United Kingdom

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

The University of Liverpool stands at the forefront of global education, renowned for its groundbreaking research, exceptional teaching methods, and forward-thinking approach to innovation. A key feature of the university is its commitment to fostering cross-disciplinary collaboration, creating an environment where students and researchers alike are empowered to address complex, real-world issues. Equipped with advanced facilities and a network of strong industry connections, the university ensures that its students are not only grounded in theoretical knowledge but also gain invaluable hands-on experience, preparing them for leadership roles across a wide range of industries.


Nestled in the lively city of Liverpool, the university thrives in a vibrant and inclusive community that encourages both creativity and critical thinking. It is home to world-leading research initiatives, such as the Materials Innovation Factory (MIF), a hub where academic and industrial experts collaborate to drive pioneering advancements. Through its unwavering dedication to excellence, the University of Liverpool continues to make a profound impact on the global landscape of science, technology, and innovation.

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 set to transform the field of polymer design and analysis by advancing computational research techniques. Polymers play an essential role in numerous technological applications, but current computational methods are often slow and inefficient. This project aims to address these challenges by developing high-speed, precise simulation workflows capable of analyzing large-scale polymer data.

The research will integrate cutting-edge data analytics and machine learning techniques to reveal key structure-property relationships, enhancing the interaction between theoretical modeling and experimental work. The focus will be on polysulfide polymers created through inverse vulcanization, a class known for their chemical complexity. The project will create computational models to predict microscopic structures and interpret experimental data from methods like Raman spectroscopy.

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

With the growing demand for advanced materials across various sectors, there is a significant need for experts in materials chemistry, digital tools, and automation. This PhD opportunity will equip students with the skills to become leaders in the rapidly evolving fields of digital materials chemistry, driving both research and industrial progress.

Scholarship Benefits

The University of Liverpool’s EPSRC-funded Studentship offers an exciting opportunity for students to receive comprehensive academic and financial support throughout their doctoral journey. This prestigious program includes the following key benefits:

  • Full Coverage of Tuition Fees: The studentship covers all tuition fees, set at £4,786 annually for the 2024-2025 academic year.
  • Generous Stipend: Students will receive an annual stipend of £19,237, providing essential financial support for the full duration of the four-year program. (Stipend rates for 2025-2026 will be announced later.)
  • Additional Research Funding: A Research Training Support Grant is provided to cover costs for research materials, conferences, and other academic activities that support students’ research work.
  • State-of-the-Art Research Facilities: The studentship offers access to the Materials Innovation Factory (MIF), a premier facility that brings together academia and industry in the field of physical sciences.
  • Skill Enhancement and Career Development: Students will receive specialized training in areas such as robotics, digital technologies, and computational materials science, significantly boosting their employability in high-demand sectors.
  • Collaborative Academic Environment: The program encourages an interdisciplinary approach, allowing students to work closely with researchers from physical sciences, engineering, and computational disciplines, ensuring a rich and diverse academic experience.

Although international students are typically not eligible for the full coverage of tuition fees, exceptional candidates from abroad may be considered for additional scholarships to help bridge the financial gap.

Eligibility Requirements

To be eligible for the EPSRC-funded Studentship, applicants must fulfill the following academic and professional criteria:

  • Academic Qualifications:
    • Applicants should hold, or be on track to complete, a Master’s degree in Physical Science, Engineering, or Computational Science.
    • Exceptional candidates with a First-Class Bachelor’s degree in a related field may also be considered.
  • Research Experience & Expertise:
    • A keen interest in the quantitative analysis of materials chemistry and computational research is essential.
    • Previous experience in data analytics, machine learning, or computational modeling would be an asset.
  • Eligibility by Nationality:
    • The studentship is open to UK, EU, and international candidates.
    • Although international students typically do not qualify for full tuition fee coverage, outstanding international applicants may be eligible for additional scholarships to help offset these costs.

The University of Liverpool is dedicated to creating an inclusive academic environment and welcomes applications from candidates of diverse backgrounds, including those with disabilities or caregiving responsibilities. Students with disabilities may be eligible 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 involves two distinct evaluation phases. Candidates are encouraged to apply early to enhance their chances of selection.

Key Application Phases and Deadlines

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  • Phase 1: Applications received between December 11, 2024 and January 15, 2025 will be considered in this initial round.
  • Phase 2: Applications submitted from January 16, 2025 to February 17, 2025 will be reviewed in the second phase.

Application Procedure

  1. Prepare Required Documents:
  • A comprehensive CV that outlines relevant academic and research experience.
  • A personal statement detailing why you are interested in the project and your professional aspirations.
  • Official transcripts from all previous academic qualifications.
  • Two academic references that can attest to your research abilities and academic performance.
  1. Submit the Online Application:
  • Applications must be submitted via the University of Liverpool’s online postgraduate research portal.
  • Make sure to include the project title and reference code (CCPR142) in your application.
  1. Engage with the Supervisors
  • Prospective applicants are encouraged to contact the project supervisors, Prof. Alessandro Troisi and Dr. Tom Hasell, to gain a deeper understanding of the project and clarify expectations prior to submitting their application.
  1. Selection & Interview:
  • Applications will be reviewed based on academic qualifications, research potential, and overall fit for the project.
  • Shortlisted candidates will be invited to an interview as part of the final selection process.

Contact Information

For additional questions or further guidance, applicants can reach out to: 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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