Milad Omidi

Milad Omidi is a Postdoctoral Researcher at Aalto University's Department of Energy and Mechanical Engineering, specializing in the Mechanics of Lattice Materials. His work focuses on fracture toughness, energy absorption, and mechanical properties of semi-regular and demi-regular lattice structures using finite element methods and computational modeling. He contributes to the field of micro-architected materials for high toughness.

Recent research trends highlight his expertise in fracture mechanics, composite materials, and structural stability. His publications analyze lattice geometries, crack propagation resistance, and buckling behavior in composite cylinders, with applications in aerospace and mechanical design.

Omidi collaborates on projects like "Disordered by Design: Exploiting Irregularity to Develop Tougher Lattice Materials" (2024–2028) under Principal Investigator L. St-Pierre, alongside roles in earlier Academy of Finland-funded research (2019–2023).

He has presented at conferences on lattice fracture toughness (2023), mechanical properties (2022), and buckling analysis (2021). His research outputs are accessible via ORCID (0000-0002-0179-6173) and Zenodo datasets.