About this role
Location: Chester
Pay Rate: £12.71 per hour + accrued holiday pay
Contract: Part-time, flexible hours
Start Date: September 2026 (2026/2027 Academic Year)
Ever wanted to attend university lectures for free while getting paid?
Join Randstad Student & Worker Support and make a real impact in higher education. We are seeking reliable, detail-oriented individuals to support students living with disabilities at the University of Chester.
As a Specialist Notetaker, you'll play a vital role in removing learning barriers for students-all while expanding your own knowledge across a range of fascinating academic subjects every day.
Why Join Us?
- Competitive Pay: £12.71/hr + additional accrued holiday pay.
- Ultimate Flexibility: Work around your current schedule with adaptable hours.
- Free Higher Education: Sit in on top-tier university lectures and gain new knowledge daily.
- Professional Development: Access built-in e-learning courses and CPD opportunities.
- Generous Leave: Enjoy up to 28 days of pro-rata holiday pay.
- Industry Leader: Partner with the UK's leading provider of student support services.
Key Responsibilities
- Capture Quality Notes: Produce concise, highly accurate, and legible notes during lectures, seminars, tutorials, and group discussions.
- Review & Deliver: Format notes post-lecture so they are instantly accessible and easy for your assigned student to review.
- Maintain Professional Standards: Build a supportive, confidential, and professional relationship with students in line with university policies.
- Collaborate for Success: Work closely with the Randstad support team to flag student needs promptly and ensure smooth service delivery.
Who We're Looking For
We'd love to hear from you if you possess:
- Fast, Accurate Typing: Ability to take comprehensive notes in real time.
- Strong Grammar & Spelling: Excellent command of written English.
- Punctuality & Reliability: Always on time and dependable for scheduled sessions.
- Strong Organization: Exceptional time management skills under time-sensitive conditions.