GCBC Catering/Inventory Student Worker (FWS/NFWS)
Grand Canyon University
Apply to this jobPurpose within the Organization:
The purpose of this position is to play a role in Grand Canyon Beverage Company (GCBC)'s mission on campus by working as a catering and inventory employee. (Does not work behind bar).
Responsibilities Related to Purpose:
Provides products to shops
Works any and all catering events
Travels to off-campus storage facility
Must have valid drivers license
Equipment Used and Responsibility:
Company vehicle
Push carts
Qualifications:
GCU and GCBC.
Ability to work as part of a team and individually.
Ability to build and maintain relationships.
Must be able to work flexible hours, including but not limited to, early mornings, evenings, weekends, nights and/or holidays – up to 20 hours a week.
Ability to understand and carry out any instruction and ask for clarification if needed.
Ability to learn and problem-solve quickly.
Must have a valid drivers license
Must be able to lift 20 pound boxes
Grand Canyon University is committed to a student first policy.
Therefore, all applicants must meet the following eligibility requirements to be considered for student employment:
Enrolled at GCU as a full-time student in a Bachelor’s program or Master’s program.
Retain a 2.0 GPA as a Bachelor level student or a 3.0 GPA as a Master level student.
Maintain good financial and academic (SAP) standing with the University.
You may be subject to termination if you fall below the minimum requirements.
Pay Rate: Minimum Wage
Anticipated End Date: June 30, 2027
Manager: Grand Canyon Beverage Company - Store Manager
Summary
Assist catering and inventory, work flexible hours, and support campus food service operations.
Job title
GCBC Catering/Inventory Student Worker (FWS/NFWS)
Experience level
student
Industry
food service
Location requirements
On-site in Phoenix, AZ, with some off-campus travel, flexible hours allowed.
Salary
Minimum Wage
Management role
No
Required skills
Preferred skills
Specializations
Structured locations inferred from the posting.
Phoenix, AZ, USA