Commis Chef: Fast-Paced Pub Kitchen, Path to Sous

Marston's PLC; Manchester; On-site; GBP 21,000 - 28,000; Full time

Benefits offered by this job

30% off at all pubs/restaurants/hotels

Reliable hours contract

£4.50 meal deal on shift

Flexible and part time hours

Marston's Cheers Rewards Platform

Health Screening Discounts

Long Service Awards

Gym Discounts

24-hour GP helpline

Mortgage Advice and support

Apprenticeship programmes

Friendly and lively atmosphere

Licensed Trade Charity support

Job summary

Marston's PLC is seeking a Commis Chef to join our team in Manchester. You will prep, create and bring our pub menu to life, learning new prepping skills and taking ownership of a kitchen section. You'll support the kitchen team as you grow your career in a fast-paced environment and work to deliver great hot food to spec, every time.

Join a local pub group that values people and offers real opportunities to advance through apprenticeships and internal pathways.

Qualifications

• Experience in a similar Chef role or KP
• Willingness to learn about kitchen areas and procedures
• Team orientation in a fast-paced environment

Responsibilities

• Prep, create and bring our pub menu to life
• Learn new prepping skills and bring a meal to life for the first time
• Own a section of the kitchen
• Support the kitchen team with day-to-day operations
• Deliver great hot food to specification every time

Skills

Experience in a similar chef role

Willingness to learn kitchen areas and

Team player in fast-paced environment

Passion to deliver great hot food to 3

Job description

Marston's PLC is seeking a Commis Chef to join our team in Manchester. You will prep, create and bring our pub menu to life, learning new prepping skills and taking ownership of a kitchen section. You'll support the kitchen team as you grow your career in a fast-paced environment and work to deliver great hot food to spec, every time.

Join a local pub group that values people and offers real opportunities to advance through apprenticeships and internal pathways.