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Thornton Tomasetti applies engineering and scientific principles to solve the world's challenges. An independent organization of creative thinkers and innovative doers collaborating from offices worldwide, our mission is to bring our clients' ideas to life and, in the process, lay the groundwork for a better, more resilient future. We provide support and opportunities to our employees to achieve their full potential and cultivate a rewarding career. Our Protective Design practice helps architects, owners, developers, and public agencies worldwide achieve security objectives while upholding each project's aesthetic, functional and budgetary goals. A recognized leader in security services - with more than 60 years of experience - we collaborate with clients and project teams to develop physical, technical, and operational security solutions for facilities of every type, use, and size. The Role We have an opportunity for a Structural Engineer for our Protective Design & Security Practice. The Structural Engineer will primarily focus on blast analysis and design work, and will also likely be exposed to several different aspects of protective design & security such as progressive collapse, site perimeter security, and operational security as well as conventional structural design. Over time, a Protective Design engineer will work on projects that involve skills well beyond structural engineering, including performing risk assessments and implementing security technology. Protective design structural engineering is not a topic found in many schools, so we have a strong training program to get new hires up to speed. Responsibilities Provide physical security/protective design consulting services for new and existing construction. Physical security topics include, but are not limited to, blast design, site layout, progressive collapse, and design of vehicle barriers. Perform calculations to determine blast-loading environments. Perform nonlinear, dynamic analysis of building structures and façade systems using a single degree of freedom, multi-degree of freedom, and finite element analysis methodologies for dynamic blast loadings. Perform nonlinear, dynamic analyses of building structures using SAP 2000, ETABS, and other commercially available software for the prevention of progressive collapse. Read and interpret design drawings and REVIT models. Transfer design information from calculations to structural, architectural, and physical security d To view the full job description please use the link below. https://www.aplitrak.com/?adid=YmJnZW5lcmljLjE4MTY1LjEwODY1QHRob3JudG9udG9tYXNldHRpY29tcC5hcGxpdHJhay5jb20