Ph.D. student position in acoustic micromanipulation
In the context of a project entitled “Ultrasound Wave-momentum shaping for precise micromanipulation” funded by the Swiss National Science Foundation, we are looking for a Ph.D. student to join our team at EPFL. The project builds upon our recent work on wave-momentum shaping to move objects and aims at developing the method both theoretically and experimentally. We now aim to use wave-momentum shaping to control the motion and rotation of an object, or multiple objects at the same time, using ultrasound and in complex and dynamic media. On the theory side, we would like to explore how to best use all the spatial and frequency degrees of freedom of the field to perform more advanced micromanipulation tasks, and explore further the physics of wave-momentum shaping. On the experimental side, the goal is to scale down the method to operate on-chip, with ultrasonic transducers to shape the motion of microscopic objects such as micro robots, lipid vesicles carrying drugs, small cells or cellular aggregates, or bubbles. It will involve some microfabrication, ultrasonic transducer matrix design, coding, theory, and the development of dedicated electronic and processing tools. Candidate with relevant expertise are encouraged to apply. To start working with us, the Ph.D. student needs to apply and be accepted by one of the EPFL doctoral schools our lab is affiliated with (EDME, EDPY, EDEE or EDMI), before of after being selected by us. Start: 2025, flexible.
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PhD Position in Electromagnetic Metamaterials for Microwave and Millimeter-Wave Systems
The Laboratory of Wave Engineering (LWE) at EPFL is seeking a motivated PhD student with a strong background in electromagnetic fields and waves to join our innovative team. The successful candidate will contribute to the design and development of advanced metamaterial devices for next-generation microwave and millimeter-wave systems. Our focus is on creating energy-efficient, wideband, and compact solutions for future of communication and sensing technologies.
Key Responsibilities:
- Develop novel metamaterial concepts for beamforming, filtering, and antenna performance enhancement.
- Collaborate with our academic and industrial partners to translate designs into real-world applications..
- Participate in prototyping, testing, and performance validation.
Qualifications:
- Master’s degree in Electrical Engineering, Physics.
- Strong knowledge of electromagnetic theory, simulation, and measurement tools.
- Experience with microwave and millimeter-wave systems is a plus.
We Offer:
- A dynamic and collaborative research environment at EPFL.
- Exposure to industry-driven innovation through collaboration with MinWave Tech SA .
- Opportunities to contribute to cutting-edge projects in satellite communications.
- Support for conference participation and professional development.
Interested candidates are invited to send their CV, academic transcripts, and a brief cover letter to romain.fleury@epfl.ch
Join LWE EPFL and help us shape the future of wireless technology through groundbreaking wave engineering innovations!
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Open Position: Postdoctoral Researcher in Metamaterial Filter Design & Manufacturing
The Laboratory of Wave Engineering (LWE) at EPFL, in collaboration with MinWave, is seeking a talented Postdoctoral Researcher to join our team. This position focuses on the design, fabrication, and testing of metamaterial-based RF filters as part of our ongoing efforts to develop energy-efficient, wideband, and compact microwave components.
The successful candidate will work at CMI EPFL (Center of MicroNanoTechnology) for the microfabrication of innovative devices, leveraging cutting-edge facilities and techniques.
Key Responsibilities:
- Design innovative metamaterial-based RF filters for advanced wireless communication systems.
- Develop fabrication processes using micromachining techniques and other relevant manufacturing methods.
- Conduct experimental testing and performance evaluation of fabricated devices.
- Collaborate closely with MinWave and other partners to translate research into real-world applications.
Qualifications:
- PhD in Electrical Engineering, Physics, or a related field.
- Strong expertise in RF component design.
- Experience with micromachining techniques is highly desirable.
- Ability to work independently while contributing to a collaborative research environment, motivation for industry-oriented projects.
Starting Date: As soon as possible.
We Offer:
- A dynamic research environment at EPFL with access to state-of-the-art facilities at CMI EPFL.
- Collaboration with MinWave, a leading innovator in metamaterial-based RF solutions.
- Opportunities for professional development, publications, and conference participation.
Interested candidates are invited to submit their CV, a brief cover letter to romain.fleury@epfl.ch
Join us in pushing the boundaries of metamaterial-based microwave technology!