Doctoral Student / Postdoctoral Researcher

PhD Student / Postdoctoral Researcher PositionsMultiscale Mechanics of Solids Research Group

Multiple positions are available in the research group of Dr. Igor Berinskii for highly motivated PhD students and postdoctoral researchers working in the field of mechanical metamaterials.

The research focuses on the development of theoretical and computational models for architected and metamaterial structures across multiple scales. The successful candidates will work on the modeling and simulation of mechanical systems using:

• discrete and lattice-based models,
• homogenization techniques,
• generalized continuum mechanics,
• multiscale computational approaches.

The projects aim to establish connections between microstructural architecture and emergent mechanical behavior, including nonlinear, anisotropic, and size-dependent effects in metamaterials.

Research topics may include:

• lattice and particle-based mechanical models,
• micropolar / Cosserat and generalized continuum theories,
• homogenization of discrete structures,
• nonlinear mechanics and instability phenomena,
• wave propagation and dynamic response,
• computational mechanics and finite element implementations,
• multiscale simulation methods for architected materials.

The positions provide an opportunity to work at the intersection of solid mechanics, metamaterials, and computational physics in an international and collaborative research environment.

• Master’s degree in:
• Mechanical Engineering,
• Applied Mathematics,
• Physics,
• Computational Mechanics,
• Materials Science,
• or related disciplines.
• Strong background in continuum mechanics and solid mechanics.
• Interest in mechanical metamaterials and multiscale modeling.
• Experience with numerical methods and scientific computing.
• Programming skills in Python, MATLAB, C++, or similar languages.
• Good analytical and mathematical skills.
• Ability to work independently and collaboratively.
• Good written and spoken English.

• Knowledge of generalized continuum mechanics (Cosserat, micropolar, strain-gradient, etc.).
• Experience with finite element methods or discrete simulations.
• Familiarity with homogenization techniques.
• Experience with FEniCS, Abaqus, COMSOL, or similar computational frameworks.
• Background in nonlinear mechanics, elasticity, or lattice models.

• PhD in mechanics, applied mathematics, physics, or a closely related field obtained within last 5 years.
• Demonstrated research experience in computational/theoretical mechanics.
• Publication record in relevant areas.
• Ability to conduct independent research and contribute to collaborative projects.
• Experience supervising students is a plus.

Applicants should submit to [email protected]:

• CV,
• brief statement of research interests,
• academic transcripts (for PhD applicants),
• publication list (for postdoc applicants),
• contact information for references.

The School of Mechanical Engineering at Tel Aviv University provides an outstanding and dynamic environment for research in solid mechanics, computational mechanics, materials, and interdisciplinary engineering science. As one of the leading engineering schools in Israel, it combines strong theoretical foundations with advanced computational and experimental capabilities.

Researchers at the School benefit from:

• a highly interdisciplinary scientific environment,
• close interactions with experts in mechanics, materials science, applied mathematics, physics, and engineering,
• access to advanced computational and laboratory infrastructure,
• collaborations with leading academic institutions and industry partners in Israel and abroad.

Tel Aviv University is internationally recognized for excellence in research and innovation, and offers a vibrant academic atmosphere with strong support for independent and creative research directions. The School encourages collaborations across disciplines and provides an excellent setting for young researchers interested in cutting-edge topics such as mechanical metamaterials, multiscale modeling, generalized continuum mechanics, and computational mechanics.

Located in the center of Tel Aviv, the university offers an attractive and international working environment in one of the most dynamic technological and cultural hubs in the region.