Calling All Talented Young Researchers: The Swiss Federal Institute of Technology Lausanne (EPFL) is offering fully funded PhD positions across various exciting fields.
EPFL is a world-renowned university known for its engineering and natural sciences excellence. Here’s a chance to join their vibrant research community and make groundbreaking discoveries!
Available PhD programs at Swiss Federal Institute of Technology Lausanne (EPFL) Switzerland
EPFL offers a wide range of PhD programs, including:
PhD in Cellular Hydration:
Explore the role of water in cellular function using cutting-edge imaging techniques.
This exciting PhD opportunity delves into the world of cellular hydration using cutting-edge imaging techniques.
The Laboratory for Fundamental BioPhotonics (LBP) at EPFL is seeking two passionate PhD students to join a groundbreaking project. We’re on a mission to understand how cells manage their water balance, a crucial factor for their survival and function.
Your main tasks:
- Developing next-generation microscopes that can image water and electrical forces around cell membranes in real-time.
- Contributing to the creation of a “molecular ruler” to measure how the shape of cell membrane building blocks (lipids) influences forces within the cell.
- Applying these innovative techniques to study both artificial model membranes and living cells.
This project is perfect for you if:
- You have a strong foundation in physics, chemistry, or biology.
- You’re eager to learn new techniques in optics and spectroscopy.
- You’re passionate about research and pushing the boundaries of scientific discovery.
Positions are open until filled.
PhD in Operations, Economics and Strategy:
Develop new models to optimize supply chains and business strategies. The Chair of Operations, Economics and Strategy (OES) at EPFL is offering a PhD position to join our team. This is a great opportunity for highly motivated students with a engineering, applied mathematics, or economics background.
Requirements:
- You have a master’s degree from a university.
- You’re familiar with using and analyzing mathematical models.
- You’re fluent in English.
- Bonus points for experience working in the industry!
To be considered for early decisions, submit your application, and application materials are due by April 10th, 2024.
Don’t miss out! Apply today!
PhD in Operations Management and Technology:
Design innovative solutions for technology-based businesses. We are looking for a bright and motivated PhD student to join our team at the College of Management of Technology at EPFL, Lausanne.
We are looking for candidates with:
- A Master’s degree in a relevant field such as Industrial Engineering, Operations Research, Mathematics, or Computer Science.
- Strong quantitative skills and a passion for business applications.
- Excellent English communication skills.
- A team player with a strong work ethic and a drive for research.
The application is open until filled
PhD in Mussel-Inspired Polymers:
Two PhD Positions – Polymer Synthesis (LP). The Polymers Laboratory at EPFL (lp.epfl.ch) has two open PhD positions for a project that focuses on the design and synthesis of block co-polymers that will mimic the structure and properties of mussel-derived proteins.
The application is open until filled
PhD in Circular Economy for Buildings:
PhD in Circular Design for Buildings (ENAC); Develop sustainable strategies for the construction industry. This PhD focuses on circular economy strategies – ways to design and manage buildings to minimize environmental impact.
This PhD is perfect for you if you:
- Have a background in engineering, architecture, sustainability, or a related field.
- Are passionate about creating a more sustainable future.
- Enjoy a blend of research, technical modeling, and real-world application.
Application deadline: April 30, 2024
PhD in Microscopy and Spectroscopy:
Gain a deeper understanding of energy and water technologies. The Energy Transport Advances Laboratory (ETA-LAB) at EPFL, Switzerland, has exciting PhD opportunities for 2-3 talented individuals. Led by Prof. Zhengmao Lu, ETA-LAB is dedicated to unlocking the secrets of interfacial transport physics using cutting-edge electron and optical microscopy and spectroscopy tools.
We are seeking individuals with:
- A strong background in at least one of these areas: Raman spectroscopy, transmission electron microscopy, or Confocal microscopy.
- A passion for building and operating complex experimental setups.
- Excellent communication skills in English (written and spoken).
Positions are open until filled.
PhD Position in BioPhotonics:
Investigate the interactions between light and biological molecules. We’re building a dynamic team of researchers, including a postdoctoral fellow and several PhD students, to explore a new frontier in biophotonics. We’ll be developing cutting-edge methods that use light to scatter and image liquids at the molecular level.
The position is open until filled
PhD in Earthquake Engineering:
Develop new methods for building earthquake-resistant structures. This PhD position offers an exciting opportunity to delve into the world of stone masonry structures. You’ll be involved in both testing and numerical modeling, pushing the boundaries of earthquake engineering.
Your Qualifications:
- Master’s degree in Structural or Civil Engineering
- Strong foundation in Structural Mechanics and Finite Element Simulations
- Prior knowledge of Masonry Mechanics is a plus point
- Excellent programming skills
- Proficient written and spoken English
The position is open until filled
PhD in Soil Microbiome:
Unravel the mysteries of how freezing and thawing cycles affect mountain soil.
This project dives into the world of microbiology, focusing on how cold-adapted microbes influence the entire community of soil organisms. You’ll be exploring how repeated freezing and thawing cycles affect these microbiomes in three key ways:
How they function:
- Do they process nutrients differently after freeze-thaw cycles?
- Who lives there: Does the community composition change?
- How well they bounce back: Can they recover from these cycles?
The project also explores the potential of using special microbes isolated from snow to help protect these soil communities. These snow microbes might have unique properties that can help safeguard the diversity and function of the alpine soil microbiome.
This position is open until filled
PhD in Quantum Materials:
Explore materials with properties that can be manipulated at ultrafast speeds.
Are you fascinated by the nature of materials and how light interacts with them? Do you dream of pushing scientific boundaries on ultrafast timescales? Then join the Dynamic Quantum Materials Laboratory (DQML) for a groundbreaking PhD opportunity!
At DQML, we engineer materials with properties that can be manipulated in a blink of an eye (femtoseconds). Using intense, ultrashort laser pulses, we directly influence the fundamental building blocks of materials, offering a revolutionary perspective on how order emerges in complex quantum systems.
This PhD project is your chance to be part of a vibrant research team, exploring:
- Light-induced control of quantum magnets and their phase transitions
- Ultra-fast dynamics of superconductors
- Unconventional non-equilibrium topological phases
We offer
- The opportunity to work alongside world-leading researchers at EPFL.
- Collaboration with renowned experimental and theory groups.
- Access to state-of-the-art facilities, including ultra-fast lasers, advanced spectroscopy tools, and cryogenic environments.
This position is open until filled
Don’t miss this chance to join a dynamic research group and push the frontiers of quantum materials science.
PhD in Biosensing with Light:
Design new devices for medical diagnosis and drug discovery.
The Project:
- You’ll work in a well-established lab using cutting-edge technologies like mid-infrared light and nanostructures.
- Your research will focus on creating innovative biosensors that can detect tiny molecule changes, helping diagnose diseases and develop new drugs.
What You’ll Do:
- Design and build microscopic chips using nanotechnology.
- Develop new ways to image and analyze samples using light.
- Integrate microfluidics (tiny channels for liquids) into your chip designs.
- Optimize the surfaces of your chips to interact with biological samples effectively.
- Conduct experiments using advanced equipment and analyze the data.
- Share your findings through publications and presentations.
Why You’re a Great Fit:
- You’re a highly motivated researcher with a passion for bioengineering or a related field.
- You have strong analytical and problem-solving skills.
- You’re excited about using your skills to make a real impact in healthcare.
Benefits:
- Work in a collaborative and supportive environment.
- Gain experience with state-of-the-art equipment and techniques.
- Contribute to groundbreaking research that could change the world.
Ready to join the team?
Application deadline: Open until filled
PhD in Climate-Smart Agriculture:
Develop models to optimize food production under changing climate conditions.
EPFL’s Catchment Hydrology and Geomorphology Lab (CHANGE) is searching for a passionate PhD student to join our mission of building climate-smart agriculture through ecohydrological modeling. Advance the development of miniaturized optical devices. As a PhD student in our program, you’ll be at the forefront of groundbreaking research, combining data analysis and modeling techniques to improve our understanding of climate-smart agriculture.
This position is open until filled, so don’t delay!
PhD in Nanoscale Quantum Photonics:
Build new platforms for quantum technologies. We’re looking for a passionate PhD student to join our young and dynamic team. In this role, you’ll be at the forefront of developing groundbreaking hybrid platforms for applications like complex metrology, quantum sensing, and quantum spectroscopy.
Your responsibilities will be:
- Be a scientific trailblazer: Develop first-of-their-kind hybrid platforms that push the boundaries of quantum technology.
- Embrace the challenge: You’ll tackle both the technical and theoretical aspects of the project. This includes designing and building intricate optical measurement setups within a dilution refrigerator, along with high-frequency electronics and specialized mechanical components.
- Become a quantum theory whiz: Delve into the theoretical foundations of quantum measurement and generation schemes. You’ll also explore the limits of measurement precision and how quantum light can revolutionize sensing techniques.
These positions are open until filled
PhD in Photonic Integrated Technologies:
Calling all passionate researchers! The Laboratory of Photonics and Quantum Measurements (LPQM) at EPFL is seeking two bright minds to join our team and explore the fascinating world of photonic-integrated technologies.
These positions are open until filled, so don’t wait!
Visit the official website for more details
For more information on each program, application deadlines, and how to apply, please visit the EPFL website: https://www.epfl.ch/education/phd/
Don’t miss this opportunity to pursue your research dreams at a top university!
