New York University, Abu Dhabi

What you'll study

Research topics described by current fellows centre on solid-state and bio‑interface chemistry. Examples of active lines of inquiry include:

• Encapsulation and transport of biological entities within inorganic crystals (e.g., plant viruses inside calcium carbonate) to explore protective and transport properties that could reduce reliance on cold‑chain logistics.
• Design and study of crystals that display thermochemiluminescence — materials that emit light when heated.
• Development of self‑healing smart crystals that recover from mechanical breakage without added chemical or biological agents.
• Investigations linking traditional medicinal plant extracts to mechanistic chemistry behind observed therapeutic effects.

Entry requirements

The source page does not list formal admissions or qualification criteria. Prospective applicants should consult the university's official graduate admissions pages for specific prerequisites and application procedures.

Career prospects

Graduates of a research‑intensive PhD in chemistry typically pursue roles in academic research and teaching, industrial R&D (materials, pharmaceuticals, biotechnology), or interdisciplinary positions that bridge chemistry with virology, materials science, and formulation/transport technology. The programme’s emphasis on experimental technique and faculty mentorship supports pathways into laboratory leadership and collaborative research projects.

Scholarships & funding angle (general)

The programme is presented as a fellowship model supporting PhD research. While the page does not specify stipend or tuition details, the fellowship structure implies funded research opportunities and close advisor support; applicants should verify funding terms and duration on NYU Abu Dhabi’s official funding and graduate programme pages.