Lang Design Group is an architecture firm in Lake Worth Beach, FL, specializing in landscape architecture, estate design, golf and tennis facility planning, hospitality and resort development, and land use consulting. The firm serves clients including discerning estate owners, corporations, and developers on large-scale projects worldwide, with a focus on creating functional, inspired outdoor spaces. Founded in 1998, Lang Design Group emphasizes close collaboration with stakeholders, project management, and execution, drawing on decades of global experience. The firm maintains a 5.00 rating based on customer reviews.
The firm was established by John, who holds a degree in landscape architecture from the University of Florida and studied Renaissance architecture at the Vicenza Institute in Italy. His background includes designing high-end residential estates, resorts, and golf courses, as well as founding one of the largest tree farms in Florida. John’s work extends beyond design to include landscape installation, reflecting a commitment to seeing projects realized in full. The firm integrates landscape aesthetics with client vision, offering specialized services in landscape lighting, outdoor space planning, and project management for complex developments.
The business is located on 2nd Ave N in Lake Worth Beach, situated about a quarter mile from Lake Worth Road and Lucerne Avenue, both major thoroughfares. It lies within a short distance of Lake Worth High School and Highland Elementary School, and is near the Lake Worth train station and the Lake Worth Beach neighborhood. The location places it in close proximity to key local infrastructure while maintaining a distinct presence within the community.
Lang Design Group is recognized for its long-standing presence and expertise in landscape and architectural design, particularly in high-end residential and resort environments. The firm’s reputation is built on a proven track record of transforming client visions into realized projects across diverse sectors and global locations.