Welcome to my space
DR
Dr. Sez Atamturktur Russcher is a Provost Distinguished Professor of Mechanical Engineering at Clemson University. Her research focuses on model validation and uncertainty quantification for complex structural and multi-physics systems.
BRIEF ABOUT MY RESEARCH
I work at the intersection of experiments and computation, developing Bayesian calibration and model validation techniques for complex structural and multi-physics systems. My goal is to make simulations honest about their uncertainty so that decisions about infrastructure, energy, and advanced manufacturing are grounded in data, transparent assumptions, and defensible levels of risk.
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Journal Articles
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Citations across journals
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in funding from Federal agencies
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Featured Work
A glimpse into publications that shaped Bayesian calibration, model validation, and predictive maturity across infrastructure, coastal risk, and nuclear engineering.view all papers
Hall of Recognition
A curated timeline of recognition in structural dynamics, uncertainty quantification, and academic leadership — from early distinctions to university-level honors.
Clemson University
University-level recognition for sustained excellence in research, teaching, and service.
Earlier → 2018 → 2020 → 2023
Education Roadmap
My academic path has always been cross-disciplinary: blending architecture, civil engineering, structural dynamics, and statistics to ask richer questions about how we trust simulations.
Graduate foundations
Pennsylvania State University
Advanced coursework and research at the interface of structural systems and the built environment.
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Doctoral training
Pennsylvania State University
Doctoral work in structural dynamics and probabilistic methods laid the groundwork for later contributions in Bayesian model calibration and validation.
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From methods to impact
National laboratories & research universities
Subsequent roles at Los Alamos National Laboratory, Clemson, and Penn State helped carry these ideas into large research programs and academic leadership.
Service & Leadership
In addition to research and teaching, I contribute to organizations that shape how experimental mechanics, buildings, and infrastructure policy evolve at national and international scales.
National Institute for Building Science
Board of Directors
Helping connect engineering insight with federal policy for the built environment.
United Nations High Performance Building
Lead advisory roles
Translating lessons from uncertainty quantification and building science into global sustainability discussions.
Society for Experimental Mechanics
Vice President & long-standing service
Shaping the experimental mechanics community, from conference leadership to education initiatives.
Voices from the Work
A few reflections from students, collaborators, and partners who have worked with Sez on model calibration, uncertainty quantification, and academic leadership.
“Working with Sez fundamentally changed how I think about models. She never treats simulations as black boxes — she pushes us to question every assumption, quantify every uncertainty, and communicate results with intellectual honesty.”
Doctoral Student, Clemson University
Structural Dynamics & UQ
“Sez has a rare ability to connect rigorous Bayesian methods with real engineering decisions. She listens carefully, reframes complex ideas in simple language, and makes even difficult trade-offs feel clear and actionable.”
Industry Collaborator
Energy & Infrastructure Partner
“As a mentor, she is exacting but deeply supportive. She demands clarity in thinking and writing, yet always leaves you feeling more capable, not less. Her feedback reshapes not just a paper, but how you approach research.”
Former Ph.D. Advisee
Assistant Professor, Mechanical Engineering