Sort by
Refine Your Search
-
Listed
-
Field
-
such as note taking and organization. Tutors are matched with requests based on their expertise in content areas, their major, and their broader OSU coursework. Transferable Skill Development OSU is
-
reliable. Preference given to those who can work 10-24 hours a week. This position will require flexible weekday, evening, and weekend work. Transferable Skill Development OSU is committed to ensuring
-
Figure Model positions for the Art Area at Oregon State University (OSU). Models of all body types, genders, races, sexes, ages, etc., are sought. Transferable Skill Development Position Duties The art
-
for the Mathematics Department at Oregon State University (OSU). This position assists an instructor with grading various assignments in upper division courses. Transferable Skill Development Position Duties Grading
-
technical or specialized tasks in support of ranch operations. Transferable Skill Development OSU is committed to ensuring students are prepared for success after graduation through intentional skill
-
. Transferable Skill Development OSU is committed to ensuring students are prepared for success after graduation through intentional skill development as student employees. The competencies students develop while
-
Program and related FERM and OSURF projects. These positions will work with the SLTP Manager to accomplish operational, harvest, and general forest management related duties. Transferable Skill Development
-
. Presents findings at relevant scientific meetings; develops and conducts trainings for early career scientists; and collaborates on the development of education and outreach tools. Why OSU? Working
-
architecture, calibration of the additive manufacturing capabilities of the iLab including developing operational envelopes for a broad range of materials, development of a remotely operated 3D printer, design
-
architecture, calibration of the additive manufacturing capabilities of the iLab including developing operational envelopes for a broad range of materials, development of a remotely operated 3D printer, design