Postdoctoral Researcher in Advanced Flexure-Mechanism Design

Ref 2583020 \\\| Date: 5 Oct 2026 !\[EPFL\]( ) EPFL, the Swiss Federal Institute of Technology in Lausanne, is one of the most dynamic university campuses in Europe and ranks among the top 20 universities worldwide. The EPFL employs more than 6,500 people supporting the three main missions of the institution: education, research and innovation. The EPFL campus offers an exceptional working environment at the heart of a community of more than 17,000 people, including over 12,500 students and 4,000 researchers from more than 120 different countries. Postdoctoral Researcher in Advanced Flexure\\-Mechanism Design (W/M) \*\*Mission\*\* The Micromechanical and Horological Design Laboratory (INSTANT\\-LAB) at EPFL invites applications for a postdoctoral research position in advanced flexure\\-mechanism design. Flexure\\-based mechanisms achieve motion through the elastic deformation of slender structural elements rather than through conventional sliding or rolling joints. As a class of compliant mechanisms, they enable exceptional motion precision in demanding environments such as space systems, cryogenic applications, ultra\\-clean settings, microelectromechanical systems, and surgical instruments. Their main advantages include frictionless operation, the absence of backlash, reduced maintenance requirements, excellent repeatability, and long service life. Their monolithic architecture also facilitates miniaturization and simplifies manufacturing by eliminating assembly steps. Despite significant advances in the field, flexure\\-mechanism design continues to be constrained by performance trade\\-offs. Improvements in motion range, load\\-carrying capability, or stiffness often result in compromises elsewhere. In addition, high\\-performance designs are frequently sensitive to manufacturing variations, requiring tight tolerances and increasing production costs. \*\*Main duties and responsibilities\*\* He or she will contribute to the development of a new design and modelling framework for flexure\\-based mechanisms that simultaneously addresses multiple performance criteria and robustness to manufacturing tolerances. The project combines fundamental research supported by the Swiss National Science Foundation with an industrial collaboration supported by the Swiss Innovation Agency. The successful candidate will work closely with an industrial partner whose products rely on advanced adjustable\\-stiffness flexure\\-based load cells. He or she will build upon more...

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