Research Associate in Materials Electrochemistry (AP

Review: Research Assistant - Trigate Project (Electrochemical Electrode Processes)

This Research Assistant position, focused on the exciting "Trigate" project, offers a compelling opportunity for individuals with a strong background in electrochemistry and materials science. The project delves into the biomimetic optimization of electrochemical electrode processes involving key gases like oxygen, nitrogen, and carbon dioxide, utilizing innovative microporous materials.

Advantages for Potential Candidates:

• Cutting-Edge Research: Engage in pioneering research at the forefront of electrochemistry, contributing to advancements in gas reduction processes. This is an ideal role for those passionate about developing sustainable and efficient electrochemical technologies.
• Hands-On Experimental Experience: The role provides extensive practical experience in driving experimental research, encompassing electrode design, meticulous product analysis, and in-depth mechanistic studies.
• Collaborative Environment: You will have the invaluable opportunity to liaise with a diverse network of collaborators from both academic institutions and industry. This fosters a rich learning environment and broadens your professional horizons.
• Dissemination and Communication Skills Development: Sharpen your ability to communicate complex scientific findings to a range of audiences, from specialist conferences to broader outreach initiatives. The role also emphasizes professional report writing and publication, crucial for career advancement.
• Mentorship and Teaching Experience: Contribute to guiding project students and potentially engage in minor teaching challenges, offering valuable experience in leadership and pedagogical skills.
• Professional Development: As a member of the Research Staff, you are actively encouraged to pursue at least 10 days of professional development annually, supporting your continuous learning and career growth.
• Supportive University Culture: The University of Bath champions diversity and inclusion, with a strong commitment to gender equality and supporting staff from various backgrounds. They are also accredited as a Disability Confident Leader and an autism-friendly university, ensuring a welcoming and supportive environment for all.
• Comprehensive Benefits Package: The university offers a generous benefits package, including professional development opportunities, a strong pension scheme, ample annual leave, and various schemes aimed at supporting work-life balance and staff well-being, such as cycle to work and electric vehicle salary sacrifice options.

Key Considerations for Career Path:

• Academic Rigor: The role necessitates a PhD (or equivalent) in materials chemistry, electrochemistry, or a closely related field, with a solid foundation in electrochemistry being essential. This positions the role as ideal for early-career researchers or those looking to solidify their expertise in this specialized area.
• Independent Research Aptitude: Demonstrable ability to conduct independent research, including effective planning, execution of experiments, data analysis, and interpretation, is a key requirement. This highlights the expectation for proactive and self-motivated individuals.
• Publication and Presentation Track Record: Evidence of strong professional writing skills for publications and the ability to effectively communicate research findings are critical. This role is well-suited for individuals aiming to build a strong publication record and establish themselves as credible researchers in their field.
• Fixed-Term Contract: The position is offered on a fixed-term basis for two years from April 2026. This is an important consideration for long-term career planning, suggesting the role is ideal for gaining specific project experience, advancing current research, or as a stepping stone to further opportunities.

In conclusion, the Research Assistant position within the "Trigate" project at the University of Bath presents an excellent opportunity for a motivated and skilled researcher to contribute to impactful electrochemical research, develop a comprehensive skill set, and benefit from a supportive and inclusive academic environment. It is particularly well-suited for individuals eager to deepen their expertise in electrocatalytic processes and advance their careers in research and development.