The School of Packaging at Michigan State University is offering a postdoctoral research associate position in the Packaging Dynamics research group, led by Assistant Professor Amin Joodaky. The group focuses on understanding the behavior of packaging structures, such as corrugated boxes and polymer foams, under various mechanical stresses including compression, impact, and multi-axis transportation vibration. Research integrates computational modeling, experimental mechanics, vibration analysis, and fracture/damage assessment, with applications in both industry and academia. The ideal candidate will have a PhD in a solid-mechanics-oriented engineering field and demonstrate experience with finite element modeling (using Abaqus or Ansys), MATLAB or Python programming, laboratory testing, and machine learning. The position offers opportunities for publications, conference presentations, and involvement in high-impact projects. The research environment is collaborative and interdisciplinary, providing exposure to advanced topics in materials science, mechanical engineering, and packaging technology. This is a full-time, research-focused postdoctoral position. While specific funding details are not provided, the role is designed to support professional development and academic growth. The anticipated start date is flexible, with options for Spring, Summer, or Fall 2026. Interested applicants should prepare a CV highlighting relevant skills and research experience and email it directly to Dr. Amin Joodaky at [email protected]. For more information about the research group or the position, candidates may refer to the provided LinkedIn profile. Keywords: Packaging Dynamics, Solid Mechanics, Computational Modeling, Experimental Mechanics, Vibration Analysis, Fracture Assessment, Finite Element Modeling, Machine Learning, Materials Science, Mechanical Engineering.

Michigan State University’s School of Packaging is recruiting highly motivated PhD students for research in Packaging Dynamics. The program is recognized as the top in its field and offers access to advanced laboratories and industry collaborations. Research topics include multi-axis vibration analysis, composite structures, packaging sustainability, predictive response modeling, and more. Applicants should have a strong background in mechanics and engineering analysis, ideally with a Master’s degree in Solid Mechanics, Applied Design, Structural Engineering, or related areas. Required skills include solid mechanics, dynamics, CAD (SolidWorks), finite element modeling (ANSYS, Abaqus), vibrations, introductory machine learning, and MATLAB coding. Preferred skills include experience with composite structures, metamaterials, Python coding, machine learning applications in engineering and packaging, and an interest in interdisciplinary applications such as materials, food, transportation, and sustainability. The start date is Fall 2026. Interested candidates should email [email protected] with their CV and a brief statement of research interests.