Skip to the content

My Bury St Edmunds Jobs

Sales Consultants Jobs in Colchester on your local Colchester jobs site. Careers in Colchester, local employment and work in Colchester.

Recruiting? Call now on 0845 017 6777.

Sales Consultants

Sorry, this job has expired and cannot be applied for. We still have a large selection of jobs on the site. Why not try an alternative search?

  • ColchesterCO4 3SQ
  • Posted 3rd Sep 2010
  • Posted by: HR Connexions
  • Salary: Uncapped earning opportunity
  • Job Type: Permanent
  • Reference: 846
  • This job has been viewed 274 times since it was posted.

Job Description

Sales Consultants

Uncapped earning opportunity

Colchester

Our client is looking to recruit a team of self-employed Sales Consultants to support the growth of their business in and around the Colchester region.

As a member of a newly created team of 10, you will be required to sell Candis magazine and the money saving \"Candis Club\" to the general public through a variety of methods.

No previous Sales experience is required as full training will be given, however we are looking for people who:-

  • Are great communicators

  • Are determined to reach their goals

  • Genuinely want to earn a good income and are willing to work hard for it!

  • Have a positive, up-beat attitude

The benefits are a generous, uncapped earning opportunity, full training and support and flexible working hours.

You will need to have your own transport and a full clean UK driving licence as travel around the region is required.

This role is ideally suited to people with previous party plan, venue/precinct or door-to-door experience.

If you wish to be considered for this role, click apply and attach your CV. You must be eligible to work in the UK.

If your skills and experience meet with our client\'s requirements, they will be given full exposure to your details. Your application will only be considered for this vacancy. HR Connexions is an employment agency and operates as an equal opportunities employer.

Bookmark with: