Sort by
Refine Your Search
-
model and crop plant systems Experience working with engineering plant viruses Experience with viruses infecting soybeans and corn Supervising or working directly with undergraduate students Department
-
with the Agroecosystems Modeling Team to collect, simulate, and analyze agroecological data for peer-reviewed publication. Prospective applicants should demonstrate a strong history of publications and
-
and publishing research articles, including for general scientific audiences Strong coding skills, preferably in Python Familiarity with computational tools for modeling biological systems. Department
-
computational tools for modeling biological systems. IMPORTANT: Applications must also be submitted online at https://isu.wd1.myworkdayjobs.com/IowaStateJobs/job/Ames-IA/Postdoc-Research-Associate----Mathematical
-
computational modeling techniques, Finite Element Modeling (FEM), and Discrete Element Modeling (DEM), and experimental testing of terrain properties for terrain-vehicle simulation and modeling. Focus
-
meaningful contributions to the world. Example of Duties • Evaluates, purchases, and maintains equipment and supplies for a lab program. • Manages the operation and maintenance of lab equipment. • Sets up labs
-
initiating requisitions and contracting processes. Addresses inventory issues related to the supply chain and suggests models for improvement and product alternatives. Maintains and operates point of sale
-
models that describe how antimicrobial resistance is selected during wastewater treatment processes. The Microbial Engineering component focuses on characterizing the cost-benefit dynamics of microbial
-
Qualifications: Experience with statistical analysis and predictive modeling. Knowledge of higher education enrollment, admissions, or financial aid processes. Experience with data management, data integration
-
protocol and manuscript development, and in grant writing Department/Program & College Description: The Kozminsky Lab develops and applies technology to create in vitro models of physiological