Uzun + Case, LLC
Casey Connell currently serves as a Structural Engineer at Uzun + Case, LLC since February 2018, after initially starting as a Structural Engineering Intern. Concurrently, Casey has been involved in the gymnastics community since 2011, holding various positions such as Team Gymnastics Coach, Administrative Assistant, and Camp Supervisor at Tri-County Gymnastics and Head Gymnastics Coach for Wake Forest High School under the Wake County Public School System. In the role of Mathematics Teacher, Casey taught multiple mathematics courses at Wake County Public School System, contributing to education through student teaching and private tutoring. Casey's educational background includes dual Bachelor's degrees in Secondary Mathematics Education from North Carolina State University, complemented by a Master of Science in Civil - Structural Engineering from the same institution.
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Uzun + Case, LLC
As one of the largest structural engineering offices in the Southeast, we focus on the design of significant building projects throughout the continental United States, Hawaii, Puerto Rico, and the Caribbean. Our staff includes over fifty structural engineers who provide high quality service to architects, building owners, construction firms, and others. With extensive building design experience, our team is committed to producing imaginative, technically accurate, buildable and economical designs. We have an extensive portfolio of higher education, science, institutional, health care, high-rise, office, parking, hotel, public use, retail and government buildings, including GSA Certificates of Seismic Compliance. Having completed projects in excess of $300 million and 2.2 million square feet, our organization is capable of handling the full range of our clients' structural engineering needs. We have earned a reputation for effectively balancing the structural and architectural requirements of our projects. The combination of this approach with a focus on construction costs, results in integrated designs that are efficient, cost effective and sensitive to the design intent.