Hoffmann Architects Promotes Robert Marsoli To Project Engineer

7/25/16

Robert A. Marsoli, Jr., PE

Hoffmann Architects, an architecture and engineering firm specializing in the rehabilitation of building exteriors, is pleased to announce the promotion of a member of the technical staff at the firm’s Hamden, Connecticut headquarters.

Robert A. Marsoli, Jr., PE has been promoted to Project Engineer, in recognition of his credentials, experience, and contributions to the firm. Previously a Project Manager, Marsoli will celebrate his tenth anniversary with Hoffmann Architects in February.Afterjoining the firm in 2007 as a Project Coordinator, hewas recognized in 2010 for his leadership and design proficiency with a promotion to Project Manager.As a key part of the firm’s engineering team, Marsoli mentors junior staff members and engineers-in-training in the investigation and rehabilitation of building distress, oversees project management, and publishes articles on topics related to parking structures and building enclosures. He is valued by colleagues and clients for his technical insight into challenging building envelope problems. With a degree in civil engineering from Northeastern University,Marsoli has led project teams in developing design solutions for diverse clients, including Aetna, General Re, Eversource Energy, Quinnipiac University, and Middlesex Hospital. He lives in North Haven, Connecticut.

Founded in 1977, Hoffmann Architects specializes in the rehabilitation of the building envelope. The firm’s work focuses on the exteriors of existing structures, diagnosing and resolving deterioration within facades, roofing systems, windows, waterproofing materials, plazas/terraces, parking garages, and historic and landmark structures. We provide consulting services for new building construction, as well as litigation and claim support. Our technical professionals investigate and correct damage resulting from time and weather, substandard or improper construction, design defects, material failures, poor workmanship, structural movement, and stress.