Every project is an opportunity to advance our purpose of a more connected future where everyone can thrive. With many aspects of the architecture, engineering, and construction industry being location-driven or location-based, both geospatial consulting and support are vital components of every RS&H project. The necessity for valuable data allows us to understand the communities we serve and analyze and interpret data for informed decision-making.
RS&H is an ESRI Silver Partner, ArcGIS System Ready Specialty Partner, and State and Local Government Specialty Partner. Using the latest geospatial software and data available, we perform complex spatial analyses and create ready-to-use web-based GIS applications, dashboards, and maps, as well as provide implementation services, to help our clients solve their most complex challenges.
We help clients with:
RS&H is ready to partner with you to help achieve your goals.
Not only does the medical center fit into the fabric of the community under development in the area, but the comprehensive number of services offered will hopefully alleviate some of the community’s anxiety that often accompanies the need to go to an urgent care facility.
RS&H designers set out to deliver just what the doctors ordered. Utilizing the charm and sophistication already employed throughout the Nocatee community, the team created a seamless flow between exterior aesthetics and interior functionality.
Hoping to reduce anxiety that often accompanies the need for healthcare, the Nemours Foundation sought to deliver a “feel good” environment from the moment their young patients and families first set foot in the Nemours Children’s Specialty Clinic in Jacksonville.
Medtronic is a leading healthcare technology company that focuses on technologies to treat over 70 health conditions in four areas: cardiovascular, diabetes, medical surgical, and neuroscience.
The project team provided an unmatched level of commitment, expertise, and experience crucial to the execution of this unique project in a condensed nine-month timeline. The entire team worked tirelessly to deliver this unique project and restore a vital transportation network to the city.
Develops visualizations of obstacle identification surfaces and other airport safety surfaces through GIS technologies ensuring safe operations at airports nationwide. Geospatial analyses are performed on known or potential obstacles to determine if they obstruct critical surfaces to prevent aircraft accidents or mishaps.
Manages airport pavement by leveraging GIS and GNSS technologies to collect pavement distresses for seamless processing by pavement management software. Use web-based GIS applications to assist the project team in viewing, filtering, querying, and analyzing airport pavement data.
Allows environmental planners and geospatial professionals to assess noise impacts for airport and roadway projects. This includes noise studies based on the FAA Integrated Noise Model for aircraft noise and the FHWA Stamina Highway Traffic Noise for roadway noise.
Stakeholder and public involvement services are specifically designed to promote transparency, accountability, trust-building, and better decision-making outcomes, while also ensuring that diverse perspectives are duly taken into consideration by actively engaging individuals who have a vested interest in our client’s projects.
Allows planners to make informed decisions, advance sustainable development and effectively analyze land use that benefits communities. Location-based insights are vital to determining land use preferences and development. We focus on ensuring the safe and effective operation of airports through comprehensive analysis that minimizes conflicts with nearby communities.
Assists with site selection and assessment, ecological characterization and design and planning for suitability and potential benefits of the proposed areas. Location-based, geospatial tools are utilized throughout the project life cycle to maximize planning, monitoring, and reporting.
Involves the use of data to assess the planning of new roadways or improvements in a transportation network. The use of spatial analysis tools are essential to ensuring transportation projects are designed, resilient, and improve the quality of life in the communities we serve.
Involves the use of data to study and analyze the movement and flow of traffic within the project area. Geospatial analysis methods support the analysis for data collection of traffic patterns, conditions, parking, real-time traffic management, and more to enhance the resiliency of the transportation system.
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Projects inherently have risks. Some risks are high-stakes that could lead to major cost overruns or delays, while others are more minor that could lead to minor delays or changes to the scope of work.
One tool airports can use to achieve project sustainability goals is the Institute of Sustainable Infrastructure’s (ISI) Envision® Sustainability Rating System.
Workplace burnout remains prevalent, but there are effective approaches to addressing it within your organization.
