Tools

Schønherr employs a range of methodologies that together provide in-depth insights into both the cultural landscape and the broader environment. We conduct heritage and historical analyses, including the application of the SAVE method and other evaluation frameworks for identifying and assessing culturally significant assets and conservation values. Topographical analyses and 3D modelling enable us to assess soil conditions, terrain, sightlines, and solar and wind exposure. In parallel, vegetation surveys and ecological assessments reveal the area’s green structures and its ecological potential.

Schønherr employs a range of methodologies that together provide in-depth insights into both the cultural landscape and the broader environment. We conduct heritage and historical analyses, including the application of the SAVE method and other evaluation frameworks for identifying and assessing culturally significant assets and conservation values. Topographical analyses and 3D modelling enable us to assess soil conditions, terrain, sightlines, and solar and wind exposure. In parallel, vegetation surveys and ecological assessments reveal the area’s green structures and its ecological potential.

Schønherr takes both a practical and strategic approach to biodiversity through analysis and mapping that identify ecological qualities, habitats, and dispersal corridors. Building on our in-house biodiversity manual, we integrate GIS analysis, ecosystem assessment, and monitoring with local knowledge and close collaboration with ecologists and community stakeholders. Together with other specialists, we investigate soil and groundwater conditions, assess ecological vulnerability, apply relevant indicators, and collect seeds — all to develop solutions that enhance both the ecological cycle and the site’s unique identity

Schønherr develops spatial strategies that support seamless, inclusive movement. We analyse flow patterns, crossing points, and conflict zones between transport modes. Our solutions connect pedestrians, cyclists, vehicles, and public transit through integrated, multimodal design. In close dialogue with traffic engineers, we map flow and accessibility using spatial analysis and on-site assessments. With certified accessibility reviewers and deep knowledge of current regulations, we ensure design solutions that are both compliant and user-centred. Accessibility is not added — it is embedded.

At Schønherr, durability and circularity are integral to our design practice. We take a strategic approach to sustainability and CO₂ reduction by assessing environmental impact, resource use, and material choices. Our work is aligned with the EU Taxonomy Regulation and incorporates ESG (Environmental, Social and Governance) frameworks, ensuring that sustainability can be both measured and reported. Through LCA (Life Cycle Assessments) design, green structure analyses, and systematic material classification — including research collaborations with institutions such as Aalborg University — we ensure that our projects support both climate adaptation and material reuse. We actively contribute to national initiatives such as the Danish Raw Material Initiative and are committed signatories of the Reduction Roadmap.

Effective visual communication expands the imagination and makes both masterplans and concrete projects accessible and inclusive — for clients, municipalities, public officials, politicians, stakeholders, and citizens alike. Our visualisations range from exhibition-level international formats to illustrated Environmental Impact Assessment (EIA) reports, where we use georeferenced data for sightline and view analyses. Using still images, film, animations based on our own drone footage, as well as advanced visual tools such as 3D modelling, VR headsets, and sun/shadow studies, we create realistic and informative representations of future solutions. These support both decision-making processes and public engagement.

Through democratic and inclusive processes, Schønherr develops holistic solutions where co-creation and dialogue are key. We map stakeholders and interests, develop scenarios and future simulations, and apply tools such as value mapping and impact mapping to clarify relationships and consequences. Temporary installations and urban space experiments are used to test ideas in practice, while public meetings, workshops, and study trips foster engagement and shared understanding among citizens, clients, and decision-makers.

Schønherr provides client advisory services with a strong focus on process optimization, value creation, and documentation. As an integrated part of the planning phase, we work with the standardization of processes and deliverables, ensuring that project value and impact can be measured, documented, and communicated — in alignment with EU Taxonomy requirements, ESG frameworks, and LCA principles. We also offer auditing and peer review services to secure quality and consistency across all project phases. In our role as design managers, we oversee interdisciplinary coordination between biologists, engineers, architects, and other specialists. In addition, we prepare heritage assessments, exemption applications, and regulatory documentation for local development plans, Environmental Impact Assessments (EIA), and construction permits.

Schønherr applies a range of digital tools that combine analysis, simulation, and design to map and manage the movement of water. We use GIS and hydrological models to identify risk areas and develop plans for coastal, stormwater, and groundwater management — including compound flooding events. 3D modelling and terrain analysis allow for precise work with surface flow and topography, while climate models and scenario tools inform designs that integrate both nature-based and technical solutions. Visual tools such as animations and simulations make solution options, design consequences, and trade-offs tangible and accessible — for clients, decision-makers, and citizens alike.

Schønherr has extensive experience in integrating anti-terror measures into public space design, ensuring that safety features are discreet, functional, and aesthetically embedded in the landscape. In collaboration with The Danish Institute of Fire and Security Technology (DBI), we have contributed to the development of an online tool that supports the assessment and planning of physical security measures against terror threats. The tool follows the EU’s official definition of terrorism and is aimed at clients, consultants, and security professionals. It combines knowledge of architectural and infrastructural design with behavioural insights, and includes the same checklists, process plans, and knowledge base that we apply in our own advisory work.