Benjamin Gorissen

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This PhD position at KU Leuven offers an exciting opportunity to work at the intersection of soft robotics and electrochemical materials, focusing on the development of advanced lab-on-chip systems for independent mechanical and electrical stimulation of cells. The research will be conducted in collaboration between the Soft Robotics research group, led by Prof. Benjamin Gorissen, and the Laboratory of Electrochemical MATerials and BioInterfaces (eMATI), led by Prof. Irene Taurino. The Soft Robotics group specializes in the design, optimization, and experimental validation of soft material systems capable of interacting with living systems, while eMATI advances nano- and microtechnologies for sensing, therapy, and stretchable/bioresorbable electrochemical devices. The project aims to create a novel cell stimulation device that can independently deliver mechanical loading (stretch and compression), electrical stimulation, and other biophysical cues within a single platform. This device will be compatible with existing imaging and visualization techniques and is intended for use in translational biomedical research. The successful candidate will contribute to the theoretical design, simulation (mechanical and electrical), fabrication using cleanroom technologies, and validation of prototypes in collaboration with clinical partners. Applicants should have a master's degree in mechanical or electrical engineering, physics, materials science, or equivalent, with at least distinction. A strong background in micromanufacturing, experience with finite element analysis, and proficiency in English are required. Candidates should demonstrate creativity, analytical skills, hands-on experimental aptitude, and the ability to work both independently and as part of a team. Good communication skills and a willingness to write a PhD fellowship proposal for national funding are expected. The position offers a four-year doctoral scholarship, full-time employment, health insurance, access to university sports facilities, and excellent doctoral training at the Arenberg Doctoral School. The research environment is international and collaborative, with opportunities to participate in conferences, trainings, summer schools, and lecture series. KU Leuven is committed to diversity, inclusion, and equal opportunity, providing support for accessibility and a respectful academic environment. The application deadline is May 2, 2026. To apply, use the KU Leuven online application platform and submit an academic CV, diplomas and transcripts, a statement of research interests and career goals, a sample of technical writing, and a certificate of English proficiency. For further information, contact Prof. Benjamin Gorissen or Prof. Irene Taurino.

The Soft Robotics research group at KU Leuven's Department of Mechanical Engineering is offering a PhD position focused on the development of soft robotic cilia. The group explores the intersection of soft robotics, mechanical instabilities, and microfabrication, aiming to create intelligent systems by leveraging the unique properties of soft materials and innovative mechanical design. Research activities span theoretical design, numerical optimization, and experimental validation of prototypes at centimeter and millimeter scales. This project draws inspiration from nature, where cilia—hairlike structures on cell surfaces—exhibit complex, synchronized movements essential for transporting fluids, particles, and cells. Despite extensive research, the mechanisms behind these collective dynamics remain a scientific challenge. The PhD project aims to mimic these natural cilia arrays using soft robotic technology, moving beyond current laboratory demonstrations that rely on bulky external equipment. The goal is to develop compact, self-contained artificial cilia systems operable with a single pressure supply tube, suitable for practical applications. The ideal candidate will have a Master's degree in mechanical engineering, physics, materials science, or equivalent, with at least distinction. A strong background in solid mechanics, fluid dynamics, and micromanufacturing is required, along with proficiency in Matlab/Python, CAD software, FEM analysis, and experimental validation. Excellent English communication skills (written and oral), creativity, problem-solving ability, independence, and teamwork are essential. Candidates must be willing to write a PhD fellowship proposal for national funding and demonstrate a proactive approach to research and actuator development. The position offers a four-year doctoral scholarship, full-time employment, health insurance, access to university sports facilities, and comprehensive doctoral training at the Arenberg Doctoral School. The research environment is international and collaborative, with opportunities to participate in conferences, trainings, summer schools, and lecture series both within and outside KU Leuven. The starting date is September 2026, with some flexibility for the ideal candidate. KU Leuven is committed to diversity, inclusion, and equal opportunity, fostering a respectful and socially safe environment for all. For further information, applicants may contact prof. dr. ir. Benjamin Gorissen at [email protected]. Applications should be submitted online via the provided link before the deadline of May 2, 2026.