PhD in Green Battery Materials & Self-Healing Solid-State

Danmarks Tekniske Universitet; Ørsted; On-site; DKK 223,880 - 298,507; Full time

Benefits offered by this job

Collective agreement with the Danish Confederation of Professional Associations

Opportunities for international research collaboration

Participation in international conferences

Job summary

Danmarks Tekniske Universitet is looking for a passionate researcher in solid-state battery science to join the HealBat project. You will focus on synthesizing and characterizing novel potassium-sulfur solid-state batteries while collaborating with international institutions.

The role requires an MSc in a relevant field and offers the chance to work on cutting-edge energy solutions. Responsibilities include experimental characterization, electrolyte synthesis, and performance testing, all aimed at supporting green energy transitions.

Qualifications

• Experience with electrochemical characterisation techniques like impedance spectroscopy and cyclic voltammetry.
• Interest in solid-state electrolytes and electrochemical energy storage.
• Motivation to work interdisciplinary with experiments and computational modelling.

Responsibilities

• Synthesize novel electrolyte materials using various synthesis approaches.
• Characterize electrolyte structure and properties using advanced techniques.
• Assemble and test solid-state battery cells and prototypes.

Skills

Electrochemical characterisation techniques

Solid-state materials synthesis

Interest in battery materials

Excellent English communication skills

Education

MSc degree in materials science, electrochemistry, chemistry, or related

Tools

X-ray diffraction

Scanning electron microscopy

Job description

Danmarks Tekniske Universitet is looking for a passionate researcher in solid-state battery science to join the HealBat project. You will focus on synthesizing and characterizing novel potassium-sulfur solid-state batteries while collaborating with international institutions.

The role requires an MSc in a relevant field and offers the chance to work on cutting-edge energy solutions. Responsibilities include experimental characterization, electrolyte synthesis, and performance testing, all aimed at supporting green energy transitions.