-
concentration in the MPH program. It is also home to two National Institutes of Health Training grants (T32). Faculty members are strongly supported by our college-level instructional design team for course
-
research coordination, participant recruitment, and data collection. Depending on your qualifications, you may receive individualized mentoring and gain experience in research design, project management
-
comprehensive benefits package. Primary responsibilities include: Design and fabricate geomaterial-inspired microfluidic chips. Conduct microfluidic experiments with Micron-resolution PIV (µPIV) system Perform
-
://quintana.chem.ufl.edu/ ), focusing on the development of new similarity-based Machine Learning techniques for drug design and biomolecule analysis. This two-year appointment is renewable based on performance and funding
-
properties. Utilize generative models for the design and discovery of novel compounds. Conduct high-throughput computational simulations for materials science and computational chemistry. Collaborate with
-
Innovation & Technology (https://disney.scripps.ufl.edu ) is seeking to hire a Postdoctoral Associate in RNA Chemical Biology. Lab Overview: The Disney group is a chemical biology laboratory focused
-
candidate will be required to provide official transcript to the hiring department upon hire. A transcript will not be considered “official” if a designation of “Issued to Student” is visible. Degrees earned
-
under the guidance of and in collaboration with Dr. Jessica Ray. The lab is currently focused on two broad areas of work 1) human centered design for clinical decision support systems with an increasing
-
expected to work independently, present research findings at scientific conferences, compose manuscripts, and assist in experimental design. Preferred Qualifications: Prior mosquito trapping and
-
cells) Immunohistochemistry Microscopy Flow cytometry Animal surgery and monitoring Duties: Design and develop research projects with the Principal Investigator Lead at least two independent research