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Urban and Infrastructure Solutions

Urban and Infrastructure Solutions

Future-proof spaces: livable, sustainable, affordable 

Cities are changing fast. Climate change, resource scarcity, digitalization, and an evolving society require a new approach and holistic solutions.

How do we keep pace? Urban and Infrastructure Solutions is our comprehensive consulting approach for any type and scale of built environment. We cover it all, transforming industrial sites, municipal heating systems, and entire cities.

We bring integrated solutions and expert knowledge of sustainable technology, economy, and successful transformation.  

From Vision to Value – Your Leading Experts in Urban and Infrastructure Solutions. 

Our Priorities

Urban development and strategic locations

Urban development and strategic locations

From master planning to handover, we develop livable, economic, and sustainable urban spaces. 

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New energy, industry, and mobility

New energy, industry, and mobility

We transform technical infrastructures and companies with a focus on decarbonization and connected mobility.   

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Water, climate, and resilient infrastructure

Water, climate, and resilient infrastructure

We find solutions and help communities adapt to climate change through sponge city concepts, biodiversity, and resilience. 

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Our Solutions and Services

WHAT YOU GET

Early action enables smarter investment.  

  • You gain technical depth in planning and consulting.
  • You benefit from decades of experience and implementation skills.
  • Our concepts anticipate construction and operations.  
  • We co-create with collaborative workflows.
  • Teams scale to your needs and integrate partner support. 

Holistic Consulting for Urban Transformation and Infrastructure

We understand cities, neighborhoods, campuses, infrastructure, and buildings systematically. Industries, the public sector, and the real estate industry are shifting toward a new economy. Smart cities are developing. Meanwhile, climate, mobility, and energy transitions reshape demographics.

We know complex, intertwined systems require an interdisciplinary approach.
 

Our Approach is Multidimensional

Various factors influence our environment:

  • Energy

     

    How do we generate, transport, and store energy efficiently? How can we consume less by using efficient technologies? How do we ensure economic efficiency and stability? Where should energy plants be built? 

     

  • Water

     

    Heavy rainfall and drought force sustainable infrastructure and sponge city principles. How do we cut drinking water use, harvest rain, and protect against extremes? 

     

  • Climate

     

    How can we slow global warming? How is architecture part of the solution? How do we turn a carbon footprint into a “beneficial footprint”? 

     

  • Icon: Waste, Resources

    Waste and Resources

     

    How do we use resources responsibly? How do we save space, use eco-friendly materials, and close cycles with Cradle to Cradle®? 

     

  • Mobility

     

    How do we seamlessly connect different modes of transport? Where do we build infrastructure for electric and hydrogen mobility? 

     

  • Urban Structures and Real Estate

     

    Which criteria shape city planning? How do we transform existing buildings? What future challenges lie ahead – from green facades to solar roofs? 

     

  • Biodiversity

     

    How do we balance people and nature? How do we bring biodiversity into cities? Do we need Edible Cities while bees decline? 

     

  • Digitization

     

    Neighborhoods, buildings, rooms, and even objects join the “Internet of Things,” creating new business models. How do we connect everyday items with large-scale structures?  

     

  • Finances

     

    Which funding is available? What do green bonds require? How do we ensure economic, realistic development? 

     

  • Society

     

    How will urban life change? Will drones replace malls? Will offices disappear, or will hybrid work shape the future? 

     

We Consider All Dimensions

Graph: Urban and Infrastructure Solutions, Stressors
  • Data connection  
  • Smart networking  
  • Neighborhood apps  
  • Safe City  
  • Economic efficiency  
  • Green bond  
  • Subsidies  
  • CO₂ tax  
  • New business models  
  • Sponge city principles  
  • Environmental risk analysis  
  • Blue-green infrastructure  
  • Reducing drinking water usage 
  • Conversion  
  • Transport  
  • Storage  
  • Savings  
  • High-tech/ low-tech requirements
  • Efficiency  
  • Sufficiency
  • Cradle to Cradle®  
  • Climate change
  • Minimize carbon emissions  
  • Climate-friendly construction
  • Microclimate simulation  
  • New mobility  
  • Mobility concepts
  • City logistics  
  • Smart charging 
  • Demographic change/ structural change  
  • Social structures/ education  
  • Quality of life
  • Working world and shopping behavior  
  • Public participation 
  • Urban farming  
  • Animal-aided design  
  • Open space concept 

 

  • Development/ technical master plan  
  • Planning and construction  
  • (Re)using/ lifespan  
  • Building and neighborhood certification  
  • Density  
  • Height development  
  • Building types  
  • Building orientation  
  • Certification/ ESG
  • Certification of existing neighborhoods
  • Pre-check of existing buildings in neighborhoods 

WATER – A VITAL RESOURCE FOR A LIVABLE FUTURE

How we manage water as a resource is crucial to the resilience of our cities and communities. Whether industrial water, sustainable water management, or the sponge-city concept – our interdisciplinary teams work with you to develop holistic solutions that are technically sound, forwardthinking, and economically viable.

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Due Diligence for Industrial Sites

Energy and climate crises, material shortages, and changes in production are challenging real estate management. We provide answers and solutions so you can make informed real estate choices.

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Smart Charging – Expanding Charging Infrastructure

The future of e-mobility lies in smart charging. We deliver all-in-one: smart charging, charging stations, wall boxes, smart grids, and digitalization. Our holistic approach enables truly sustainable mobility.

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Car, Smart Charging

Accelerate Urban Transformation Across Europe

Economists and society are facing major challenges: Climate change, biodiversity loss, fragile supply chains, skills shortages, and demographic shifts challenge cities and businesses. We pair comprehensive consulting with a strong network to set projects up for success.

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Brownfield Development

Brownfields are more than abandoned land. Revitalizing industrial or conversion sites such former military bases, railyards, and port facilities goes beyond basic urban planning. In an era defined by land scarcity and rigorous ESG demands, it is a powerful economic lever.

Learn more
ReferencesThese projects may interest you.
Press

From Road to Rail: Expansion of Transshipment Railroad Station in Ulm-Dornstadt Increases Loading Capacity by 50%

A modern combined transport terminal, with automated cranes, will be developed on an area of around 80,000 square meters. The increased transshipment capacity can save more than 16,700 metric tons of carbon dioxide emissions per year. © DB InfraGO AG

Dornstadt, Germany, September 1, 2025. Road transport accounts for more than a quarter of all traffic emissions in Germanyi. To change this for the future, Germany’s national rail operator, Deutsche Bahn, is expanding the transshipment railroad station in Ulm-Dornstadt. This station is a key element of the Rhine-Danube transport corridor, which extends from the city of Strassburg to the Black Sea. A new handling module is being built on an area of almost 80,000 square meters to the west of the existing terminal, on the Stuttgart-Ulm section of the route. A new handling module is being built on an area of almost 80,000 square meters to the west of the existing terminal, on the Stuttgart-Ulm section of the route. By shifting the transport of goods to rail, more than 16,700 metric tons of carbon dioxide emissions can be saved every year. The transshipment capacity will also increase to 300,000 loading units per year. The symbolic ground-breaking ceremony on July 14, 2025 marked the official start of the construction phase. Stuttgart-based Drees & Sommer, a consulting firm that specializes in construction, real estate and infrastructure, manages the project. It is estimated that the new terminal will be operational by 2028.

Up to 14 freight trains currently arrive at and depart from the Dornstadt-Ulm transshipment station every day, with this figure set to rise. But with growing demand for more environmentally friendly transport routes, Deutsche Bahn (DB) intends to further expand its combined transport capacity. This is why a new module is being built beside the existing terminal. It will have four additional transshipment tracks, three fully automated cranes, five stabling lines to hold containers temporarily for handling purposes, each with a track for transporting, loading and reversing. Berthold Huber (Deutsche Bahn Board Member for Infrastructure), Andreas Schulz (Chairperson of the Management of Deutsche Umschlaggesellschaft Schiene-StraßembH) und Rainer Braig (Mayor of Dornstadt) attended the symbolic ground-breaking ceremony.

"By expanding the terminal in Dornstadt, we are creating more loading capacity and shifting freight traffic from road to rail, so that goods only have to be transported by truck over the last mile. This saves 22.4 million truck kilometers, 6.8 million liters of diesel, and 16.790 metric tons of carbon dioxide per year,” said Berthold Huber, Member of the Management Board of DB AG with responsibility for infrastructure.

Quieter Transshipment Thanks to Soft Landing Technology

Rail transport is considered the most eco-friendly mode of transport for goods. It produces 87 percent less greenhouse gas per metric ton-kilometer than truck transportii. In addition to the ecological added value, the extended combined transport terminal can create an economic benefit for the municipality of Dornstadt: 50 new jobs will be generated, and the surrounding industrial and commercial enterprises will benefit from reliable deliveries at economic costs.

The expansion does mean, however, that more trains and trucks will be going to the municipality of Dornstadt than before. Deutsche Bahn uses specific noise abatement measures to minimize noise exposure. “The cranes work with soft landing technology: automated laser scanners control the speed of the cranes when setting down the containers. This reduces noise significantly when loading the goods, a benefit to local residents in particular,” explained Andreas Witzel, project manager at Deutsche Bahn. For rail transport, the national rail operator is planning an additional connection to the Stuttgart-Ulm railroad line in a southerly direction. Until now, trains have had to switch at Beimerstetten station in order to be able to travel further south.

Digitalized Booking System Ensures Efficient Processes

In future, a booking system will ensure that truck drivers can reserve a fixed time slot for loading their goods in transit. Together with the 68 or so parking spaces for trucks, the system helps to avoid traffic jams on the A8 motorway and traffic congestion in the surrounding communities. And charging will be more efficient in future: three fully-automized cranes can be operated remotedly from a central office. This makes coordination easier and shortens the ways for staff.

LEAN Workshops Present Collaboration Tools

Drees & Sommer’s project head Felix Demuth and his team will coordinate all planning, approval and construction phases. And they will also be responsible for cost and schedule controls. ”We apply an integrated monitoring approach. We manage planning checks and supplemental performance processes in a structured and transparent way. All project participants must be able to track and actively take part. For this reason, we have organized workshops where we present digital tools and planning methods in order to enable the different teams to work efficiently, based on lean principles.“

Construction work has started with the symbolic ground-breaking ceremony. Commissioning of the second transshipment module, including the electronic signal box, is scheduled to be terminated by 2028.

iCO2-Ausstoß Straßenverkehr EU - Statistisches Bundesamt
iiEmissionsdaten | Umweltbundesamt

Let's talk!

We’re happy to help. 

Gregor Grassl
Associate Partner

Leonardo Estrada
Associate Partner

Mustafa Kösebay
Associate Partner

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