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Job Description

Performs general, routine labor tasks at all Athletic Department facilities (primarily at the Autzen complex, i.e., Casanova, Moshofsky, Pape, PK Park, Autzen and surrounding grounds/sidewalks/parking lots) but may assist in other athletic facilities as needed.

Performs general labor, grounds maintenance, facility maintenance, event set up and tear down and custodial tasks which focuses on maintaining a clean, safe, well maintained environment at all athletic facilities, athletic playing fields, practice fields, grounds, landscaped areas, parking lots, plazas, and sidewalksThis position will perform grounds maintenance around the facilities, which includes but is not limited to pressure washing, weed eating, weeding blowing, edging, mowing. Assist with maintaining clean building exteriors, which include de cobbing, weeding, emptying trash from rolling dumpsters and cans around the facilities and parking lots.

May be asked to assist with shipping and receiving as needed. Position is responsible for various event and practice set-ups throughout the Autzen Complex. In this capacity this position works as a Facilities event team member for practice, competition, and other activities taking place in/at Athletic Department properties such as soccer, softball, baseball, lacrosse, football, etc. as well as special events that are sponsored by outside groups/agencies. This support effort involves routine labor tasks associated with pre-event, event, and post-event tasks specific to each event/activity.

This position will be required to perform general custodial duties throughout the Athletic Complex inside and outside our Athletic Facilities.

Special Requirements: • A valid driver's license and the ability to obtain UO Driver's Certification to drive University vehicles. • Ability to obtain UO Forklift Certification within 90 days of employment • Willingness to work a flex/irregular work schedule and as a member of the Essential Services Team

Laborer 1 at Phil and Penny Knight Campus for Accelerating Scientific Impact at the University of Oregon | Renata