Aalborg University is offering a PhD Stipend/Integrated PhD Stipend in enzymatic bioelectrosynthesis. The opportunity is part of a project funded by the Novo Nordisk Foundation Start Package grant and is available from 1 July 2024 for a duration of 3 or 4 years, depending on the candidate’s master’s degree status.
Aalborg University, at the forefront of innovative research and academic excellence, is currently offering a groundbreaking opportunity in the form of a PhD Stipend/Integrated PhD Stipend in enzymatic bioelectrosynthesis. This opportunity, situated within the dynamic Department of Chemistry and Bioscience, opens doors for aspiring researchers to contribute to a visionary project funded by the Novo Nordisk Foundation. In this article, we delve into the details of this exciting PhD stipend, shedding light on the potential it holds for those passionate about pioneering advancements in enzymatic bioelectrosynthesis.
The Novo Nordisk Foundation Start Package Project:
Aalborg University’s Department of Chemistry and Bioscience is spearheading the “Enzymatic Bioelectrosynthesis for Developing Novel Pharmaceuticals” project, made possible through the Novo Nordisk Foundation Start Package. This initiative seeks to push the boundaries of scientific exploration in the realm of enzymatic bioelectrosynthesis, with the ultimate goal of contributing to the development of novel pharmaceuticals.
PhD Stipend Overview:
The initiative, which focuses on enzymatic bioelectrosynthesis, employs affordable electricity to power biocatalysts reactions for the synthesis of high-value molecules. The objective is to create a small-scale electrochemical NADH regeneration device that will allow for the production of chiral molecules. The PhD candidate will adhere to the PhD curriculum offered by the university, participate in teaching, and help with project-based student supervision.
Qualifications:
A master’s degree in chemistry, chemical engineering, electrochemistry, materials science, biochemistry, or a similar discipline is necessary to be eligible for the PhD Stipend.
Enrollment in a related Master’s program is a requirement for the Integrated PhD Stipend.
Required Documents: Applicants should submit: A 1-2 page cover letter explaining motivation and background in relation to the position. Current curriculum vitae, including contact information, educational background, research experience, scientific achievements, and contact information for three referees. Diploma and transcripts of records. Optional: Research plan in the topic of enzymatic bioelectrosynthesis.
For those enticed by the prospect of contributing to this groundbreaking project, the application process is the gateway to this transformative journey. Prospective candidates are encouraged to visit the official Aalborg University website or contact the Department of Chemistry and Bioscience for detailed information on application procedures, eligibility criteria, and submission deadlines.
How to Apply: The application is to be submitted online by using the “Apply online” button below. Last Date: The application deadline is 17.02.2024.
For those enticed by the prospect of contributing to this groundbreaking project, the application process is the gateway to this transformative journey. Prospective candidates are encouraged to visit the official Aalborg University website or contact the Department of Chemistry and Bioscience for detailed information on application procedures, eligibility criteria, and submission deadlines.
Last Date: February 17, 2024 is the deadline for applications.
Please email xixi@bio.aau.dk to Assistant Professor Xinxin Xiao for any information regarding the scientific aspects of the study. For Further Information Click Here Visit
Note: Aalborg University welcomes applications from all eligible applicants, regardless of personal background or ideology, and encourages a diverse workforce.
Aalborg University’s Enzymatic Bioelectrosynthesis PhD Stipend stands as a beacon for aspiring researchers eager to make meaningful contributions to the field of pharmaceutical development. As the academic community comes together to explore new frontiers, this stipend offers a unique opportunity to be part of a visionary project that could shape the future of enzymatic bioelectrosynthesis. For those with a passion for research and an appetite for innovation, this stipend represents not just an academic opportunity but a chance to be part of transformative progress at the intersection of science and industry.
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