Sort by
Refine Your Search
-
, Distribution Services (Space Planning & Operations) Job Profile Title Supervisor C Job Description Summary Under the direction of the Director for Distribution Services and in coordination and collaboration with
-
: 6226899 Assistant Supervisor, Clinic Distribution Services, Penn Dental Medicine University Overview The University of Pennsylvania, the largest private employer in Philadelphia, is a world-renowned leader
-
Supervisor, Clinic Distribution Services, Penn Dental Medicine Job Profile Title Supervisor, Dental Job Description Summary Penn Dental Medicine’s Assistant Supervisor for Clinic Distribution Services
-
Services Assistant, Distribution Services (Space Planning & Operations) Job Profile Title Services Assistant C Job Description Summary The Building Services Assistant ("BSA") performs a wide variety of tasks
-
results are aggregated into an overlapping generations (OLG) model for longer-term dynamic forecasting and distributional analysis. Models are frequently updated to reflect the latest economics and
-
distributional analysis. Models are frequently updated to reflect the latest economics and empirical research. The PWBM software stack is mostly written in Python. Some of the models require large datasets
-
maintenance of machine learning algorithms, applications, analysis pipelines, and results reporting methodologies using R and SAS (including R functions and SAS macros for data management and analysis support
-
Management Analyst will build and distribute meeting action items and verify that meeting results are reflected in the system of record. Job Description Job Responsibilities Lead a team of 3-5 prospect
-
machine learning algorithms for extracting movement and contextual data from multimodal sources including videos, biosensor recordings, and text. Job Description Job Responsibilities Perform data annotation
-
from specialized human movement datasets. Assist in identifying available datasets, performing data annotation, developing and applying machine learning algorithms for extracting movement and contextual