The appointment is solicited at the Tenure-Track Assistant Professor level. Exceptional applications may also be considered at the tenured Associate Professor level.

Applications are welcome from candidates working across the broad spectrum of research addressing the science and engineering of mutually contacting hard surfaces. Topics of interest include, but are not limited to, the physics, chemistry, mechanics, and microstructural phenomena underlying the performance of materials in friction, wear, adhesion, and lubrication; contact mechanics across length scales; tribocorrosion and environmental degradation of surfaces; protective and functional coatings; and surface and interface engineering of materials for improved tribological performance. Approaches that connect fundamental mechanisms with the design of new materials, surfaces, and solutions for sliding contacts are of particular interest.

The successful candidate will develop an independent, internationally recognized research program that complements and strengthens existing activities at EPFL in materials science, mechanics, surface science, and manufacturing. Research that bridges length scales - from atomistic and molecular phenomena at interfaces to the performance of engineered components - and integrates materials design with mechanical behavior is particularly valued.

Candidates must hold a PhD and have an outstanding academic record, a compelling research vision, demonstrated scientific impact, and a strong commitment to excellence in teaching and mentoring students at all levels. A track record in, or clear potential for, technology transfer and collaboration with industry is valued.

The appointment is solicited at the Tenure-Track Assistant Professor level. Exceptional applications may also be considered at the tenured Associate Professor level.

Applications are welcome from candidates working across the broad spectrum of research addressing the science and engineering of mutually contacting hard surfaces. Topics of interest include, but are not limited to, the physics, chemistry, mechanics, and microstructural phenomena underlying the performance of materials in friction, wear, adhesion, and lubrication; contact mechanics across length scales; tribocorrosion and environmental degradation of surfaces; protective and functional coatings; and surface and interface engineering of materials for improved tribological performance. Approaches that connect fundamental mechanisms with the design of new materials, surfaces, and solutions for sliding contacts are of particular interest.

The successful candidate will develop an independent, internationally recognized research program that complements and strengthens existing activities at EPFL in materials science, mechanics, surface science, and manufacturing. Research that bridges length scales - from atomistic and molecular phenomena at interfaces to the performance of engineered components - and integrates materials design with mechanical behavior is particularly valued.

Candidates must hold a PhD and have an outstanding academic record, a compelling research vision, demonstrated scientific impact, and a strong commitment to excellence in teaching and mentoring students at all levels. A track record in, or clear potential for, technology transfer and collaboration with industry is valued.