The Waves and Intelligent Metamaterials Lab in the Department of Mechanical Engineering at Clemson University is recruiting motivated graduate students (M.S. and Ph.D.) for research in vibrations, metamaterials, intelligent structures, and wave propagation. The lab offers opportunities to work on theoretical models of dynamic mechanical systems, numerical simulations using MATLAB and COMSOL, and hands-on experiments involving CAD design, laser cutting, CNC machining, 3D printing, and vibration measurements. Applicants should have a strong interest or prior experience in these areas. A background in dynamic mechanical systems, programming, and experimental testing is highly valued. The lab environment at Clemson University supports both academic and personal growth, preparing students for careers in industry or research. Full funding is available for Ph.D. students, making this an attractive opportunity for those seeking financial support for their studies. Interested candidates should email Prof. Patrick Dorin ([email protected]) with their resume/CV and a description of how their background aligns with the lab’s research direction. Prospective students should also follow the Clemson Mechanical Engineering application process and indicate their interest in the Waves and Intelligent Metamaterials Lab. Key research areas include vibrations, metamaterials, intelligent structures, wave propagation, numerical simulations, finite element analysis, CAD design, and experimental mechanics. The lab is ideal for students passionate about mechanical engineering and materials science, offering a collaborative and innovative environment at Clemson University.

The Waves and Intelligent Metamaterials Lab in the Department of Mechanical Engineering at Clemson University is recruiting Ph.D. students for Fall 2026. The research focuses on vibrations, mechanical metamaterials, intelligent structures, and wave propagation. Applicants should have a strong background in theoretical modeling of dynamic mechanical systems, numerical simulations (MATLAB, COMSOL), and experimental skills such as CAD design, laser cutting, CNC machining, and 3D printing. Experience or interest in the core topics is required. As a member of the lab, students will have the opportunity to develop expertise in dynamic mechanical systems, phononic band structures, and architected materials. The lab environment supports growth in both academic research and engineering practice, preparing students for future careers in industry or academia. The group values interdisciplinary skills and hands-on experience in both simulation and experimental testing of mechanical systems. Full funding is available for Ph.D. applicants, covering tuition and providing a stipend. The lab offers a collaborative and supportive environment within Clemson University, a leading institution in engineering research. For more information about the lab and its research direction, candidates are encouraged to visit the lab website and review the attached flyer. To apply, interested candidates should email Prof. Patrick Dorin ([email protected]) with their resume/CV and a description of how their background and interests align with the lab’s research. Prospective students should also follow the official Clemson Mechanical Engineering application process and indicate their interest in working with the Waves and Intelligent Metamaterials Lab in their application materials.