Fully Funded PhD Scholarships 2021-2023 on Clean Water Technologies
We seek highly motivated applicants to join our ambitious and multi-disciplinary and multi-institutional research programme. In collaboration with our Māori partners, we will engineer novel biomaterials for sustainable water treatment. We will take advantage of recent advances in 3-D printing (and other biofabrication methods) to create bespoke treatment media from biological wastes. We will then use these sustainable products to clean-up wastewater and stormwater in Aotearoa NZ.
Fields of research:
1- Environmental Engineering
2- Environmental Chemistry
3- Materials Science
The deterioration of freshwater quality is a critical global environmental challenge that is already driving a multi-billion dollar industry. While there are a plethora of wastewater treatment technologies available, the materials used by these technologies have significant shortcomings, such as being non-biodegradable. Recent advances in 3D printing can help overcome these limitations. Our research team will develop novel composite biomaterials for use as biodegradable adsorbents and/or bio-carriers during wastewater treatment. These novel materials will be designed to minimise environmental impacts through their entire life cycle, be easy to regenerate, and/or valorise to support a regenerative (circular) economy.
PhD Applicant criteria:
- Excellent academic record (Bachelor of Hons, 1st in Eng/Science for domestic students and a Masters for International students)
- Strong written skills
- Outstanding ability in either materials science, synthetic chemistry, lab-based microbiology, water quality engineering or Life Cycle Assessment Modelling applied to engineering.
- Skills in Additive Manufacturing such as 3D printing an advantage for the material science position.
- Candidates who can start within New Zealand by mid 2021.
What we offer :
We’re offering a competitive tax-free PhD stipend of $27,500 per year for three years. Funding also covers tuition fees, research project consumable costs and related research funding for conferences/workshops. You can also earn additional income for teaching assistance opportunities.
Our multi-institutional research team will stretch the boundaries of biofabrication capabilities in the manufacturing of more efficient and benign engineered materials designed specifically for different water treatment applications. We will do this by capitalising on our combined physical, chemical and biological STEM expertise. We’re passionate about making a real difference and creating a pathway for more sustainable clean water solutions – we invite high calibre PhD and research assistants to join us in this endeavour.
Depending on your skillset, combined with your research and career ambitions, we have opportunities based in Christchurch, Auckland, Palmerston North, and Hamilton. Opportunities will be also available for PhD students to spend some domestic exchange time at the various partner institutions and attend (inter)national conferences.
We strongly encourage Māori and other minority STEM candidates to apply to join our dynamic team.
Could a holder of MSc. Analytical Chemistry to apply for project 6?
Are these positions still available?