PhD Position in Physical Sciences: Embark on a transformative journey in materials science with a fully funded PhD opportunity at the University of Liverpool. Under the supervision of Professor Anna Slater and Professor Prudence Wong, this research project focuses on the development of bespoke algorithms for autonomous optimization in flow chemistry, addressing crucial challenges in material production efficiency. Open to students worldwide, this funded studentship offers an exceptional opportunity to contribute to cutting-edge research in physical sciences.
Development of Bespoke Algorithms for Autonomous Optimization in Flow
- 📊 Challenge in materials science: Efficiently reaching optimal conditions for material production.
- 🧪 Flow chemistry’s advantages: Unique control, spatio-temporal resolution, wide process windows, efficient heat/mass transport.
- 💻 Use of algorithms for autonomous optimization in chemical processes.
- 🔄 Need for bespoke optimization algorithms for material production due to complexity.
- 🌍 Global need for researchers with skills in materials chemistry, digital intelligence, and automation.
- 🎓 University of Liverpool offering studentships for interdisciplinary research in materials design and processing.
- 🏭 Training in robotic, digital, chemical, and physical thinking at Materials Innovation Factory.
- 📝 Application details: Apply online with project title and reference number.
- 🌟 Commitment to inclusivity and diversity, supporting students with various needs.
- 💰 Funding information: EPSRC-funded studentships covering tuition fees and maintenance grants.
- 👩🏫 Supervisors: Professors Anna Slater and Prudence Wong.
Study Area: Physical Sciences, Materials Chemistry, Flow Chemistry
Location: School of Physical Sciences, Faculty of Science and Engineering, University of Liverpool, United Kingdom
Eligibility/Qualification:
- Open to students worldwide.
- Candidates should have a background in physical sciences, engineering, computer sciences, or related fields.
- Strong interest and aptitude in materials chemistry, digital intelligence, and automation.
- Applicants must meet the entry requirements for PhD study at the University of Liverpool.
Description: The PhD project aims to address the challenge of efficiently arriving at optimal conditions for material production, particularly focusing on flow chemistry. By developing bespoke algorithms for autonomous optimization, the research seeks to enhance the efficiency, sustainability, and scalability of material production processes. Through experimentation and iterative algorithm development, the project will explore various optimization approaches to maximize cost-effectiveness, product yield, and sustainability while generating process models.
This opportunity aligns with the global demand for researchers equipped with expertise in materials chemistry, digital intelligence, and automation, crucial for addressing challenges such as achieving Net Zero and advancing high-performance materials across industries. The selected candidate will join a vibrant research community at the Materials Innovation Factory (MIF), benefiting from tailored training programs and collaboration with industrial partners.
How to Apply: Interested candidates should apply by completing the online postgraduate research application form via the University of Liverpool’s website. Please ensure to include the project title and reference number CCPR114 when applying. Applications are open until June 30th, 2024. Early applications are encouraged, as they will be considered upon receipt.
Last Date: The application deadline is June 30th, 2024. Applicants are encouraged to apply early to secure their place in this prestigious PhD program. For further information or inquiries, please contact Professor Anna Slater at anna.slater@liverpool.ac.uk.
Availability: This funded studentship is open to students worldwide, offering an exceptional opportunity for doctoral research at the University of Liverpool.
Funding Information: The EPSRC funded Studentship covers full tuition fees and provides a maintenance grant starting at the UKRI minimum, with additional funding available for research training support. Up to 30% of the cohort can comprise international students, who will not be charged the fee difference between UK and international rates.
Supervisors:
- Professor Anna Slater
- Professor Prudence Wong
