Jun 15 2013
Regionally-based Hudson Valley architectural firm, HUDSON DESIGN, just released publication and submission images of their current projects. Highlights include the conversion of a second Empire Carriage House for hospitality use, a distinctively designed and crafted Oscawna Lake House, a remote retreat center for returning military service members and their families, the retrofit of laboratory and corporate offices for residential use, and a riverfront entertainment pavilion.
The new website, http://www.hudsondesign.pro, was a collaboration between Aurora Information Technology and the in-house design team at HUDSON DESIGN.
http://www.globenewswire.com/newsroom/prs/?pkgid=19211
The new website provides a comprehensive view of HUDSON DESIGN's capabilities and work product, as well as insight into their design methodology. The site simplifies searches of Hudson Valley architectural projects including recreation, hospitality, multifamily and residential homes, commercial, interior design, historic preservation, master planning, and construction management.
The HUDSON DESIGN office and studio are located in Garrison in New York's Hudson River Valley, 50 miles north of New York City. Founded by Architect James M. Copeland in 1986, the firm offers a seamless composite of building project design and administrative services. HUDSON DESIGN provides expertise in the professional fields of environmental design, architecture, interior design, and construction management with structural, mechanical, electrical and civil engineering. Members of the firm's management team are LEED Accredited Professionals, certified by the US Green Building Council.
Projects designed by HUDSON DESIGN have been published in Custom Home, Upstate House, New York Spaces, and Fine Home Building magazines, receiving awards from the American Institute of Architects and the Hudson Valley Builders Association. Photographers Otto Baitz, Christopher Lovi, Mick Hales, and Howard Copeland captured the firm's projects now featured on the new website.