Zero-carbon polymers: Can functional materials be green and affordable?

Most everyday polymers, either natural or synthetic, are carbon-based materials. Combustion of carbon-based polymers emits CO₂ into the atmosphere, accelerating climate change. Our group explores sustainable inorganic polymers that can be easily produced and fully recycled without waste. Depending on cation-anion combinations of monomers used for reaction, these zero-carbon polymer products have tunable properties. Functional zero-carbon polymers can be used for a wide range of applications, including thermal insulating materials, anti-fire coatings, high temperature adhesives, slow-release fertilizers for agricultural use, formulating nanostructured liquids to support molecular self-assembly, and forming poly-ionic coacervates that act as nanoreactors for chemical synthesis and heavy metal extraction.

About this opportunity:

Interested in starting a PhD in early-mid 2025 and completing the program in 3.5 years? We are looking for curious, energetic, and self-motivated candidates, whom are passionate about solving interdisciplinary problems.

Requirements:

- a major in Chemistry or Chemical Engineering (or related fields)

- a 4-year undergraduate degree (awarded First Class Honours), or a Master’s Degree by research (completing by early-mid 2025)

- prior research experience (with at least 1 publication)

- excellent communication skills in English (e.g., either English native speaker or with IELTS >6.5 across all sections; or TOFEL >88 overall, with >22 across all section)

- an overall GPA of above 3.3/4.0 (or >83/100 or top 15% in your class)

- graduating from one of the top 200 universities worldwide, preferably top 100 worldwide (or highly ranked in your country)

The University of Sydney is ranked in the top 20 universities in the world.

Research scholarships are awarded on a competitive basis, with exempted Tuition and $40k/yr stipend (tax free). Conference presentations and overseas collaborative opportunities (e.g., with Harvard University) are possible, depending on project and research performance.

How to apply:

Please email Dr. Haihui Joy Jiang ([Email Address Removed]) with the following info:

- CV (including peer-reviewed publications, if applicable)

- Academic transcripts

- an email introduction or a short (1-page) cover letter

Note that international (non-Australian) candidates should submit their applications >8 months in advance. Australian (domestic) candidates are encouraged to apply >3 months in advance.

More info about the Jiang Research Group: www.hjj-group.com

Note:

- Please make sure that you meet all requirements specified above, before emailing me.

- If you don't hear back >3 weeks after applying, that means you did not pass initial screening.