Two Funded PhD Positions – Packaging Dynamics (Fall 2026)
School of Packaging, Michigan State University
https://www.canr.msu.edu/packaging/about_the_school/
We combine computational modeling, experimental mechanics, and vibration analysis to study how packaging structures—such as corrugated boxes, polymer foams, and the products they protect (fruits, electronics, etc.)—respond to real-world mechanical loads like compression, impact, and multi-axis vibration, including when and why fractures occur. Packaging dynamics remains an underexplored field with strong research potential and broad career opportunities, as every industry depends on safe, efficient, and sustainable packaging.
The School of Packaging at MSU is seeking applicants for two funded PhD positions starting Fall 2026 in Packaging Dynamics, focusing on mechanical behavior, vibrations, stability and structural performance of packaging systems during transportation.
Basic Requirements
- Master’s degree in Mechanical/Civil/Materials/Aerospace Engineering (solid mechanics focus) or Packaging.
- Proficiency in MATLAB and/or Python
- Experience with FEM tools (Abaqus, Ansys, etc.)
- Basic ML familiarity
- Demonstrated research experience (papers, abstracts, or strong thesis work)
Desired Skills
- Background in vibrations, nonlinear dynamics, composites, fracture, or control
- Lab experience with DIC, universal testers, accelerometers, shakers
- Knowledge of packaging structures (corrugated boards, foams)
- Exposure to multi-physics or fluid–structure modeling
Research Area
Projects address vibration-induced damage, mechanical testing of packaging materials, FEM modeling, and ML-based prediction of package distribution hazards.
To Apply
Email your CV to Amin Joodaky at joodakya [at] msu.edu.