DOUGLAS COOK ENTERPRISES, LLC
METAIRIE, LA

Established in 1993 and based in Metairie, New Orleans, Douglas Cook Enterprises, LLC is a nationally recognized construction services company with its headquarters in Florida. The firm specializes in a wide range of projects including restaurants, commercial development, rebuilds, minor to major remodels, luxury apartments, medical centers, historical renovations, and office buildings. Known for undertaking large and complex projects, the company emphasizes innovation, technology adoption, and community involvement. Douglas Cook Enterprises employs over 50 professionals who collaborate on more than 25 projects annually. The firm provides local accessibility combined with national-level resources and stability. As a mission-driven organization, it prioritizes sustainable practices and environmental stewardship, educating its workforce, clients, and communities to advance social and economic sustainability. Under the CEO and founder Douglas Cook's leadership, who is renowned for more than 15 years of experience constructing numerous McDonald’s establishments, the company maintains an exemplary work ethic focused on exceeding client expectations with high-quality workmanship. Mike Labat, a dedicated Senior Project Manager at the firm, has contributed over 12 years to its notable success. The company boasts a proven track record built around professionalism, quality materials, and integrity in engagements with clients, suppliers, and contractors. Well-versed from its history working with large franchises like McDonald's, Douglas Cook Enterprises ensures adherence to precise client guidelines and standards. With a distinguished portfolio that includes luxury apartment projects blending historical elements with modern amenities, the firm continues to deliver innovative solutions across market segments. As per Florida registration details, founded on April 25, 2012, and located at 121 Zinnia Ave, Metairie, LA, it is recognized for outstanding service and strategic value addition in its constructions.