Transportation & mobility

A holistic process

From the initial phase of planning and design to the practical implementation and operation, transport infrastructure requires careful consideration and a holistic approach to meet both present and future needs. Efficient transport infrastructure not only supports mobility, but is also a catalyst for economic growth, sustainable development and quality of life.

Our consultants design and plan infrastructure solutions that help the cities of the future to meet the challenges of a growing population. We work interdisciplinary and with a large contact surface with your employees and thereby create innovative and multifunctional solutions, it takes into account varying parameters. 

Design and planning of transport infrastructure requires a systematic approach where all relevant factors are taken into account. It is not only about connecting points A and B, but about creating a coherent and functional infrastructure that serves the needs of both society and users. Transport infrastructure includes a multitude of components, from road networks and bridges to railways, metro systems and cycle paths. Each of these requires careful consideration in the design and planning stages to ensure optimal functionality and long-term sustainability.

An important part of the planning process is to identify the specific needs in the area in question. Building new infrastructure requires a thorough knowledge of both existing traffic patterns and the expected future needs, which may involve growth in the population or changed transport habits. It is therefore necessary to carry out traffic studies and mobility analyses, which provide insight into how people and goods move in a given area and which infrastructure improvements will be most effective.

Intelligent infrastructure

Today, transport infrastructure design is not only a matter of physical construction, but also of integrating smart technology.

Intelligent transport infrastructure makes it possible to improve the efficiency and sustainability of the transport networks. This may include integration of sensor technology for traffic management, smart traffic lights that adapt to traffic flow in real time, and digital information systems that inform road users of travel times, traffic conditions and alternative routes.

Building Information Models (BIM) have also become an important part of the design and planning process. BIM enables a digital model of the infrastructure elements that can be used to visualize and simulate all aspects of the transport infrastructure. This allows planners and designers to optimize the design, anticipate potential problems, improve resource management and reduce costs.

In the future, we will also see an increased integration of the Internet of Things (IoT), which enables the infrastructure to "talk" with other systems. IoT can be used to monitor road conditions, vehicles and traffic, providing real-time data that can be used to adjust traffic patterns and optimize infrastructure performance.

Sustainability in transport infrastructure design

Sustainability is a crucial element in today's infrastructure design. With the increasing awareness of climate change and environmental impacts, the planning and design of transport infrastructure requires a responsible approach that both reduces environmental impact and promotes more efficient use of resources. This involves a number of considerations:

Reducing CO2 emissions: Designing transport infrastructure that promotes the use of public transport, cycling and walking can reduce dependence on fossil fuels and reduce CO2 emissions. Examples include building bike lanes, bike sharing systems and light rail, which make it easy for people to choose sustainable modes of transport.

Green transport solutions: Building infrastructures that enable electric vehicles and solutions, such as charging stations for electric cars and the electrification of public transport, help promote the use of green energy.

Life cycle assessment (LCA): In the design phase, it is also important to use life cycle assessment to assess the overall environmental impact of the transport infrastructure, from the production of the materials to construction, operation and eventual demolition. This helps to ensure that the solutions chosen are the most sustainable in the long term.

Integration of transport infrastructure

Design and planning of transport infrastructure is closely linked to overall urban planning. The transport infrastructure must not only be efficient in itself, but also integrated into the larger urban environment, where it supports economic growth, housing development and social interaction.

Urban planners must ensure that there is sufficient transport infrastructure to support the movement of the population without creating traffic jams or inefficient transport systems. Effective integration of transport infrastructure can also lead to smart cities, where digitization and technology enable fast, efficient and sustainable movement of both people and goods.

An important approach is multimodal transport planning, which ensures that different modes of transport (car, bus, train, bicycle, walking) are well integrated into one overall plan, improving both mobility and efficiency.

Design and planning of transport infrastructure is not just a technical task, but a strategic process that requires a holistic approach. Efficient transport infrastructure can improve quality of life, increase economic growth and reduce environmental impact.

By integrating advanced technologies, promoting sustainability and ensuring good urban planning, we can create infrastructures that are future-proof and able to meet both current and future needs.