Exploring the future of sustainable urban mobility

08-03-2026
Mobility
Urban Mobility is undergoing one of the most significant transformations in decades, reshaping how cities grow, how people move, and how planners think about their places.
A blue city tram
Niels van Dijk

Niels vanDijk

Niels is a senior urban planning specialist and Project Director with over 30 years of international experience delivering urban infrastructure, mobility solutions, and sustainable development across cities, regions, and complex territories. He has led multidisciplinary teams throughout Asia Pacific, Oceania, and the Middle East, applying creative, people‑focused approaches to turn strategic vision into practical outcomes that create lasting value for clients and communities.
Hans Klaren

HansKlaren

As an International Project Director and Project Manager, he brings over 28 years of experience delivering traffic management, mobility planning, and master planning solutions. He specialises in optimising traffic flow and leading complex national and international multidisciplinary projects, helping clients create safer, more efficient, and future‑ready transport networks.

We sat down with Niels van Dijk, our Global Project Director, Mobility at Haskoning, and Hans Klaren, Mobility Project Director – to explore the trends, challenges, and opportunities shaping the sector today. From the rise of active travel and digital innovation to the growing need for integrated transport and master planning approaches. Together, they draw on international experience and regional insights, considering what it takes to design mobility solutions and systems that truly work for people and places.

Q: Over the past decade, the mobility landscape has shifted significantly. How has sustainable urban mobility evolved, and which emerging trends or developments do you find most exciting?

Hans Klaren: I think one of the key evolutions in the mobility sector has been acknowledging that mobility doesn’t exist in isolation. It is a key enabler of urban growth, liveability and economic opportunity. This is obvious in one sense, because roads, cycle paths, railways all connect us to different places – but the ways we create, design and build them hasn’t always been defined by the same connection.

And I think that links the three big trends we’re seeing: more human-centred mobility, data-driven engineering and design, and an increasing focus on sustainability and climate resilience. These trends are marked by a move from isolation to integration – whether it’s using data, understanding and mitigating climate impacts, or delivering mobility that makes people’s everyday lives easier and happier; in the experience of using it and the economic opportunity it connects us to.

What’s exciting about all of this is how we’re seeing these trends converge. In particular, a growing emphasis on integrated master planning that promotes active travel, where smart mobility networks are embedded into the urban environment from the outset, instead of being an afterthought. New cities being built across the Middle East are taking advantage of this convergence to embrace and drive new ideas forward.

Two women are taking the bus
People are at the airport

Q: You’ve highlighted a growing interest in active travel across the Middle East. What’s driving this shift, and how can cities better integrate walking and cycling into environments traditionally shaped around the car?

Niels van Dijk: I think the growing interest in active travel is shared across the world, but what we see in the Middle East is significant growth of urban cities, paired with entirely new cities being built. This presents two sides to the challenge of developing mobility networks – how do you improve mobility within existing city boundaries and infrastructure; and how, given the chance to start from nothing, do you ensure the best decisions are made from the outset?

National development strategies in the Middle East showcase a desire to embrace and invest in innovative solutions and methods from around the world to address these twin challenges, connecting it to the benefits of liveability, public health and climate resilience. At Haskoning, for example, we have brought our extensive Dutch heritage in cycling to conversations with cities like Beijing – with the Netherlands having decades of experience building safe, coherent and comfortable cycling networks. Many of the principles translate well to Middle Eastern cities when adapted to local climate and social contexts. This includes designing continuous routes, clear wayfinding, shading, protected junctions, and safe crossings, all informed by proven Dutch practices.

Integrating active travel into car-centric environments in any city requires more than an infrastructure-only approach. Certainly there is no one-size-fits-all solution and local contexts are important – for example, e-bikes and similar micro-mobility options are popular in the Middle East as a comfortable alternative in a climate of extreme heat. But it begins with creating traffic-calmed, user-friendly streets (preferably with dedicated lanes), ensuring shade and comfort, and linking routes seamlessly to public transport. Smart traffic management plays a key role too, enabling signals and priorities that protect vulnerable road users and encourage safe behaviour.

Q: Data and digital tools are increasingly influencing how mobility networks are planned and managed. How is this digital shift reshaping sustainable urban mobility, and what opportunities or challenges do you see emerging as a result?

Hans Klaren: Digitalisation has touched and shaped all our lives in many ways and mobility is no different. From planning to operations, digitalisation is reshaping everything. Digital twins, real time monitoring, and AI-enhanced modelling allow cities to simulate future conditions, optimise public transport frequencies, and adjust traffic signal timings dynamically. These tools create more reliable travel times, reduce congestion, and improve safety by identifying high risk locations before incidents occur.

The benefits of this smart mobility are far-ranging. On a planning level, a digital twin, for example, allows us to play with various iterations of a project at greater speed and efficiency to make the best decision. But it can also support active operations at a granular level. Smart traffic management systems, like our Flowtack solution which we’ve implemented in the Netherlands, integrates real-time data to create a twin model of traffic systems; controlling these systems at a network level to reduce braking, idling at traffic lights and stops at junctions. With real benefits for users that they may not even be aware of.

The rise of e-mobility has given rise to new tools and technologies needed to enable and optimise them. We’ve seen a need for smart charging infrastructure and created VOLT to help cities create the optimal layout for their EV infrastructure. Again, this is about integrating this kind of planning early for the best outcomes for users and operators. Fleet management systems and data-enabled operations are also helping cities manage the transition more smoothly.

The challenge in all of this, is in the data – both its quality and its availability. Realising more human-centred mobility relies on ensuring digital systems are interoperable, scalable and tailored to local capacities, contexts and needs. There is a common phrase in computer science – ‘garbage in, garbage out’ – and that means digital applications and tools can only be as accurate as the information entered into them. The main challenge we find here is in the organisation and consistency of data, and in the willingness of authorities and organisations to share it with stakeholders in an integrated system.

People are waiting for the traffic light

Q: Many places today are grappling with rising housing pressures. How can more integrated transport and master planning approaches help unlock new areas for development and support the creation of future neighbourhoods?

Niels van Dijk: When mobility is integrated early in the planning process, it becomes a powerful tool to unlock land and shape high quality neighbourhoods. It’s not just about moving people efficiently, it’s about creating places where people want to live, work, and spend time. It comes back to the mindset shift to being human-centred in projects from the start.

By aligning transport, land use, utilities, and public space design, cities can open up new development areas, reduce dependency on private vehicles, and create walkable, human-scale neighbourhoods with access to essential services.

A key part of this is ensuring that new areas are served by efficient, safe, and well managed transport systems from the start, whether that’s high-quality bus corridors, multimodal streets, cycling networks, or planning for future e-mobility charging infrastructure. Strong traffic management strategies can reduce the need for expensive road expansions, while safety first design creates welcoming streets and public spaces.

Integrated planning helps cities shift from a reactive approach to a proactive one, building neighbourhoods designed around sustainable mobility rather than trying to retrofit it later.

A father and a son are taking the train
People are travelling on the street with tram and bicycles

Q: As global consultants in the mobility sector, what broader insights from your work across different regions influence the way you approach new projects?

Niels van Dijk: I would say at Haskoning, one of our strengths is the ability to combine global best practice with local understanding. We’ve worked in very different contexts – from dense European cities to fast‑growing regions in Asia, Africa, and the Middle East, which gives us a strong sense of what works, what doesn’t, and what needs tailoring.

Across regions, three lessons consistently stand out for me:

  • First, collaborative planning is essential – bringing together government stakeholders, operators, developers, and communities early creates better outcomes and collective ownership.
  • Second, local context matters – regulatory frameworks, cultural norms, and climate conditions must shape the solution.
  • Third, data enhances decision‑making – especially when forecasting demand or modelling the impacts of new developments or policy changes.

We carry these insights into every new project, ensuring our advice is both globally informed and locally relevant. 

Q: Looking ahead, what is your vision for the future of mobility, and where do you see the greatest opportunities for cities to make meaningful progress?

Hans Klaren: When it comes to the opportunities for progress in mobility, there’s lots of ways to get started, but I think any city looking to make better use of its mobility system – whether for liveability or economic growth – should consider:

  • Shifting from car-first to people-first planning and design – particularly through walkable streets, cycling infrastructure, attractive public spaces, and high performing public transport. This is a mindset shift and should be seen as a long term endeavour.
  • Optimising existing traffic and mobility networks – before you jump in to building new ones, your existing system could be used more efficiently through digital tools and more dynamic management.
  • Expanding active and micro-mobility – well managed systems incorporating e-bikes and e-scooters can be a practical alternative for short and medium trips, and logistics.
  • Embedding safety – making streets safer for vulnerable road users sets a precedent and is an important marker in the move to a people-first approach.

I think the future of sustainable urban mobility will be defined by how well we integrate these things into our current decision-making; how we make it sustainable for people and planet – and ultimately how it makes the lives of end users better in the short and long term. Cities that succeed will be those that create seamless multimodal networks, supported by real time data, strong governance, and high-quality public space.

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