BFMJ Structural Engineers
at 620 E Euclid Ave, Ste 300, Lexington , 40502 United States
BFMJ is a Structural Engineering Firm whose goal above all else is Client Satisfaction. Our firm provides a full range of consulting services including complete design of both primary and secondary structural components and construction administration services for all types of new buildings and related structures. BFMJ understands structural engineering plays an important role assisting our clients vision become reality. We achieve close working client relationships by encouraging communication while fostering an atmosphere for creativity and innovation.
Address and contacts of BFMJ Structural Engineers
620 E Euclid Ave, Ste 300
Lexington , KY 40502
United States Email
P: (859) 278-5050 Website
Company Rating
11 FB users likes BFMJ Structural Engineers, set it to 7 position in Likes Rating for Lexington, Kentucky in Engineering/Construction category
Summary
BFMJ Structural Engineers is Lexington based place and this enity listed in Engineering/Construction category. Located at 620 E Euclid Ave, Ste 300 KY 40502. Contact phone number of BFMJ Structural Engineers: (859) 278-5050
Engineering/Construction category, Lexington
838 E High St, Ste 151 Lexington , KY 40502-2107 United States
ShieldWorks - A Morgan Hayden Company
620 E Euclid Ave, Ste 300 Lexington , KY 40502 United States
BFMJ is a Structural Engineering Firm whose goal above all else is Client Satisfaction. Our firm provides a full range of consulting services including complete design of both primary and secondary structural components and construction administration services for all types of new buildings and related structures. BFMJ understands structural engineering plays an important role assisting our clients vision become reality. We achieve close working client relationships by encouraging communication while fostering an atmosphere for creativity and innovation.
941 National Ave Lexington , KY 40502 United States
We use cargo containers and innovative building sciences to provide a consumer-driven alternative to traditional construction.