Skincare Advisor & Brand Ambassador — Flexible Hours

No7 Beauty Company; Manchester; Hybrid; GBP 27,000 - 30,000; Part time

Benefits offered by this job

Employee discount (75% spreads)

Store discounts (Boots/John Lewis)

Quarterly Liz Earle Goody Box

Discretionary team bonus

CIBTAC certification

Generous holiday allowance

Personal Pension Scheme

Job summary

No7 Beauty Company is seeking a Liz Earle Customer Advisor to help customers with skincare and beauty needs in-store. You’ll provide personalised consultations, build strong relationships and share product knowledge to support confident purchases.

Based on our Liz Earle counter, you’ll report to the Counter Manager, work with a friendly team, and enjoy benefits that recognise your contribution and focus on customer experience, including flexible options where possible.

Qualifications

• Welcome each customer and treat everyone with empathy and understanding
• Enjoy meeting sales targets and contributing to strong team performance
• Love to learn and keep up to date with the latest skincare trends
• Desire to be a proud brand ambassador for Liz Earle and help customers find the best products

Responsibilities

• Build great relationships with customers and colleagues
• Provide personalised consultations and skin services
• Meet sales targets and promote Liz Earle offers and in-store promotions
• Complete the 12-month Skin School development programme
• Keep counter presented to showcase Liz Earle products

Skills

Customer service

Skincare knowledge

Sales skills

Empathy

Team player

Job description

No7 Beauty Company is seeking a Liz Earle Customer Advisor to help customers with skincare and beauty needs in-store. You’ll provide personalised consultations, build strong relationships and share product knowledge to support confident purchases.

Based on our Liz Earle counter, you’ll report to the Counter Manager, work with a friendly team, and enjoy benefits that recognise your contribution and focus on customer experience, including flexible options where possible.