Temporary Registered Nurse (Band 5) - Hereford and Worcestershire Healthcare NHS trust
Job Title: Temporary Registered Nurse (Band 5)
Location: Kidderminster Hospital and Treatment Centre
Band: Band 5
Contract Type: Temporary
Salary: £15.69 - £32.46 per hour - Daily Pay
Shifts: Flexible (days, evenings, weekends)
About You:
Looking for a Registered Nurse Role with flexibility and competitive pay?
Join Medacs Healthcare as a Registered Nurse (RN) and provide exceptional care to patients in the Hereford and Worcester!
As an experienced Registered General Nurse (RGN) with more than 6 months post NMC registration experience you will be expected to deliver exceptional care to patients using services in the Hereford and Worcester area.
Key Responsibilities:
1. Deliver high-quality nursing care to patients across various departments.
2. Provide constant monitoring, perform assessments, and administer medications.
3. Contribute to a positive and supportive work environment.
4. Collaborate with a dedicated team to ensure optimal patient outcomes.
Essential Qualifications:
To apply for this role, you must be able to demonstrate:
5. NMC registration.
6. Full UK right to work.
7. At least 2 years' post-graduate experience.
8. 6 months' recent NHS experience (within the last 3 years).
9. Enhanced DBS clearance.
Benefits of working with Medacs Healthcare:
10. Flexible Working: Create a work-life balance with flexible shifts to suit your needs.
11. First Access to Shifts: Secure shifts to suit you across multiple NHS trusts through Medacs Healthcare.
12. 24/7 Support: Benefit from a dedicated consultant, revalidation support, and well-being resources.
13. Development Opportunities: Access training and support packages to enhance your skills.
How to Apply:
Please apply online using the form below and attach a copy of your up-to-date CV.
Unfortunately, we cannot process applications for candidates who cannot provide evidence of a UK right to work.
We are committed to creating a diverse and inclusive workplace and welcome applications from all backgrounds.