Path 1 Kawader Research Assistant Center for Smart Engineering Materials

New York University; Abu Dhabi; On-site; AED 120,000 - 200,000; Full time

Job summary

An established industry player in academia is seeking a Kawader fellow to join their innovative research team focused on smart materials. In this exciting role, you will engage in both experimental and modeling research, characterizing the thermal and mechanical properties of materials. Collaborating with a talented group, you will prepare and present research findings, mentor students, and contribute to groundbreaking projects at the intersection of materials science, chemistry, and engineering. This position offers a unique opportunity to advance your career while making significant contributions to the field.

Qualifications

• Strong background in thermal or mechanical characterization of materials.
• Experience in experimental skills and/or modeling of material properties.

Responsibilities

• Conduct experiments on smart materials and analyze data for research projects.
• Prepare results for articles and conferences, and submit biweekly reports.

Skills

Thermal characterization

Mechanical characterization

Data processing

Research presentation

Training students

Education

PhD in Mechanical Engineering

PhD in Solid-State Physics

PhD in Chemistry/Materials Science

Tools

Analytical techniques

Job description

The Center for Smart Engineering Materials (CSEM) at New York University Abu Dhabi is inviting applications for a Kawader fellow in the areas of thermal, mechanical, and electrical characterization of materials.

The candidate will work as a research fellow with the CSEM and the Smart Materials Lab (Naumov research group). The role will involve preparing, characterizing, and testing new smart materials at the intersection of materials science, chemistry, and engineering. A strong background in thermal or mechanical characterization of the surface and bulk properties of solids from either science (solid-state physics) or engineering (mechanical) is a requirement.

The specific research projects will focus on both experimental and modeling aspects of the effects of temperature on mechanical properties, such as the ability for elastic or plastic deformation. The candidate will conduct experiments related to assigned research projects, process the data, and prepare results for presentation in articles and conferences. Additionally, the candidate will submit biweekly reports on their research and participate in group seminars. Training students, such as capstone students or interns, and other researchers on techniques within their research domain is also part of the role. The candidate will collaborate with the staff of the Core Technology Platforms to receive training on available analytical techniques.

The candidate should have a background in mechanical engineering, solid-state physics, or chemistry/materials solid-state chemistry. Candidates with experimental skills and/or modeling experience with characterization of thermal and mechanical properties, and with a strong publication record in engineering or science, will be given priority.

The candidate will also work on individualized research projects under the supervision/mentorship of the supervisor.

This position is supervised by Prof. Pane Naumov.