Job Description

This job aims to develop theoretical models for the chirality and spin-orbit coupling and band calculation as shown in low-dimensional metasurfaces and perform numerical modelling to design and analyse devices fabricated by microwave materials. The research job requires in-depth physics insight for the geometrical phase, topological analysis, electromagnetic modeling, experimental characterization, and proposal of underlying work mechanisms for electromagnetic interaction of metasurface hybridized with low-dimensional microwave materials. 

Qualifications

• PhD Degree in Electrical Engineering or relevant area with a strong background in metasurfaces. 
• Experience of working in the field of topology, photonic crystals and fabricating the microwave devices. 
• Mathematics specific knowledge required in topology, gauge theory, and group theory. 
• Technical proficiency with performing electromagnetic simulations in different software such as MATLAB, HFSS etc. 
• Candidate should have strong publication records in reputed International Journals and Conferences in the field of metasurfaces and topology. 
• Candidate with International experiences is preferred. 
• Open to fixed term contract. 

More Information

Location: Kent Ridge Campus

Organization: Engineering

Department : Electrical And Computer Engineering