

The Evolutionary Biology Master of Science program at Cornell University provides a research intensive and theory driven framework for students who want to explore how genetic variation, ecological pressures, and natural selection shape biological diversity. The curriculum integrates evolutionary theory, population genetics, phylogenetics, ecology, and organismal biology, enabling learners to investigate how species originate, adapt, and interact with their environments across multiple timescales. With a strong emphasis on evolutionary processes, students develop analytical and conceptual tools that help them interpret patterns of biodiversity, understand adaptation mechanisms, and evaluate evolutionary change using modern scientific methods. This interdisciplinary foundation prepares students to connect genetic, ecological, and environmental perspectives in their research.
Throughout this one year program, learners engage with faculty specializing in molecular evolution, behavioral ecology, genomics, evolutionary development, and species interactions. Through laboratory work, computational analysis, and field based study, students strengthen their skills in biological analysis, data interpretation, and research methodology. The academic environment encourages critical inquiry, evidence based reasoning, and interdisciplinary collaboration, enabling learners to examine how evolutionary principles inform conservation strategies, ecosystem dynamics, and biological research. This combination of scientific rigor and hands on investigation equips graduates with the knowledge and practical experience needed to contribute meaningfully to evolutionary science and related fields.
Semester 1
• Foundations of Evolutionary Biology
• Population Genetics and Molecular Evolution
• Research Methods in Biological Sciences
• Elective in Ecology, Genomics, or Organismal Biology
Semester 2
• Phylogenetics and Evolutionary Analysis
• Applied Research Project in Evolutionary Biology
• Data Interpretation for Biological Systems
• Elective in Conservation Biology, Behavioral Ecology, or Environmental Genomics
Graduates of this program pursue roles across research, conservation, education, biotechnology, and ecological science, frequently joining biological research institutes, conservation and wildlife programs, environmental organizations, and academic research groups. Their strong preparation in evolutionary theory, scientific evaluation, and data analysis enables them to contribute to species assessments, genetic studies, ecological monitoring, evolutionary modeling, and laboratory or field based research. With interdisciplinary scientific training, they support projects that address biodiversity loss, species adaptation, environmental change, and evolutionary mechanisms shaping natural systems.
This program is an excellent choice for students who want to examine biological diversity through a scientific and evolution centered lens, offering opportunities to develop advanced evolutionary insight and strong analytical capability supported by Cornell’s expertise in biological research. Through laboratory study, computational analysis, and field exploration, learners gain the skills to investigate evolutionary patterns, interpret biological data, and apply evolutionary principles to modern scientific challenges. Its focused one year structure ensures efficient and rigorous preparation, enabling graduates to pursue impactful roles in evolutionary science, ecological research, and conservation biology.
For further information, please contact the admissions office at:
Phone: +1 607 255 2000
Email: admissions@cornell.edu
Address: Cornell University, Ithaca, NY 14850, United States