About the role
SEND Teaching Assistant – North Tyneside
£444.60 - £475 per week (pro rata for part-time)
Monday to Friday | 8:30 AM – 12:30 PM | Part-Time
Are you passionate about supporting children with additional needs and helping them thrive in a nurturing learning environment?
We’re looking for compassionate and dedicated SEND Teaching Assistants to join a fantastic primary school in North Tyneside. This part-time role focuses on supporting children in Reception with special educational needs. The school is committed to ensuring that every child receives the support they need to succeed—celebrating progress and achievements at every step.
If you’re driven by inclusion and want to make a meaningful difference in children’s lives, this could be the perfect role for you.
Your Role as a SEND Teaching Assistant:
As a SEND TA, you’ll play a key role in supporting pupils with additional learning needs in Reception. You’ll work closely with teachers and support staff to create an inclusive, engaging, and supportive environment.
Your responsibilities will include:
1. Supporting pupils with SEND on a 1:1 basis or in small groups
2. Helping deliver personalised learning plans and interventions
3. Encouraging communication, independence, and social skills
4. Creating a safe, structured, and positive learning atmosphere
5. Collaborating with staff and specialists to meet individual needs
What We’re Looking For:
6. Experience working with children with SEND
7. A calm, patient, and empathetic approach
8. Strong communication and teamwork skills
9. A genuine passion for inclusive education
Why Join Us?
10. Competitive weekly pay (paid via PAYE)
11. Guaranteed Pay Scheme (subject to availability)
12. Regular social and networking events
13. Ongoing CPD and professional development opportunities
14. Pension contributions
15. Continuous support from a dedicated consultant
About Us:
We are a leading education supply agency, passionate about matching great educators with rewarding roles. We embrace diversity and welcome applications from all backgrounds.