-
oligomers, as well as surface modification and materials characterization. Opportunities to Contribute Design, plan, conduct and coordinate experiments in support of various research projects. Evaluate
-
Thermocycler DNA/RNA extraction robot Microscopes Centrifuges Incubator Telephone Calculator Physical Requirements Requires occasional lifting of materials, protracted standing or sitting in one position
-
Here’s a Glimpse of the Job Texas A&M University’s Chemistry Department is looking for a Postdoctoral Research Associate to conduct research in solid-state chemistry with an emphasis on magnetic materials
-
/Resume to assist us with the review process. You may upload these documents on the application under CV/Resume. Responsibilities Research Under general supervision, is responsible for conducting research
-
electrochemical analysis, spectroscopy, and chromatography, to evaluate and characterize material performance. Develop, refine, and troubleshoot synthesis, characterization, and materials preparation procedures
-
guidance, mentoring, or supervision as needed. Prepares and communicates research outcomes through reports, presentations, publications, and other materials for sponsors, stakeholders, and professional
-
and polymer synthesis, with access to state-of-the-art research facilities, including the Soft Matter Facility , Materials Characterization Facility , and the NMR , Mass Spectrometry , and X-ray
-
safe, compliant, and collaborative learning environment within the research group. Prepares comprehensive presentation materials covering individual research topics and/or relevant scientific literature
-
, collaborative, and productive environment within the research lab. Prepares detailed presentation materials on individual research topics and/or related scientific literature for delivery to small and/or large
-
on computers, standing, lifting 10 lbs. A well-qualified candidate for this position will also possess: PhD in Biology, Microbiology, Molecular Biology, Biochemistry. Research experience in model eukaryotic