Postdoctoral fellow in nanoelectronics

National University of Singapore; Singapore; On-site; SGD 75,000 - 105,000; Full time

Job summary

National University of Singapore invites a researcher to simulate the atomic structure of novel nanomaterials, with focus on 2D materials and ionic crystals. The role includes exploring twisted 2D materials and Moiré pattern formation, as well as resistive switching in memristive materials.

Ideal candidate holds a PhD in Computational and Applied Physics, proficient in relevant simulation software, and has publications in well-regarded journals.

Qualifications

• PhD in Computational and Applied Physics is required.
• Proficiency using software for simulating atomic structures of diverse materials and calculating physical magnitudes.
• Publications in reputed journals are desirable.
• Fluent in English (written and spoken).

Responsibilities

• Simulate the atomic structure of novel nanomaterials, emphasizing 2D materials and ionic crystals.
• Simulate twisted 2D materials, including Moiré pattern formation.
• Investigate resistive switching mechanisms in meta/insulator/metal memristive materials.

Skills

English fluency

Simulation software proficiency

Education

PhD in Computational and Applied Physics

Job description

Job Description

• Simulation of the atomic structure of novel nanomaterials, with special emphasis on 2D materials and ionic crystals
• Simulation of twisted 2D materials, including the formation of Moiree Patterns
• Simulation of resistive switching mechanisms in meta/insulator/metal memristive materials

Qualifications

• PhD in Computational and Applied Physics
• Proficiency using software for the simulation of atomic structure of diverse materials and calculation of physical magnitudes
• Publications in reputed journals
• Fluent in English