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University of Liverpool EPSRC Funded Studentship in Digital Discovery of Polymeric Materials 2025/2026, United Kingdom

The University of Liverpool is a leading institution in higher education, celebrated for its pioneering research, innovative teaching practices, and commitment to fostering new ideas. Central to its mission is the promotion of interdisciplinary collaboration, where students and faculty are encouraged to tackle pressing global challenges. The university provides state-of-the-art facilities and maintains strong ties with industry, ensuring that its students receive both theoretical insights and practical experience, equipping them for success in diverse professional fields.

Located in the dynamic city of Liverpool, the university benefits from a vibrant, inclusive community that nurtures creativity and critical thinking. It is the birthplace of groundbreaking research, such as the Materials Innovation Factory (MIF), a collaborative space for academics and industry professionals working together on cutting-edge advancements. Through its unwavering focus on excellence, the University of Liverpool plays a pivotal role in shaping the future of science, technology, and innovation worldwide.

Scholarship Description

  • Host University: University of Liverpool ;
  • Host Country: United Kingdom;
  • Study Level: PhD Level;
  • Scholarship Type: Partial funding;
  • Scholarship Worth: £19,237;
  • Eligible Countries: International Students;
  • Subjects Available: Chemical Sciences;
  • Application Deadline: February 17th, 2025.

The Digital Innovation in Polymeric Materials Studentship, funded by the EPSRC, is poised to revolutionize the design and analysis of polymers by enhancing computational research methods. Polymers are integral to a wide range of technological applications, yet existing computational approaches are often slow and inefficient. This project aims to overcome these limitations by developing high-speed and accurate simulation workflows capable of handling large-scale polymer datasets.

The research will incorporate advanced data analytics and machine learning techniques to uncover critical structure-property relationships, bridging the gap between theoretical models and experimental work. A primary focus will be on polysulfide polymers synthesized through inverse vulcanization, known for their complex chemical structures. The project will create computational models that can predict microscopic structures and interpret experimental data from techniques such as Raman spectroscopy.

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Led by Prof. Alessandro Troisi and Dr. Tom Hasell from the Department of Chemistry, this project is ideal for students with a background in Chemistry, Materials Science, or Computational Research. Applicants should have a keen interest in the quantitative aspects of materials science, coupled with experience in computational techniques or data analysis.

As the demand for advanced materials continues to grow across various industries, the need for experts in materials chemistry, digital technologies, and automation becomes more pressing. This PhD opportunity will equip students with the expertise needed to become leaders in the rapidly advancing field of digital materials chemistry, driving both academic research and industrial innovation.

Scholarship Benefits

The EPSRC-funded Studentship at the University of Liverpool presents an exceptional opportunity for doctoral candidates to receive extensive academic and financial support throughout their studies. This esteemed program provides the following advantages:

  • Full Tuition Fee Coverage: The studentship covers the full cost of tuition, set at £4,786 annually for the 2024-2025 academic year.
  • Competitive Stipend: Students will receive a generous annual stipend of £19,237, ensuring financial support for the entire four-year program. (Stipend rates for the 2025-2026 academic year will be announced in due course.)
  • Additional Research Funding: The program includes a Research Training Support Grant, which helps cover expenses for research materials, conferences, and other academic activities that contribute to students’ research.
  • Access to Cutting-Edge Research Facilities: Students will benefit from state-of-the-art resources at the Materials Innovation Factory (MIF), a leading facility that fosters collaboration between academia and industry in physical sciences.
  • Career Development and Skill Building: The studentship provides specialized training in high-demand fields such as robotics, digital technologies, and computational materials science, significantly enhancing students’ employability.
  • Collaborative Learning Environment: The program promotes an interdisciplinary approach, encouraging students to work alongside experts from various fields, including physical sciences, engineering, and computational disciplines, fostering a dynamic and diverse academic environment.
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While international students are usually not eligible for full tuition fee coverage, outstanding candidates from abroad may be considered for additional scholarships to help offset the financial costs.

Eligibility Requirements

To apply for the EPSRC-funded Studentship, candidates must meet the following academic and professional requirements:

Educational Background

  • Applicants should have, or be close to completing, a Master’s degree in Physical Science, Engineering, or Computational Science.
  • Outstanding candidates with a First-Class Bachelor’s degree in a related discipline may also be considered.

Research and Technical Skills

  • A strong interest in the quantitative analysis of materials chemistry and computational research is required.
  • Experience in areas such as data analytics, machine learning, or computational modeling would be advantageous.

Eligibility Based on Nationality

  • The studentship is available to candidates from the UK, EU, and internationally.
  • Although international applicants generally do not qualify for full tuition fee coverage, exceptional international candidates may be considered for additional scholarships to help bridge the financial gap.

The University of Liverpool is committed to fostering an inclusive academic community and encourages applications from individuals of all backgrounds, including those with disabilities or caregiving responsibilities. Candidates with disabilities may qualify for extra support, including financial assistance through the Disabled Students’ Allowance (DSA).

Application Process

The application process for the EPSRC-funded Studentship in Digital Discovery of Polymeric Materials follows a two-stage review procedure. Applicants are encouraged to submit their applications early to maximize their chances of being selected.

Application Timeline and Phases

  • Phase 1: Applications submitted between December 11, 2024, and January 15, 2025, will be evaluated during the first phase.
  • Phase 2: Applications submitted between January 16, 2025, and February 17, 2025, will be considered in the second phase.
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How to Apply

  1. Prepare Your Application Materials
    • A detailed CV showcasing your academic and research background.
    • A personal statement explaining your interest in the project and your long-term professional goals.
    • Official transcripts for all previous academic qualifications.
    • Two academic references that can speak to your research capabilities and academic performance.
  2. Submit Your Application
    • Applications must be submitted via the University of Liverpool’s online postgraduate research portal.
    • Be sure to include the project title and reference code (CCPR142) in your application.
  3. Connect with Project Supervisors
    • It is highly recommended that you reach out to the project supervisors, Prof. Alessandro Troisi and Dr. Tom Hasell, to learn more about the project and clarify any expectations before submitting your application.
  4. Selection Process & Interview
    • Applications will be evaluated based on academic credentials, research potential, and overall fit for the project.
    • Shortlisted candidates will be invited for an interview as part of the final selection process.

Contact Information
For further inquiries or assistance, applicants can contact:
Prof. Alessandro Troisi
Email: [email protected]

Official Website

For more information, please visit the university’s official website : https://www.liverpool.ac.uk/study/postgraduate-research/studentships/digital-discovery-of-polymeric-materials/

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