Sort by
Refine Your Search
-
University of Toronto | Downtown Toronto University of Toronto Harbord, Ontario | Canada | 3 months ago
hands-on grounding in many of the major topics covered in analytical and physical chemistry, and the optimization of instrumental analytical measurements by the application of physical principles
-
) techniques to simulate and analyze fluid flow, contributing valuable insights to the troubleshooting and optimization of drug release apparatuses and other systems Keeping well-informed on current technologies
-
highly experienced research team representing expertise in epidemiology, ethnography, patient-centred care, implementation science, health policy and primary health care. The Optimizing Teams
-
nonlinear, including neural networks), loss functions (squared error, cross entropy, hinge, exponential), bias and variance trade-off, ensemble methods (bagging and boosting), optimization techniques in ML
-
mental health clinic for university students. Optimizes patients’ satisfaction, clinician time, and treatment room utilization by booking appointments in person or by telephone. Registers patients by
-
., integrating professional audio/video with videoconferencing software and optimizing audio settings of videoconferencing software for remote music making). Familiarity with Polycom videoconferencing codecs
-
technology tools for the divisions/campuses to ensure optimized functionality while reducing manual effort and risk of error in undergraduate direct-entry admissions operations. Your opportunity: Under
-
. The role involves leveraging cheminformatics and generative models to design molecules, predict reaction pathways, and optimize materials for applications in sustainability, healthcare, or energy. Expertise
-
. The role involves leveraging cheminformatics and generative models to design molecules, predict reaction pathways, and optimize materials for applications in sustainability, healthcare, or energy. Expertise
-
discovery. The role involves leveraging cheminformatics and generative models to design molecules, predict reaction pathways, and optimize materials for applications in sustainability, healthcare, or energy