Bringing nature’s beauty and brilliance into your project’s design.
Our team of landscape architects dedicate themselves to beautiful, functional, and sustainable landscape designs. We use a signature design approach to ensure that the landscapes we design for our clients are site-specific and meet every project’s unique needs. Our work enhances our client’s quality of life by developing purposeful and resilient connections to nature, enhancing their vision and creating a lasting impact.
Our team’s passion for integrating the natural environment into modern projects drives our landscape designs. We offer the full scope of landscape architectural services associated with this task, such as planning, design, and development. We have firsthand knowledge of the implementation and management of design processes, making us qualified to develop beautiful and uplifting aesthetic plans for municipalities and private interests alike.
Capabilities
- Site Analysis
- Campus Design
- Park/Greenway Design
- Roof Gardens
- Urban Streetscape and Plaza Design
- Land Planning
- Site Programming
- Entitlements, Permitting Rezoning & Special Use Permits
- Due Diligence & Feasibility Studies
- Master Planning
- Conceptual Design
- Amenity Design
- Signage & Wayfinding Design
- Site Plan & Photorealistic Rendering
- 3D Modeling
- Hardscape Plans & Details
- Construction Drawings
- Construction Administration
- Project Closeout
Featured Project
Carrier Park Pedestrian Bridge Feasibility Study
The City of Asheville has chosen Summit to design a bridge to replace the existing pedestrian bridge at Carrier Park in Asheville, NC. The bridge crosses over a bicycle track to provide pedestrian access to the recreational facilities inside the track.
The initial contract is for a Feasibility Study to determine which conceptual design to pursue, with the study focusing mainly on two points:
- the ability of each option to achieve a No-Rise certification, and
- the overall cost of each option. The bridge’s location within the flood plain creates the most considerable constraints to the design.