Graduate Town Planner

ZipRecruiter; Milton Keynes; On-site; GBP 25,000 - 30,000; Full time

Job summary

A leading planning consultancy in St Neots is looking for a Graduate Planner to join their team. This is an exciting opportunity for an enthusiastic and confident graduate to launch their career in town planning. The position offers an attractive salary and a strong benefits package, along with the chance to learn from one of the UK's top consultancies in a fast-paced environment.

Benefits

Strong benefits package

Excellent reputation as a good employer

Opportunity to learn from leading consultancies

Qualifications

• RTPI accredited qualification or relevant degree required.
• Strong desire to work as a town planner.
• Ability to work in a fast-paced environment.

Responsibilities

• Kick-start a career and work on exciting projects in planning.

Skills

Communication skills

Enthusiastic mentality

Education

RTPI accredited town planning degree

Job description

Job Description

Job Title: Graduate Planner

Location: St Neots

Salary: Attractive salary + Strong benefits package

The Company: Penguin Recruitment is delighted to support a leading planning consultancy based in St Neots.

The Position: The position is for an enthusiastic, assertive, and confident graduate. The successful candidate will have an excellent opportunity to kick-start their career and work on exciting projects!

The Candidate:

• RTPI accredited town planning degree or relevant qualification
• Strong desire to work as a town planner
• Good communication skills and an enthusiastic mentality
• Ability to work in a fast-paced environment

Why should you apply?

• Attractive salary
• Strong benefits package
• Excellent reputation in the market as a good employer
• Fantastic opportunity to learn from one of the UK's leading consultancies

Interested? (…and who wouldn't be?!)

The hiring manager is looking to meet with suitable candidates ASAP. If you meet the above criteria, please contact Josh Jones on (phone number removed) or apply through the provided channel.