Road & Urban Design, Traffic & Transport Planning

At Tyréns, we actively work to ensure that road transport systems contribute to enhancing the attractiveness of cities and urban areas, improving road safety, and promoting a sustainable environment. We believe in participating throughout the entire process, from strategy and analysis to the comprehensive development of projects.

Designing roads, streets, and urban areas is a complex process aimed at creating functional, safe, and aesthetically pleasing transport and public spaces. It involves the design of transport infrastructure that considers the needs of all road users — drivers, pedestrians, cyclists, and public transport. This process is crucial for fostering sustainable urban development and improving the quality of life for residents.

 

In the scope of roads and urban areas, we handle:

 

• analysis of the terrain and local conditions,
• consultations with local authorities, road administration, and the community,
• creating conceptual designs, building permit and detailed designs of urban road systems, including roads, streets, intersections, pedestrian / cycling paths and parking spaces,
• monitoring the progress of construction work and ensuring compliance with project specifications.

   

Traffic engineering and transport planning naturally complement the road sector. These fields are closely related to planning, design, and management of transport systems and lead to improve efficiency, safety, and accessibility for users.

 

In the area of traffic engineering, we focus on the analysis and optimization of vehicle and pedestrian flows within transport infrastructure.

 

Transport planning is a broad strategic process that focuses on the long-term development of transport systems, taking into account both the needs of residents and economic growth.

 

We provide a variety of simulation methods and analyses to support efficient transport system planning and management. The most important tools include:

 

• macro simulations,
• micro simulations,
• meso simulations,
• pedestrian flow and bicycle traffic analyses.
• public transport traffic analysis.

   

Each of these approaches has its specific application depending on the scale of the project and the type of data being analyzed.

 

In our daily work, the most commonly used engineering software includes:

 

• Autodesk AutoCAD,
• Autodesk Civil 3D,
• Autodesk Vehicle Tracking,
• Autodesk Navisworks,
• Autodesk Vault,
• Bentley ProjectWise,
• PTV Vissim,
• PTV Visum,
• Bentley Dynameq,
• Aimsun.