Education Recruitment Consultant - Uncapped Commission

Vision for Education Ltd; Newcastle upon Tyne; On-site; GBP 26,000 - 42,000; Full time

Job summary

Vision for Education Ltd in Newcastle is recruiting a Recruitment Consultant to join a high-performing, energetic team serving SEND schools across the North East. You will drive new business, source top teaching and support staff, and build lasting client relationships while achieving ambitious targets.

The role offers uncapped commission, a dynamic office culture, and clear progression paths within the Edwin Group.

Qualifications

• Excellent communication and sales skills.
• Driver's license essential.
• Ability to manage own workload and meet deadlines.
• Self-motivated and resilient with initiative.
• Professional and ethical approach to business.
• Able to forge relationships over the phone and face-to-face.

Responsibilities

• Develop and maintain a large client base across SEND schools in the North East.
• Use sales, business development and marketing techniques to attract new business.
• Visit client schools to build strong working relationships.
• Use social media to advertise positions and attract candidates.
• Head-hunt and approach suitable candidates who may already be in work.
• Coordinate CVs, applications and interviews for client vacancies.
• Manage bookings and candidate references using the Salesforce system.
• Support sponsorship activities for client schools.

Skills

Communication skills

Sales skills

Time management

Organisational skills

Self-motivation

Resilience

Initiative

Customer service

Relationship building

Tools

Salesforce

Job description

Vision for Education Ltd in Newcastle is recruiting a Recruitment Consultant to join a high-performing, energetic team serving SEND schools across the North East. You will drive new business, source top teaching and support staff, and build lasting client relationships while achieving ambitious targets.

The role offers uncapped commission, a dynamic office culture, and clear progression paths within the Edwin Group.