing groundwater and surface water in engineering projects.
• Groundwater quality assessment: Studying the purity of groundwater and determining its suitability for use.
• Water risk management: Identifying potential risks such as drought or pollution and developing solutions to mitigate them.

• Cost and Function Analysis: A comprehensive review of project elements to achieve a balance between cost and required functionality.

• Design Alternatives: Proposing alternative solutions to reduce costs while maintaining performance and quality.

• Project Efficiency Improvement: Working to improve processes and reduce waste of resources to achieve maximum value.

• Value Added Consulting: Providing recommendations to increase the added value of the project in line with customer needs.

• Road and Bridge Design: Planning and designing advanced infrastructure that contributes to improving traffic flow and facilitating mobility.
• Water and Sewage Network Design: Designing efficient and sustainable water networks that meet the needs of the community and enhance the quality of life.
• Electrical Infrastructure: Developing and designing power and electricity systems that ensure continuous operation and safe use.
• Project Sustainability Analysis: Providing design solutions that focus on reducing environmental impact and ensuring long-term sustainability.

• Preparing timelines: Developing accurate timelines to ensure the project is completed on time.
• Managing budgets: Monitoring and analyzing project costs to ensure that it is on budget.
• Identifying required resources: Allocating human and material resources to ensure the project is executed smoothly.
• Managing risks: Analyzing potential risks and providing plans to address them and mitigate their impact.