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environment created by the interaction of committed basic scientists, research-oriented physicians, and postdoctoral fellows. Depending on their special interests, trainees will spend their rotations in a clinical research or a laboratory research setting. Trainees will be matched with a faculty mentor who shares their research interests and will participate in the mentor’s ongoing research projects. Trainees attend a daily Lunch & Learn series designed specifically for them, as well as other clinical and

complete list of restrictions and eligibility requirements online). The chosen undergraduates taking part in this ten-week program will receive hands-on nanoscience and technology experience through research, with applications to bio-engineering, chemistry, electronics, materials science, optics, optoelectronics, physics, and the life sciences. CNF REU interns work with their assigned faculty and graduate students on projects using the unique resources offered at CNF and Cornell University

advances in optoelectronics, in turn, rely increasingly on advances in the synthesis of highly precise materials and the integration of different materials into functional optoelectronic devices and systems. IMOD is developing new classes of optoelectronic materials, devices, and systems with unprecedented functionality based on solution-processed inorganic materials. Research projects within IMOD labs cover a broad range of disciplines, including chemistry, physics, materials science & engineering

research projects. Concepts in data analysis and statistical design of experiments (e.g. MatLab, Python, JMP) are incorporated throughout the coursework. Electrochemical content is coupled with professional and communication skills development, as well as elective coursework focused on target career areas (materials science, bio-medicine, energy, etc.).  After 6 months of accelerated immersion coursework and a 9 month industry internship, graduates are ideal “T-shaped” employees that can tackle complex

chemical alternatives, reduce hazardous and solid wastes, conserve energy and water, reduce water contaminants and emissions, increase efficiency and cost savings, and improve employee health and safety. These pollution prevention internship projects will benefit Washington’s waterways and other natural resources. Washington Sea Grant (WSG) and the Washington State Department of Ecology (Ecology) administer the program in tandem. Individual Interns work for a Host Business and will have access to

. Participating students will interact closely with faculty and graduate student mentors to develop and advance research projects revolving around oceanographic data analysis. Students will attend overview lectures on fundamental problems in different oceanography fields, including physical, biological, and chemical oceanography as well as marine geology and geophysics. They will gain a basic understanding and hands-on experience in data science techniques, including time series analysis and machine learning

, 2024, on Cornell University’s Ithaca campus. The program will provide training in the concepts and experimental approaches central to understanding microbial interactions with eukaryotic hosts. Students will learn about broad diversity of microbe-eukaryote interactions through conducting independent research projects, weekly research group meetings, seminars by CIHMID faculty, Microbial Friends & Foes Synthesis Panels, the CIHMID Summer Symposium, and the Microbial Friends & Foes Closing Symposium