Biology/Mathematics
Combined major offered by the Department of Biology, College of Science and Engineering and the Department of Mathematics, College of Science and Engineering.
Biology is the study of living organisms. As scientists, biologists have three goals: (1) understanding the structure and function of organisms, (2) generating and disseminating reliable data pertaining to biological systems, and (3) developing a deep understanding of the natural world that can inform solutions for the serious environmental, medical, and social concerns facing humanity.
Our goal as educators is to maintain intensive academic programs designed to stimulate curiosity, creativity and life-long critical thinking in students who pursue a liberal arts education in Biology. All of the B.S. programs in Biology are designed for students who plan to pursue post-graduate study or professional careers in biology or teaching. We have designed these programs to enable students to develop an integrated conceptual foundation in biology, as well as critical thinking skills, quantitative problem-solving abilities, leadership and team-building skills, and scientific research skills.
Each B.S. program features a core curriculum at the 200-level and 300-level, plus one 400-level course in evolution. The primary differences between the emphases lie in the choices of additional upper-division lab and lecture courses that a student takes to 1) gain a depth of knowledge in a focal area, 2) have opportunities to integrate and apply that knowledge in various settings including the lab, the field, and discussions with others, and 3) develop skills and abilities that are tailored to particular interests and career paths.
Biology is an increasingly quantitative discipline, requiring mathematical models to understand complex biological phenomena and computationally-intensive algorithms to analyze increasingly massive datasets, including those generated by genomics, proteomics, and other new areas in molecular biology. More than ever, employers in fields such as bioengineering, theoretical biology, ecology, and molecular biology are seeking to hire people equipped to handle the quantitative rigors of modern biology. The Biology/Mathematics B.S. degree enables students to develop a strong background in biology along with a broadly applicable understanding of quantitative and computational approaches to problem-solving, giving graduates from this program a unique and highly sought set of skills.
Combined major offered by the Department of Biology, College of Science and Engineering and the Department of Mathematics, College of Science and Engineering.
Biology is the study of living organisms. As scientists, biologists have three goals: (1) understanding the structure and function of organisms, (2) generating and disseminating reliable data pertaining to biological systems, and (3) developing a deep understanding of the natural world that can inform solutions for the serious environmental, medical, and social concerns facing humanity.
Our goal as educators is to maintain intensive academic programs designed to stimulate curiosity, creativity and life-long critical thinking in students who pursue a liberal arts education in Biology. All of the B.S. programs in Biology are designed for students who plan to pursue post-graduate study or professional careers in biology or teaching. We have designed these programs to enable students to develop an integrated conceptual foundation in biology, as well as critical thinking skills, quantitative problem-solving abilities, leadership and team-building skills, and scientific research skills.
Each B.S. program features a core curriculum at the 200-level and 300-level, plus one 400-level course in evolution. The primary differences between the emphases lie in the choices of additional upper-division lab and lecture courses that a student takes to 1) gain a depth of knowledge in a focal area, 2) have opportunities to integrate and apply that knowledge in various settings including the lab, the field, and discussions with others, and 3) develop skills and abilities that are tailored to particular interests and career paths.
Biology is an increasingly quantitative discipline, requiring mathematical models to understand complex biological phenomena and computationally-intensive algorithms to analyze increasingly massive datasets, including those generated by genomics, proteomics, and other new areas in molecular biology. More than ever, employers in fields such as bioengineering, theoretical biology, ecology, and molecular biology are seeking to hire people equipped to handle the quantitative rigors of modern biology. The Biology/Mathematics B.S. degree enables students to develop a strong background in biology along with a broadly applicable understanding of quantitative and computational approaches to problem-solving, giving graduates from this program a unique and highly sought set of skills.
