108 postdoc-in-postdoc-in-automation-and-control positions at University of Cincinnati
Sort by
Refine Your Search
-
field. Seven (7) years of relevant work experience and/or other specialized training can be used in lieu of education requirement. Required Trainings/Certifications Must be Automation Red Cell and
-
of education requirement. Required Trainings/Certifications Automation Red Cell and Automated Platelet trained. Required Experience Five (5) years related phlebotomy experience, including three (3) years
-
of gastrointestinal cancer (Krushna Patra) Cervical cancer prevention (Leeya F. Pinder) Investigating the role of GTP metabolism in cancer (Atsuo Sasaki) Mechanisms controlling the promyelocytic leukemia gene tumor
-
to automate standard reporting. Evaluate various data sets, identify new types of data and data sources to determine patterns; synthesize data into meaningful metrics and numbers; monitor data quality, identify
-
of expense reports, collaborating with faculty to manage effort allocation, expense compliance and controls, and award progress. This position will offer flexibility for a hybrid remote schedule for applicants
-
hardware and software training as needed. Evaluate and recommend off-the-shelf software to meet user needs. May write applications or automated routines or create other ad hoc applications solutions
-
efficiency. Additional Responsibilities: ⦁ Assist with system administration of our member management software, Rec Automation. ⦁ Instruct CPR/AED training courses (certification provided). ⦁ Assist
-
budget tracking with a focus on accuracy and attention to detail. Identify and implement process improvements such as automating routine tasks and streamlining communication channels to enhance operational
-
memberships. Help develop and promote membership campaigns and special events. Additional Responsibilities: ⦁ Assist with system administration of our member management software, Rec Automation. ⦁ Instruct CPR
-
of gastrointestinal cancer (Krushna Patra) Cervical cancer prevention (Leeya F. Pinder) Investigating the role of GTP metabolism in cancer (Atsuo Sasaki) Mechanisms controlling the promyelocytic leukemia gene tumor