UToledo Job Openings
University of Toledo has proudly served our community since 1872. We offer competitive wages, access to the Public Employees Retirement System, generous time off allowances and additional wellness benefits. As a part of The University of Toledo employees and their dependents also have access to education benefits at UToledo.
POSITION SEARCH
Job Location: Health Science Campus Hospital Toledo, OH
Department: Gift Shop - 108510
Work Type: Staff - Part-Time
Closes:
First Shift | Part Time | work hours 845am - 515pm
Job Location: Main Campus - Academic Toledo, OH
Department: Political Science - 101360
Work Type: Faculty - Regular
Closes:
The Assistant Professor position will primarily support the department’s Master of Public Administration (MPA) Program and Graduate Certificate program in nonprofit management.
Job Location: Main Campus - Academic Toledo, OH
Department: Geography - 101340
Work Type: Faculty - Regular
Closes:
The Assistant Professor duties include teaching undergraduate and graduate courses in the Geography and Planning program.
Job Location: Health Science Campus Hospital Toledo, OH
Department: Dana Cancer Center - 110250
Work Type: Staff - Full-Time
Closes:
Outpatient Clinical Pharmacist: Oncology Full-Time, 1st Shift OPERS/ Medical/ Dental/ Vision
Job Location: Main Campus - Academic Toledo, OH
Department: Electrical Engineering - 101990
Work Type: Staff - Temporary
Closes:
This project involves integrating Hyliion’s KARNO technology with unmanned surface vessels and electric Navy ships. Mechanicals system that shares common platforms are subject to “The Metronome Effect” – a phenomenon that forces the mechanical systems to undesirably synchronize. In this project, efforts will be undertaken to assess the risk of the Metronome Effect occurring and proper mitigation strategies evolved to prevent the phenomenon from occurring. Simulations and computational methods will be used to evaluate the risk of the effect occurring. Once the mitigation strategies are developed, the KARNO technology will be integrated with advanced GaN and SiC based power conversion so that the generated power can be delivered to various loads aboard the electric vessel. This will require simulation in MATLAB/Simulink as well as SaberRD.