The convergence of geospatial and BIM technologies has revolutionized the way we approach the design, construction, and management of the built environment. By integrating geospatial data with BIM, we can create highly accurate and detailed digital representations of buildings and their surrounding environments. The combination of geospatial and BIM data also enables stakeholders to collaborate more effectively and make more informed decisions, resulting in a more efficient and sustainable built environment.

Moderator

Pieter van Teeffelen

Director | digiGO | The Netherlands

Keynote

Marek Suchocki

Head of Industry Associations Strategy | Autodesk | UK

Roeland Allewijn

Chief Data Officer | Ministry of Water and Infrastructure (Rijkswaterstaat) | The Netherlands

Amr Raafat

Chief Innovation Officer | Windover Construction | USA

Marc Goldman

Director - AEC Industry Solutions | Esri | USA

As the world becomes more digitally connected, the use of digital twins and the metaverse will become increasingly vital in bridging the physical and digital divide in infrastructure workflow. Together, these technologies enable us to simulate, monitor, and manage physical assets in real-time, enhancing our ability to optimize their performance and increase their lifespan. By using digital twins and the metaverse, stakeholders can collaborate more efficiently, track asset performance, and identify potential issues before they arise.

Moderator

Jugal Makwana

Global Director - Digital Engineering | Royal HaskoningDHV | The Netherlands

Kimberly Slaughter

CEO | Systra USA | USA

Clive Billiald

Chief Executive | buildingSMART International | UK

Igor Starkov

VP, Digital Twin | Siemens Industry, Inc. | USA

Carlo Ruiz

Senior Director AI Solutions - EMEA | NViDIA | The Netherlands

Development of robust telecommunications networks, cloud computing, big data analytics, and the Internet of Things (IoT) capabilities allows cities to collect and analyze vast amounts of data from sensors, cameras, and other devices. This helps in optimizing traffic flows, reduce energy consumption, and improve public safety. With a strong and secured digital infrastructure, cities can create a foundation for truly smart governance that improve quality of life for citizens, while also reducing environmental impact and increasing economic efficiency.

Moderator

Nelson Ogunshakin

CEO | International Federation of Consulting Engineers | Switzerland

Loh Teck Hee

Group Director - Design and Planning Lab | Urban Redevelopment Authority | Singapore

Andres Maremae

Head of GIS, Strategic Management Office | City of Tallinn | Estonia

Roland van der Heijden

Program manager - Digital City Rotterdam | Municipality of Rotterdam | The Netherlands

Sustainability is a vital consideration in building and infrastructure design, construction, and operation. The built environment has a significant impact on the natural environment, human health, and social equity. Therefore, it is essential to create sustainable buildings and infrastructure that meet the needs of the present without compromising the ability of future generations to meet their own needs.

Moderator

Ignasi Perez Arnal

CEO | BIM Academy | Spain

Simone De Gale

CEO | Simone de Gale Architects | UK

Jeroen Tishauser

Information Manager and Product Owner | VolkerWessels Infrastructure | The Netherlands

Gary Cowan

Head of Digital Construction/VDC | Kane Group | Northern Ireland

Integration of BIM and Geo for Digital Permit Checks and Registration

Everywhere, cities are experimenting with digitizing their processes for building permits and the registration of buildings, requiring the integration of BIM, geo-information and legislation. Marloes and Rolf share their experiences from The Hague and Rotterdam, as well as the many challenges they had to deal with. With Francesca pitching in from the European CHEK program, we put the results in a broader perspective.

Moderator

Martyn Carlier

Program Manager | digiGO | The Netherlands

Rolf Jonker

Project Leader BIM & Civil Engineering | Municipality of Rotterdam | The Netherlands

Marloes Graaumans

Geo Information Specialist | Municipality of The Hague | The Netherlands

Francesca Noardo

Innovation Project Manager | Open Geospatial Consortium | Belgium

The construction industry has seen a significant shift in recent years, from traditional 3D design models to digital twins, and now, towards the concept of the metaverse. This transformation is fundamentally changing the way construction projects are approached, designed, and executed. The next evolution in this space is the metaverse, a shared virtual space where people can interact with each other and digital objects in a seemingly real-world environment. In the construction industry, this allows construction teams to collaborate and communicate in new ways, and provides an immersive platform to showcase designs to stakeholders.

Moderator

Eduard Loscos

President | Building Digital Twin Association | Spain

Keynote

Alfonso Perna

International Product Engineering | ACCA Software | Italy

Andreas Gerster

VP, SW Technology | Hexagon Geosystems | Germany

Jan Grobler

Business Development Manager - Building Construction | Topcon Positioning Netherlands

Nikolaus Studnicka

Terrestrial Laser Scanning Business Division Manager | RIEGL Laser Measurement Systems GmbH | Austria

Ellen Klingelhoeffer

Technical Sales Engineer | Trimble | Germany

Asmaa Abouleish

BIM Manager | EGIS Group | Saudi Arabia

Digital twin technology has emerged as a powerful tool for digital city planning, enabling city planners and policymakers to simulate and visualize urban environments, test different scenarios, and make informed decisions. Best practices for implementing digital twins in city planning include developing a clear strategy, building partnerships with key stakeholders, using open data standards, and focusing on user engagement and collaboration. By adopting these best practices, city planners can create a digital twin that is useful, accessible, and relevant to all stakeholders involved in urban development.

Moderator

Alessandro Annoni

Advisor - Digital Twin and Metaverse | Geospatial World | Italy

Claudius Lieven

Head of Stadtwerkstatt | Hamburg Department of Urban Development and Housing | Germany

Anthony Tuffour

Director - GIS and Digital Twins | BuroHappold Engineering | UK

Carsten Ronsdorf

Strategic Propositions Manager | Ordnance Survey | UK

Frederic Jacon

Branch Manager | Camptocamp | France

Geotech, or geospatial technology, is a critical tool in achieving these goals as it provides real-time data on traffic patterns, transportation infrastructure, and population demographics, which can help identify and address issues affecting urban mobility. While ITS includes technologies such as traffic cameras, sensors, and GPS that enable real-time monitoring of traffic flow and congestion. Geotech can also be used to create better pedestrian and cycling infrastructure, including sidewalks, bike lanes, and trails. Additionally, Geotech can help in designing accessible public transportation systems, making it easier for people with disabilities to navigate public transit. Real-time data on traffic accidents and fatalities can help identify high-risk areas and enable targeted interventions to improve safety and is thus an essential tool in improving mobility, accessibility, and safety in cities.

Sri Krishna Hari

Head of GIS / Staff Engineer | Beans.ai | USA

Shravan Shah

Director | TM Systems BV | Netherlands

Ramesh Kajrolkar

Head of Operations | Tech Mahindra | India

Harry Atkinson

Co-Founder and Chief Data Officer | Sensat | UK

Modernizing building design and construction with GEOBIM can lead to more efficient, sustainable, and resilient buildings and infrastructure, benefiting both the industry and society. GEOBIM, allows for the visualization and analysis of building information within its geographical context. It enables architects and designers to better understand the site context of a building project. GEOBIM also allows for improved collaboration and communication among project stakeholders. Additionally, GEOBIM can facilitate better communication with the public and other stakeholders by providing a clear visualization of the project and its impact on the surrounding area. The integration of GEOBIM into the building design process can lead to improved efficiency, reduced costs, and better outcomes for both the project team and the broader community.

Moderator

Rob Roef

Senior Business Developer | TNO | The Netherlands

Mohamed Samy

BIM Manager | Roshn | Saudi Arabia

Hesham Gamal Gaafar

Digital Twin & GIS Manager | Gleeds | Egypt

Parveen Sharma

CEO | The BIM Engineers

GEOBIM is an integrated approach that combines the spatial data of a GIS with the parametric modelling capabilities of BIM. This approach has proven to be very useful in the planning, design, construction, and management of transport infrastructure projects. By combining GIS data with BIM models, the project team can create a 3D model of the site that accurately represents the existing conditions, including the topography, vegetation, and utility infrastructure. The integration of GIS and BIM also allows for the creation of a shared data environment that can be accessed by all stakeholders, including engineers, architects, planners, contractors, and project owners which enables better decision-making, coordination, and reduces errors and omissions during the design and construction phases. GEOBIM is a powerful tool for transport infrastructure projects that can provide accurate site information, facilitate collaboration among stakeholders, and enhance the maintenance and management of the asset throughout its lifecycle.

Moderator

Ananya Narain

VP - Commercial Consulting | Geospatial World | India

Raitis Busmanis

Head of VDC | Rail Baltica | Latvia

Vaidas Ulenskas

GIS Team Leader | Rail Baltica | Latvia

Niels Reyngoud

Program Manager, Implementation Asset Management and BIM | Department of Roads and Traffic, Province of Gelderland | The Netherlands

Wajdi Mereb

Senior Manager BIM | Miral | UAE

GeoBIM integration allows for a more complete understanding of the sub-surface environment, especially for the construction and engineering of tunnels, pipelines, and underground utilities. Its use can lead to safer, more efficient, and more sustainable construction projects, as well as better management of sub-surface infrastructure assets. As we continue to rely on sub-surface infrastructure for our daily needs, GeoBIM will become increasingly important in ensuring its reliability and safety.

Moderator

Francois Robida

President | MINnD | France

Agustin Roldan Hernandez

BIM Manager | TYPSA Group | Spain

Paloma Sanchez Allegue

Building Engineer | TYPSA Group | Spain

B.S.Mukund

Head - Building Information Modeling (BIM) | L&T Construction

Masashi Kojima

Innovation Lead, Asia Digital Lab | Obayashi Corporation | Singapore

As our world becomes increasingly urbanized, the need for healthy cities is becoming more important than ever before. Building healthy cities is about creating urban environments that prioritize the health and wellbeing of their residents. It requires collaboration and commitment from city planners, architects, public health officials, community leaders, and residents themselves.

Moderator

Akanksha Tyagi

Regional Director - EMEA | Geospatial World | UAE

Dan Culli

GIS Consultant | Locana/TEAM2100 | UK

Elnazir Ramadan

Associate Professor | Sultan Qaboos Universty | Oman

Ed Parsons

Geospatial Technologist | Google Inc. | UK

Chris Smeaton

Associate Principal - Digital Leader | InSite International | United Arab Emirates

Michael Marriott

Infrastructure Manager, Kingdom of Saudi Arabia | KEO Infrastructure

As we move towards a more digital and interconnected world, the importance of smart and resilient utility asset management cannot be overstated. In order to ensure that our utilities continue to function efficiently and reliably, we must be proactive in our approach to managing these assets. Drones are increasingly being used in asset management to gather data on infrastructure assets such as roads, bridges, and buildings. GIS is another technology that is widely used in asset management and is used to create detailed maps and 3D models of infrastructure assets, which can be used to identify potential risks and optimize maintenance schedules. Other remote sensing tools such as LiDAR and thermal imaging can also be used. These technologies can help organizations gather and analyse asset data more efficiently and effectively, which can improve asset performance, reduce maintenance costs, and enhance safety.

Moderator

Alex Worp

Asset Information Manager | Waternet | The Netherlands

Kalaiselvan Baskaran

Functional Consultant - BIM | Tata Consultancy Services (TCS) | India

Rahma Al Balushi

GIS Specialist | Oman Electricity Transmission Company | Oman

Dr. Siva Ravada

Vice President of Development | Oracle | US

Rombout Verwimp

CEO | Geo Solutions | Belgium

Circular cities are those that prioritize waste reduction, resource efficiency, and the regeneration of natural systems, while also promoting economic and social well-being. Transformative action strategies for developing circular cities include initiatives such as circular economy models, green infrastructure, sustainable transportation, and urban planning that integrates principles of the circular economy.

Nuno Correia

Head of Sustainability | WilkinsonEyre | UK

Marino Cavallo

Head Innovation | Metropolitan City of Bologna | Italy

Sharad Ughade

Director (Information Technology) & Assistant Commissioner D ward | Brihanmumbai Municipal Corporation (BMC) | India

Dimitrios Mentis

Project Lead for Energy Access Explorer | World Resources Institute | Greece

Alexandru Morcov

Expert Coordinator | Congress of Local Authorities from Moldova (CALM) | Republic of Moldova