Sort by
Refine Your Search
-
Listed
-
Category
-
Field
-
, following approved scheduling algorithms. Quality and Performance Measures: Achieve call quality standards job results, recognizing calls are recorded and scored. Meet quality and performance expectations
-
agreements, and protocol amendments. Innovation and Technical Development – 5% • Support development and testing of computational tools (e.g., algorithms for EMG signal analysis, data visualization
-
research scientist. This is a unique opportunity to contribute to cutting-edge research in super-resolution cavitation mapping. You’ll work on computational projects that involve developing algorithms
-
for testing to determine proper functioning. Perform routine PAP mask fitting. Apply electrodes and sensors according to accepted published standards. Assist with following "lights out" procedures to establish
-
indwelling brain implants and wearable sensors to identify relationships between neural activity and behavior, with the goal of advancing treatments for brain disorders. The ideal candidate will bring strong
-
well as 5+ years of financial industry experience developing quantitative trading models and algorithms, particularly in crypto markets and cryptocurrencies. For more information about the QFC program in MIDS
-
candidate will contribute to projects involving participants with implanted intracranial electrodes and wearable non-invasive sensors, with a focus on memory consolidation, spatial navigation, and neural
-
Health. Complex Procedure Scheduling Duties Determine if ancillary appointments (pre-procedure clinic evaluations, pre-anesthesia testing appointments, etc.) are needed according to scheduling algorithms
-
schedules Data Quality & Sampling Run NSM algorithm in R to generate samples Maintain tracking databases and monitor data accuracy Troubleshoot recruitment and performance issues Budget & Resource Management
-
. Application of sensors, e.g. pulse oximeter b. Collection of blood samples through dedicated sample lines, e.g. arterial blood gas c. Processing of samples using point-of-care devices, e.g. blood co