Join the Langhammer group at Chalmers University of Technology to develop innovative nanomaterials for cutting-edge hydrogen sensors, contributing to the clean energy transition. This fully funded PhD position is part of Sweden’s prestigious WISE program and affiliated with the TechForH2 Competence Center, offering a dynamic, collaborative research environment in Gothenburg, Sweden.
Fact About The Chalmers University of Technology
- Pioneering Research: Chalmers University of Technology is a leading research institution, with a strong focus on innovation and entrepreneurship.
- Interdisciplinary Approach: Chalmers encourages collaboration between different departments and disciplines, fostering a unique and dynamic research environment.
- Sustainable Development: The university is committed to sustainable development, with research initiatives focused on energy, environment, and climate change.
- International Community: Chalmers has a diverse international community, with students and researchers from over 70 countries.
- Strong Industry Ties: The university has close ties with industry leaders, providing students with opportunities for collaboration, internships, and job placements.
- Innovative Learning Methods: Chalmers employs innovative learning methods, including problem-based learning, flipped classrooms, and virtual reality experiences.
- Research Excellence: Chalmers is recognized for its research excellence, with many of its research areas ranked among the best in the world.
- Entrepreneurial Spirit: The university has a strong entrepreneurial spirit, with many students and alumni starting their own companies or working in startups.
- Located in Gothenburg: Chalmers University is situated in Gothenburg, Sweden’s second-largest city, known for its vibrant cultural scene, stunning architecture, and friendly atmosphere.
- Part of the WISE Program: This PhD position is part of Sweden’s prestigious WISE (Wallenberg Initiative for Sustainable Engineering) program, which aims to promote sustainable development through cutting-edge research.
Eligibility For 2025 Scholarship In Hydrogen Sensors At Chalmers University of Technology
- Mandatory:
- Master’s degree in Physics, Applied Physics, Nanoscience, or Materials Science.
- Experimental Master’s thesis in a relevant area.
- Strong collaboration and communication skills in English (TOEFL required if applicable).
- Preferred:
- Background in plasmonics, plasmonic sensing, or micro-/nanofabrication.
- Experience with machine learning, programming (Python, MATLAB), advanced microscopy, and data analysis.
Description For 2025 Scholarship In Hydrogen Sensors At Chalmers University of Technology
- Plan and execute experiments focused on hydrogen interaction with high-entropy alloy nanoparticles.
- Develop innovative nanofabrication techniques for nanoparticle arrays.
- Perform plasmonic nanospectroscopy and imaging to investigate hydrogen absorption at the single-particle level.
- Characterize samples using advanced electron microscopy techniques.
- Analyze datasets using machine learning tools.
- Present results within the research team and at international conferences.
- Supervise Master’s students and teach undergraduate courses (up to 20%).
How To Apply For 2025 Scholarship In Hydrogen Sensors At Chalmers University of Technology
Applicants should submit the following documents in English (maximum 40 MB per file):
- CV
- Personal Letter
- Two References
- Bachelor’s and Master’s Thesis (with transcripts)
- Proof of English Proficiency (TOEFL/IELTS test results or English-written reports)
Note: Applications must be complete and submitted via the application form. Incomplete or emailed applications will not be considered. The Application Deadline is March 16, 2025