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O’Donnell & Naccarato has helped many East Coast schools, hospitals, and businesses embrace solar power. Your new or existing buildings have the potential to harness solar energy too! Download our qualifications packet to learn more.
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F I R M P R O F I L E History Tracing its roots to 1954, O’Donnell & Naccarato prides itself on delivering world- class, cost-effective structural engineering, façade/garage restoration, parking consultation and functional design services to its clients. Depth As a firm of 60+, every organizational department is committed to working seamlessly with architects and building owners to meet the goals of each and every project. Additional emphasis is placed upon analysis of design and optimum selection of materials to ensure quality control and budgetary compliance. Annually, we are responsible for designing projects valued at more than $3 billion. Diversity O’Donnell & Naccarato was established not just as a structural engineering firm, but as a client-based corporation focused on integrity and adaptation committed to helping our clients meet their goals. Through the years, O’Donnell & Naccarato has added services to further accommodate the needs of our clients. Services offered in each location include: Technology New technological developments in our industry provide the opportunity for more efficient designs, cost containment, and ease of construction. Leading the way with adaptation and use of Building Information Modeling (BIM) tools we take pride in being on the cutting edge of implementing engineering applications including the latest versions of Revit Structure, AutoCad, RAM Structure, RAM Advanse, RAM Concept and ETABS. With these applications as optional tools, clients are able to proactively control variables. •Structural Engineering •Parking Consultation •Façade Restoration •Parking Garage Restoration Experience O’Donnell & Naccarato is recognized as a leading structural engineering firm who understands the challenges faced by owners, developers and architects embarking on projects to renovate, build, or expand facilities. With more than 45 Professional Engineers registered in 38 states, our responsive engineers are able to meet the demands of any project. Expansion With diligence and success, O’Donnell & Naccarato has expanded organizationally to offer services to a larger market area. Headquartered in Philadelphia, PA, additional offices are located in Lehigh Valley, PA and Washington, DC with affiliates throughout Florida including West Palm Beach. O-N.COM 800.607.7284
P E O P L E Anthony Naccarato, PE, SECB P R I N C I P A L- I N - C H A R G E Education Villanova University, Villanova, PA Bachelor of Science in Civil Engineering Professional Registration Delaware, District of Columbia, Maryland, New Jersey, New York, Pennsylvania, Virginia Professional Affiliations ACE Mentor Program of America - Board Chair of Eastern PA Affiliate, Member National Board’s Leadership Council Center for Architecture - Board of Directors American Society Civil Engineers AIA Philadelphia, AIA New Jersey – Associate Member Urban Land Institute Project Role Mr. Naccarato has more than 23 years experience as a structural engineer with O’Donnell & Naccarato having progressed from a structural designer to become a Principal and Vice President of the firm. As a Principal-in-Charge of projects, Mr. Naccarato participates in all phases of projects and serves as the project advocate, motivating the firm’s project team to exceed expectations, while striving to achieve the least expensive structural solutions. His experience includes an extensive array of healthcare, multi-family residential, office, retail, educational, industrial and parking garage projects. Project Experience Hamilton Station Parking Garage Solar Panel Support | Hamilton, NJ Consulting structural engineering services for a steel framed solar array mounting structure above the top level of the existing precast concrete parking structure to support 60,000 SF of new solar panels. Colory Metal & Glass | Bensalem, PA Analysis of the existing roof structure to determine its capability to support a new solar panel array and helped determine appropriate connections from the solar panels to the existing roof structure to withstand the applied wind loads. Middle Township School District | Cape May Courthouse, NJ Consulting structural engineering services to assess the existing structures of the District’s buildings, which include four schools and an administration building, to support the installation of 1.5 megawatts of solar panels. Brigantine Public Schools | Brigantine, New Jersey Structural assessment of the existing roof structure at the educational facility for support of a 325kW photovoltaic system loading, and the design of roof mounted steel dunnage platforms for support of the majority of the arrays. The project also includes two windmills mounted to the new steel dunnage framing. Wildwood Crest Memorial School | Wildwood Crest, NJ Evaluation of the existing building’s structure to assess the structural feasibility of mounting a solar array on the roof of the existing school. O-N.COM 800.607.7284
P E O P L E Scott M. Bauer, PE, SECB, LEED AP P R O J E C T E X E C U T I V E Education Drexel University, Philadelphia, PA Bachelor of Science in Architectural Engineering Bachelor of Science in Civil Engineering Professional Registration Connecticut, Florida, New Jersey, Pennsylvania, Virginia Professional Affiliations Delaware Valley Association of Structural Engineers Post Tensioning Institute Project Role Mr. Bauer has more than 15 years experience as a structural engineer with O’Donnell & Naccarato having progressed from a structural designer to become a Project Executive. As a Project Executive Mr. Bauer is responsible for general project overview involving fee generation, system selection and layout, detail development and design review. He is also responsible for overall project organization, creativity, economy and technical accuracy. Project Experience The Bourse Building | Philadelphia, PA Structural engineering support services for the photovoltaic array installed on the roof of the historic building including a structural analysis of the existing roof structure to determine its capability of supporting the loads imposed by the photovoltaic system. Egg Harbor Township School District Solar Panel Support | Egg Harbor Township, NJ Structural assessment of the existing roof structure at nine (9) educational facilities of the Egg Harbor Township School District for support of photovoltaic system loading. Including the design of roof mounted steel dunnage platforms for support of the majority of the solar arrays. Hamilton Station Parking Garage Solar Panel Support | Hamilton, NJ Consulting structural engineering services for a steel framed solar array mounting structure above the top level of the existing precast concrete parking structure to support 60,000 SF of new solar panels. Roebling Metro Complex - Buildings 16-17; 20 | Trenton, NJ Consulting structural engineering services for the 1,000 module solar installation at the three existing industrial buildings. These services included an assessment of the existing structure and design of the ballast block system for the racks mounted directly on the existing roof. O-N.COM 800.607.7284
P R O J E C T S The Bourse Building | Philadelphia, PA Structural engineering support services for the photovoltaic array installed on the roof of the historic building including a structural analysis of the existing roof structure to determine its capability of supporting the loads imposed by the photovoltaic system. Woodbine Elementary School | Woodbine, NJ Design services for the structural steel framing supports for the solar panel installation post-up from the roof structure of the existing elementary school. Wildwood Crest Memorial School | Wildwood Crest, NJ Evaluation of the existing building’s structure to assess the structural feasibility of mounting a solar array on the roof of the existing school. Walnutport Car Wash | Walnutport, PA Review of the roof structure of an existing car wash facility to determine if it can support the loads from new solar panels to be installed on top of a portion of the existing roof. Colory Metal & Glass | Bensalem, PA Analysis of the existing roof structure to determine its capability to support a new solar panel array, Also worked with the solar panel consultant to help determine appropriate connections from the solar panels to the existing roof structure to withstand the applied wind loads. O-N.COM 800.607.7284
P R O J E C T S Brigantine Public Schools | Brigantine, NJ Structural assessment of the existing roof structure at the educational facility for support of a 325kW photovoltaic system loading, and the design of roof mounted steel dunnage platforms for support of the majority of the arrays. The project also includes two windmills mounted to the new steel dunnage framing. Tatnall Tower | Wilmington, DE Analysis of the existing roof structure to determine its ability to support the proposed solar array with ballast. Warren Township Schools | Warren, NJ Reviewed live load capacity of the roofs of three existing buildings; Warren Middle School, Central School, and Angelo L. Tomaso School to determine the live load capacity available for support of new solar panels. North Hanover Upper Elementary School Solar Array Support | Wrightstown, NJ Design services for the structural steel framing supports for the solar panel installation post-up from the roof structure of the existing elementary school. Middle Township School District | Cape May Courthouse, NJ Consulting structural engineering services to assess the existing structures of the District’s buildings, which include four schools and an administration building, to support the installation of 1.5 megawatts of solar panels. Bergey Electric | Lansdale, PA Structural assessment on the existing roof structure for support of a proposed photovoltaic system. O-N.COM 800.607.7284
P R O J E C T S Egg Harbor Township School District Solar Panel Support | Egg Harbor Township, NJ Structural assessment of the existing roof structure at nine (9) educational facilities of the Egg Harbor Township School District for support of photovoltaic system loading. Including the design of roof mounted steel dunnage platforms for support of the majority of the solar arrays. This project included the following schools in the Egg Harbor Township School District: • Fernwood Avenue Middle School • Alder Avenue Middle School • C.J. Davenport Elementary School • C.J. Davenport Primary School • Egg Harbor Township High School • Dr. Joyanne D. Miller School • E.H. Slaybaugh Elementary School • E.H. Slaybaugh Primary School • H. Russell Swift School Lumberton Township Schools | Lumberton, NJ Designed of the structural supports for the solar panel installation on the existing roof structures of several schools including: • Ashbrook Elementary School • Bobby’s Run School/Lumberton Middle School Complex • Florence L. Walther School O-N.COM 800.607.7284
P R O J E C T S Hamilton Station Parking Garage Solar Panel Support | Hamilton, NJ Consulting structural engineering services for a steel framed solar array mounting structure above the top level of the existing precast concrete parking structure to support 60,000 SF of new solar panels. Underwood Hospital Parking Garage - Solar Panel Support | Woodbury, NJ Placement of new structural steel dunnage framing above the top level of the existing precast concrete parking structure to support 44,000 SF of new solar panels. Thomas Jefferson H.S. For Science & Technology Solar Panel Array Support | Fairfax, VA Consulting structural engineering services for the addition of 10 new solar panels on the roof of the Thomas Jefferson High School. The new panels are supported on new steel dunnage over the existing roof. Central Bucks East High School | Doylestown, PA 35,000 SF addition and renovations to the existing high school that includes a new two-story science wing with 14 classrooms and roof level solar panels, a single-story fitness room addition and a new entrance canopy. Lehigh Valley Hospital - Kasych Pavilion & Muhlenburg Campus | Allentown, PA Review of the existing roof framing and design for any required reinforcement for the installation of solar panels on the existing buildings on both campuses. O-N.COM 800.607.7284
P R O J E C T S 1510 Hooper Avenue | Toms River, NJ Consulting structural engineering services for the 800 module solar installation at the existing office building. These services included an assessment of the existing structure, design of new steel dunnage platforms for solar panel support and design of the ballast block system for racks mounted directly on the existing roof. Health Village | Manahawkin, NJ Consulting structural engineering services for the 500 module solar installation at the existing office building. These services included an assessment of the existing structure, design of new steel dunnage platforms for solar panel support, and design of the ballast block system for racks mounted directly on the existing roof. RAS Process Equipment | Robbinsville, NJ Consulting structural engineering services for the 900 module solar installation at the existing building. These services included an assessment of the existing structure and design of the ballast block system for the racks mounted directly on the existing roof. Roebling Metro Complex – Buildings 16-17; 20 | Trenton, NJ Consulting structural engineering services for the 1,000 module solar installation at the three existing industrial buildings. These services included an assessment of the existing structure and design of the ballast block system for the racks mounted directly on the existing roof. O-N.COM 800.607.7284