Fellowships/Scholarships

Parkinson’s UK and Rosetrees Trust Joint Senior Research Fellowship

Recently, there have been a number of technological advances which have revolutionized cell culture systems. These include the development of patient derived cells, such as iPSC’s, which more closely mimic  the underlying pathological process of Parkinson’s and the development of 3D culture systems. Such platforms have the potential to accelerate drug discovery in Parkinson’s.

The Lalor Foundation postdoctoral fellowship

The Lalor Foundation postdoctoral fellowship program supports promising new researchers in establishing scientific and teaching careers. The mission of the program is to support these researchers early in their work so that they can become independently funded in the field of mammalian reproductive biology as related to the regulation of fertility.

Eligibility of Institutions and Individuals

A. G. Leventis African Biodiversity Fellowship programme application 2021/22

Applications are welcome from people at any stage of their career, in any sector, including those working in academia, government, industry, or NGOs. However you must be working in conservation science or practice, and you must be able to demonstrate clearly how coming to Oxford will benefit your career, will enable you to form new and mutually beneficial collaborations with people in Oxford or strengthen existing collaborations, and how it will lead to positive conservation outcomes.

ECU Higher Degree by Research Scholarship

The studentships are designed to support postgraduate students of outstanding research promise undertaking a higher degree by research at ECU. Students of any nationality can apply for these endowments. The program includes a stipend of $28,420 per annum to be paid fortnightly via electronic funds transfer and tuition fee sponsorship. Other benefits include a relocation allowance (where applicable) and Overseas Students Health Cover (where applicable).

Research Grants – One-Year Grants for Doctoral Candidates - DAAD

The German Academic Exchange Service (DAAD) is happy to announce Research Grants – One Year Grants for Doctoral Candidates for the academic year 2021/2022. This study award is open to provide financial support to foreign doctoral candidates, young academics and scientists who wish to pursue doctoral programmes. The primary aim of this programme is to promote research projects within the context of doctoral programmes.

PhD scholarship: Investigating novel treatment strategies to prevent post-traumatic epilepsy

The University of Queensland is inviting applications for Ph.D. scholarship. The scholarship is based at the Centre for Advanced Imaging (CAI), a strategic initiative of The University of Queensland, which is a leading imaging research facility in Australia, and one of a handful in the world. The CAI brings together the skills of a critical mass of researchers and state-of-the-art, world- or Australian-first imaging research instruments including NMR, EPR, MRI, PET, CT, optical and an on-site cyclotron and radiochemistry facilities.

PhD scholarship: CFD modelling of plasma reactor

The University of Queensland is inviting applications for Ph.D. scholarship. A full scholarship is available for a PhD student to conduct research on Plasma reactor modelling. Thermal Plasma based chemical processing technology provides a unique opportunity to carry out reaction with exceptionally fast kinetics and residence time usually in order of few millisecond. This feature has been exploited to intensify the conventional chemical process into a low footprint skid based plant.

PhD scholarship: Electrochemical removal of contaminants from groundwater for drinking water production in remote and Indigenous communities

The University of Queensland is inviting applications for Ph.D. scholarship. The ACWEB and its utility and technology provider partners have recently formed a national R&D consortium to develop the next generation of water treatment technologies for the provision of safe drinking water to regional and Aboriginal communities. This UQ-developed technology consists in a novel electrochemical treatment approach that utilises no consumables (other than electricity), requires little maintenance and produces minimal amounts hazardous wastes.