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Andreas Schüler
Top university
3 days ago
PhD Student Position in Numerical Modeling and Design of Plasmonic Crystals for Solar Energy EPFL in Switzerland
Degree Level
PhD
Field of study
Electrical Engineering
Funding
Financial support in accordance with EPFL doctoral student conditions; stable position for up to 4 years; 1-year fixed-term contract renewable up to 4 years.
Deadline
Nov 30, 2026
Country
Switzerland
University
EPFL
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About this position
This PhD project at EPFL’s SCI-ENAC-AS group, Nanotechnology for Solar Energy Conversion, focuses on the numerical modeling and design of plasmonic crystals for solar-energy-related applications. The advertised research is part of the SNSF project “Coupled oscillations in plasmonic crystals”, which investigates how plasmonic oscillations couple in metallic micro- and nanostructures.
The project aims to understand and potentially engineer plasmonic crystals with broad frequency bands of extraordinary optical transmission in the UV-VIS-NIR range. The work sits at the intersection of nanophotonics, optical materials, and solar-energy materials, with possible relevance to photovoltaic technologies, displays, OLED lighting, electrochromic devices, and energy-efficient glazing.
You will join a research group that develops micro- and nanostructured smart materials for active and passive solar applications integrated into the building envelope. The lab emphasizes thin films and their optical and electronic properties, working in an international research environment with close supervision and collaboration with lab members and external partners.
The position includes research, scientific writing, conference presentations, and teaching-related activities within the PhD project.
Funding details
Financial support in accordance with EPFL doctoral student conditions; stable position for up to 4 years; 1-year fixed-term contract renewable up to 4 years.
What's required
An excellent Master’s-level degree in Physics, Optics, Micro-/Nanotechnology, Materials Science, Energy, or a related quantitative field is required. A strong background in theory of light-matter interaction, computer simulations using the Finite Differences in the Time Domain (FDTD) method, determination of optical material constants by multiangle UV-VIS-NIR ellipsometry, and/or characterization by UV-VIS-NIR spectrophotometry is preferred. Applicants should have a sincere interest in micro-/nanostructures, electronic and optical material properties, plasmonics, and solar energy. Proficiency in English is required; French is a plus. Strong motivation for academic research, critical thinking, independence, good self-management skills, excellent team spirit, and interest in a career involving research and teaching are assets.
How to apply
Apply through the EPFL job opportunities webpage. Include a CV, motivation letter, diplomas, and Bachelor’s/Master’s transcripts or grades. Successful candidates must also enrol separately in an EPFL doctoral school program.
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Professors
Prof. at EPFL
Switzerland
Research Interests
Solar Fuel
Physics
Nanostructured Materials
Materials Science
Thin Film
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