Postdoc: Atomic-Scale Catalysis via Operando TEM

Technical University of Denmark (DTU); Kongens Lyngby; On-site; DKK 520,000 - 760,000; Full time

Job summary

VISION at DTU Physics seeks a highly motivated researcher to advance operando, atomic-scale TEM studies of catalytic nanoparticles using the VISION PRIME instrument, in a collaborative, international team.

You will develop Python-based image and data analysis tools, visualize nanoparticle dynamics, link 3D structure to function, publish results at conferences, and help steer future research directions within VISION.

Qualifications

• Degree in physics, chemistry or materials science and documented atomic-resolution TEM skills.
• Experience with microfabricated devices, 2D materials, catalysis, or surface science.
• Strong skills in Python programming.
• Excellent academic record, problem-solving, and English communication skills.
• PhD degree (or equivalent) required.

Responsibilities

• Perform operando, low-dose-rate TEM to study catalytic dynamics.
• Advance ultrasensitive imaging and spectroscopy of gas–surface interactions.
• Fabricate and use microfabricated reactors for catalytic environments.
• Visualize and quantify nanoparticle restructuring and surface dynamics.
• Develop Python-based image/data analysis tools for large time-resolved TEM datasets.
• Establish links between 3D structure, dynamics and catalytic function of nanoparticles.
• Collaborate with computational researchers on mechanisms and kinetics.
• Contribute to publications and present results at conferences.
• Shape new research directions within the VISION environment.

Skills

atomic-resolution TEM

Python programming

problem-solving abilities

communication skills in English

independent and collaborative work

Education

PhD or equivalent

Physics/Chemistry/Materials Science degree

Tools

Vision PRIME TEM

Computational modelling

Job description

VISION at DTU Physics seeks a highly motivated researcher to advance operando, atomic-scale TEM studies of catalytic nanoparticles using the VISION PRIME instrument, in a collaborative, international team.

You will develop Python-based image and data analysis tools, visualize nanoparticle dynamics, link 3D structure to function, publish results at conferences, and help steer future research directions within VISION.