About this role

School of Electrical & Electronic Engineering (EEE) is seeking a research engineer (RE) passionate about spearheading the discovery of new physics in emerging materials, especially pertaining to the development of compact, high-brightness X-ray sources. In particular, the RE will explore techniques to miniaturize particle accelerators in free-electron-driven X-ray sources. Our objective is to realize features currently available only in large scale X-ray facilities in a table-top setup.

Compact, high quality X-ray sources have potential applications in industrial inspection, medical imaging and treatment, forensics, security inspection, and would also have a transformative impact on fundamental science (where X-rays have been responsible for >25 Nobel Prizes in Physics, Chemistry and Physiology/Medicine). Our research takes place at the boundary of quantum optics, particle waveshaping and nanomaterials. Read more

about our work at our group website https

//sites.google.com/view/ljwgroup.

Key Responsibilities

Discover new phenomena and develop new applications pertaining to the miniaturization of particle accelerators and X-ray sources
Assist in fundamental research on electron-photon interactions in emerging materials and nanostructures
Publish in world-class journals on topics related to nanophotonics and quantum physics
Assist in supervision of undergraduate students
Job

Requirements

Bachelor’s in physics, engineering, mathematics or related field

- Excellent English verbal/written communication skills

Strong academic credentials and keenness to keep learning
Passion for fundamental research and discovering new physics
Highly productive and self-motivated in both independent work as well as teamwork
Prior research experience on related topics is a bonus
We regret that only shortlisted candidates will be notified.
Hiring Institution: NTU