UCAS Advisor

The first champions on your academic journey are professional academic advisors in Roosevelt Hall. Academic advisors provide insight on courses to keep you on track within your major. To make an appointment with your academic advisor, log on to Starfish.

Academic Advisor

College of the Environment and Life Sciences

csanchez911@uri.edu

Faculty Advisor

Faculty advisors are content matter and course option experts within each major. Meet with a faculty advisor to discuss research opportunities, career pathways, and preparation for graduate school.

Faculty Advisor - Academic Year Only

CMB

College of the Environment and Life Sciences Advisors

Once you have met the requirements of your degree program, you will transition from University College to your Degree College. You will meet a new team of advisors to support you on your academic journey.

Academic Advisor

College of the Environment and Life Sciences

401.874.7421
cels_advisors@etal.uri.edu

Attention CELS Students:

If you are a Sophomore, Junior or Senior and have been notified that you have completed the requirements for transfer to the College of the Environment and Life Sciences (CELS), please log into Starfish for information on how to make an appointment with your CELS Faculty Advisor.

The 4 Year Blank Fillable Worksheet is for planning purposes only and does not equate or replace your major specific curriculum sheet. This is NOT your Curriculum Sheet. This tool can be used to map out your individual 4-year plan while at URI. This form is not to be turned in as part of your Graduation Application. Please scroll down further to download your curriculum sheet.

Bachelor of Science: General Options

This major is the study of cells and the biological macromolecules—including DNA, RNA, proteins, lipids and carbohydrates—that define the structure and function of cells. The cell and molecular biology major provides excellent preparation for careers in medicine (the major automatically satisfies the pre-health course requirements), biomedical and life science research, and biotechnology. A student may get a B.S. degree in Cell and Molecular Biology (general track), or get a B.S. degree in Cell and Molecular Biology specializing in a track of biochemistry, biotechnology, or microbiology.

Curriculum Sheets

Bachelor of Science: Biochemistry Options

The B.S in CMB provides students with a solid foundation in cell biology, molecular biology, microbiology, biochemistry, and molecular genetics. Further, experiential learning is an integral part of this degree program. This training will enable students to make meaningful contributions to global medical and environmental issues including the study of the molecular basis of cancer and infectious disease, heart disease, the development of next generation biofuels, and the genetic engineering of crops for increased productivity and improved disease resistance.

Curriculum Sheets

Bachelor of Science: Bioinformatics Options

Students in the cell and molecular biology major may elect the bioinformatics option, which meets the guidelines of the International Society for Computational Biology Education Committee, and provides students with interdisciplinary trainings in preparation for diverse career opportunities in health sciences, medical research, environmental research, and biotechnological industry. Students will take courses in many departments and colleges, including cell and molecular biology, computer sciences, biology, chemistry, physics, and mathematics. These courses will provide students with a well rounded education in general sciences and specialty training in bioinformatics and computational biology.

The following additional courses are required for this option: CMB 320, 450, 495; CSC 201, 211, 212. In addition, the students must complete at least 1 credit of a cell and molecular biology laboratory course above the 300-level and at least 9 credits in specialty concentration courses.

Curriculum Sheets

Bachelor of Science: Microbiology Options

Microbiology includes the study of genetic engineering, cancer research, cellular mechanisms of infection, research in cell and molecular biology, and microbial ecology. Students apply technical approaches such as gene cloning, electron microscopy, and computer technology, to bacteria, viruses, algae, protozoa, fungi, and animal and plant cells. Graduates work in: hospital laboratories, the federal government (EPA, FDA, USDA) and industry. It is also an excellent foundation for graduate and professional schools, like dental, medical, veterinary and podiatry.