Assessment & Regulations Officer

Royal Veterinary College; North Mymms; On-site; GBP 36,000 - 41,000; Part time

Job summary

The Royal Veterinary College in Hatfield invites applications for an Assessment & Regulations Officer. This role sits within Registry and focuses on administering examination boards in line with procedures and regulations, providing high-quality administrative support.

You will be the first point of contact for students and help ensure smooth operation of examinations and assessments in a fast-paced office environment, contributing to an excellent student experience.

Job description

Assessment & Regulations Officer

• Company: The Royal Veterinary College


• Salary: £36,018 to £41,339 a year, pro rata


• Hours: Part-time


• Location: Hatfield , AL9 7TA


• Working pattern: On-site


• Job type: Temporary


• Posting date: 6 Oct 2026


• Closing date: 1 Nov 2026

Summary

An exciting opportunity has arisen to join the Registry team at the Royal Veterinary College (RVC). The RVC is the UK's largest and longest-established independent vet school and is a Member Institution of the University of London. The RVC offers undergraduate and postgraduate programmes in Veterinary Medicine, Veterinary Nursing and Biological Sciences and, Continuing Professional Development programmes in Veterinary Medicine and Veterinary Nursing.

We are seeking a dynamic Assessment & Regulations Officer to join our team, contributing to high-quality service delivery, and helping to provide an excellent student experience within our fast-paced office environment.

As part of a collaborative team, the post holder will act as a first point of contact for students and will be responsible for ensuring that examination boards are administered in line with established procedures and regulations, while also providing high-quality administrative support across coursework and assessment processes. This pivotal role within Registry is essential to ensuring the smooth and effective operation of examinations and assessments across the RVC.