Optical Dispenser: Fashion Eyewear Pro | 2 Free Glasses

Specsavers; Dapto; On-site; AUD 50,000 - 70,000; Full time

Benefits offered by this job

Two pairs of glasses per year

Specsavers staff perks discount

Extensive onboarding and training

Career development opportunities

Job summary

Specsavers Dapto is seeking a motivated Optical Dispenser to join the team on a Full Time/Part Time basis. You will manage the full customer journey from pre-testing to dispensing and frame styling, delivering tailored advice in line with clinical guidelines and brand standards.

The role requires strong customer service skills, good organisation, and the ability to thrive in a fast-paced retail environment while maintaining a fashion-forward approach.

Qualifications

• Optical dispensing qualification experience is highly desired.
• Experience in the optical industry or in fast-paced retail.
• A self-starter with a sense of humour who enjoys variety and a busy environment.
• Excellent verbal and written skills with strong attention to detail.
• Ability to build genuine and supportive relationships with colleagues and customers.

Responsibilities

• Involved in all aspects of the customer's optometric journey from pre-testing to dispensing and frame styling.
• Work to healthcare guidelines and Specsavers' high standards, offering clear advice with a fashion focus.
• Provide a great customer experience and exceed expectations through teamwork and efficiency.

Skills

Dispensing experience

Customer service

Teamwork

Attention to detail

Education

Optical dispensing qualification

Job description

Specsavers Dapto is seeking a motivated Optical Dispenser to join the team on a Full Time/Part Time basis. You will manage the full customer journey from pre-testing to dispensing and frame styling, delivering tailored advice in line with clinical guidelines and brand standards.

The role requires strong customer service skills, good organisation, and the ability to thrive in a fast-paced retail environment while maintaining a fashion-forward approach.