Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Field
-
(Portland Metro) Max Hourly Rate $21.00 (Standard); $20.50 (Non-Urban); $21.50 (Portland Metro) Position Summary This recruitment will be used to fill one (1) part-time (a maximum of 24 hours per week
-
(Portland Metro) Max Hourly Rate $21.00 (Standard); $20.50 (Non-Urban); $21.50 (Portland Metro) Position Summary This recruitment will be used to fill one (1) part-time (a maximum of 24 hours per week
-
Distribute student organization and community posters/flyers to campus bulletin boards Shred, file, or scan documents as directed Attend weekly Student Activities meetings Attend and support campus-wide events
-
, attendance tracking, and post-event survey distribution. Order food, print materials, and prepare handouts for events. Maintain organized program records in shared digital systems (e.g., Box, Canvas, Google
-
) Max Hourly Rate $21.00 (Standard); $20.50 (Non-Urban); $21.50 (Portland Metro) Position Summary This recruitment will be used to fill four part-time (a maximum of 24 hours per week) student technical
-
(Portland Metro) Max Hourly Rate $21.00 (Standard); $20.50 (Non-Urban); $21.50 (Portland Metro) Position Summary This recruitment will be used to fill one (1) part-time (a maximum of 24 hours per week
-
Hourly Pay Period 16th - 15th of the following month Pay Date Last working day of the month Remote or Hybrid option? Min Hourly Rate $14.70 (Standard); $13.70 (Non-Urban); $15.95 (Portland Metro) Max
-
Staff Job Location Corvallis Benefits Eligible Full-Time, benefits eligible Remote or Hybrid option? Yes Employment Category Regular Job Summary This is an Internal Employment Opportunity This recruitment
-
skills Finalists for this position will be required to complete a criminal background history and motor vehicle background criteria form. Offers of employment are contingent upon a satisfactory background
-
, autonomous vehicles, marine robotics, motion planning and localization, multi-robot coordination, robot learning, robot perception, aerial vehicles, dynamical systems and control, robot and mechanism design