Structural Engineer at U.S. General Services Administration (GSA)

Summary As a Structural Engineer, you will provide direction in structural, seismic, and blast engineering for design and construction of new facilities and major renovations. Duties Serve as a national leader representing state-of-the-art structural engineering practices, requiring exceptional communication and organizational skills. Conduct briefings, discussions, and negotiations with high-level agency representatives, GSA management, contract architects, construction firms, and external stakeholders to resolve controversies, promote innovative approaches, and develop consensus. Negotiations frequently involve major structures having unique problems or requiring unusual treatment. Serve as a recognized technical authority and code official in structural, seismic, and blast engineering, as assigned, to all GSA architects, engineers, and project managers as well as partner agencies, contract architects and engineers, construction managers, and construction contract teams. Provide guidance regarding design and construction of new Federal properties plus the repair, alteration, and maintenance of existing Federal properties. Review and comment on reports and other specialized studies performed related to all aspects of structural engineering. Consult and provide expert direction to other specialists on GSA structural design and construction policy regarding new, existing, and leased buildings. Provide leadership and expert advice to GSA Business lines, project teams, personnel, partner agencies, and contract architect-engineers regarding highly specialized structural, seismic, and blast engineering programs. Develop and guide the implementation of new approaches for buildings of major size and complexity based upon legislation and executive directives. Define building standards aimed at mitigating risks from terrorist attacks and natural disasters, serving as a member of the Interagency Security Committee (ISC). These standards frequently surpass those found in model building codes. Their development involves actual blast testing, advanced computer modeling, and collaboration across various agencies. Sustain expertise in the latest developments in the professional engineering field by reviewing technical literature and attending conferences or professional society meetings. Apply new developments in the field of expertise by adapting existing knowledge or applications to fit unique design or construction issues or situations.