University Of Bath: Applications Open For Research and Innovation Events Support

It is open to candidates who are eligible to work in UK by the end of August 2025. The last date to apply for the opportunity is January 20, 2025.

Study in UK: The Research & Innovation Services Department (RIS) of the University of Bath has announced the opening of a job opportunity to appoint a doctoral student. The candidate will be responsible for supporting the university in a variety of events during 2025.

"This is an excellent opportunity for you to engage with a range of events attracting attendees from inside and outside the University, developing a range of skills in events support and management as well as meeting and interacting with a wide variety of visitors," reads the university statement.

Key Responsibilities Of Research and Innovation Events Support At University Of Bath

• The candidate will be supporting the administration of online and campus-based events.
• They will be administering and managing events-based correspondence and spreadsheets.
• During events on campus, they need support with the event set up including handling of audio-visual resources, and movement of furniture.
• They will provide a helpful, friendly and knowledgeable point of contact for events and queries.

Eligibility Criteria

The following are the eligibility criteria:

• The applicant should be eligible to work in UK by the end of August 2025.
• It is available for the current doctoral students.
• They should know how to use basic spreadsheet applications and word processing (Microsoft 365 suite).
• They need to interact with people offline and online
• Must have an understanding of what excellent customer service involves
• The applicants should have great interpersonal and communication skills.
• Need to have a proactive and can-do approach to problem solving.

University Of Bath Researchers Create New Material For Treating Central Nervous System

University of Bath and Keele University researchers have found a new composite material that can help in neural stem cells to grow. It can help in new treatments for central nervous system injuries.

Dr Hamideh Khanbareh, a senior lecturer in the University of Bath’s Department of Mechanical Engineering and a member of the Centre for Integrated Materials, Processes & Structures (IMPS), said, “This is a groundbreaking biomaterial, which has the potential to redefine the prospects of recovery from central nervous system injuries or neurodegenerative diseases. It offers the hope of future treatments that could help patients regain crucial life-changing functions. It also offers clinicians the possibility to create therapeutic tools for treating conditions of this type and establishes a new class of versatile biomaterials that combine mechanical, electrical and biological cues. As with any new medical technology, there are many steps still to take to move this from lab bench to bedside, but we are encouraged to have been able to create a new, highly sophisticated and sustainable composite that combines several desirable qualities and could be used in a range of applications.”

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