Founded in 1966, SDL has provided the structural design and contract documents for many types of projects located throughout the United States and overseas. SDL's engineers are registered in 46 states (plus the District of Columbia, Puerto Rico and the US Virgin Islands) and consult with architectural firms, owners, and design-build contractors.
With over 50 years of experience in the design, evaluation and retrofit of structures, SDL has an extensive project portfolio in virtually every type of structure including commercial, healthcare, governmental, education, sports and recreation, residential, resort, retail, parking, industrial, and specialty structures.
With over 50 years of experience in the design, evaluation and retrofit of structures, SDL has an extensive project portfolio in virtually every type of structure including commercial, healthcare, governmental, education, sports and recreation, residential, resort, retail, parking, industrial, and specialty structures.
Services
Founded in 1966, Stanley D. Lindsey and Associates, Ltd. (SDL) is a full-service consulting and structural engineering firm with offices in Nashville, Atlanta, Charlotte, and service offices in Tampa, Orlando, and Louisville.
Our services include Structural Design, Sustainable Design, Erection Engineering, Seismic Assessment and Rehabilitation, Construction Administration, Peer Reviews, Renovations, Disaster Assessments and Forensic Investigations.
With over 50 years of experience in the design, evaluation and retrofit of structures, SDL has an extensive portfolio including mixed-use, corporate, commercial, retail, parking, hospitality, education, residential, aviation, healthcare, government, sports and recreation, religious, cultural, historic renovation, industrial, and specialty structures.
Our services include Structural Design, Sustainable Design, Erection Engineering, Seismic Assessment and Rehabilitation, Construction Administration, Peer Reviews, Renovations, Disaster Assessments and Forensic Investigations.
With over 50 years of experience in the design, evaluation and retrofit of structures, SDL has an extensive portfolio including mixed-use, corporate, commercial, retail, parking, hospitality, education, residential, aviation, healthcare, government, sports and recreation, religious, cultural, historic renovation, industrial, and specialty structures.
While working towards his Ph.
D. at Vanderbilt University, Stanley D. Lindsey was employed by Volunteer Structures, a steel fabricator in Nashville, Tennessee.
It was Volunteer Structures' desire to start a separate company focused solely on structural engineering and who better to lead that initiative than Dr. Lindsey himself.
In 1966, SDL was founded and the firm's first project was to design a Student Union building at Tennessee Agricultural and Industrial State University, now Tennessee State University.
D. at Vanderbilt University, Stanley D. Lindsey was employed by Volunteer Structures, a steel fabricator in Nashville, Tennessee.
It was Volunteer Structures' desire to start a separate company focused solely on structural engineering and who better to lead that initiative than Dr. Lindsey himself.
In 1966, SDL was founded and the firm's first project was to design a Student Union building at Tennessee Agricultural and Industrial State University, now Tennessee State University.
SDL maintains a full suite of the latest commercial analysis software as well as software developed in-house to provide the Engineering tools required for the most complicated of projects.
Non-linear analysis including staged construction and cable analysis, disproportionate (progressive) collapse analysis, time-history seismic analysis, and pushover analysis.
Analysis of all types of materials including concrete, steel, wood, masonry, foundation and retaining structures, as well as subcategories of these materials such as post-tensioned concrete, glulam beams, and composite steel structures.
Non-linear analysis including staged construction and cable analysis, disproportionate (progressive) collapse analysis, time-history seismic analysis, and pushover analysis.
Analysis of all types of materials including concrete, steel, wood, masonry, foundation and retaining structures, as well as subcategories of these materials such as post-tensioned concrete, glulam beams, and composite steel structures.
SDL believes that our experience can serve the next generation of engineers by interacting with them in various ways.
Clinton O. Rex, Visiting Professor of Practice, Advanced Steel Design, Clemson University, Spring 2018 Semester.
Senior Design Course Professional Mentor at the Georgia Institute of Technology and Vanderbilt University.
Annual Guest Lecturer at Clemson University, Georgia Institute of Technology, Georgia Institute of Technology - Savannah campus, and Virginia Polytechnic Institute & State University.
Clinton O. Rex, Visiting Professor of Practice, Advanced Steel Design, Clemson University, Spring 2018 Semester.
Senior Design Course Professional Mentor at the Georgia Institute of Technology and Vanderbilt University.
Annual Guest Lecturer at Clemson University, Georgia Institute of Technology, Georgia Institute of Technology - Savannah campus, and Virginia Polytechnic Institute & State University.
SDL is an active participant of the engineering community with the goal of fostering innovation in the field of structural engineering as well as generating interest amongst the next generation of structural engineers.
Part of this effort includes the presentation of lectures at various universities and engineering societies.
Perry, J.D. "50 Tips for Designing Constructable Steel Buildings" an AISC Continuing Education two day seminar.
Perry, J.D. and McManus, P. "Efficient Lateral Load Resisting Systems for Low Rise Buildings" an AISC Continuing Education two day seminar.
Part of this effort includes the presentation of lectures at various universities and engineering societies.
Perry, J.D. "50 Tips for Designing Constructable Steel Buildings" an AISC Continuing Education two day seminar.
Perry, J.D. and McManus, P. "Efficient Lateral Load Resisting Systems for Low Rise Buildings" an AISC Continuing Education two day seminar.
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