Columbia University

What you'll study

The programme balances core coursework, elective classes and an independent research project or thesis. Core topics typically include evolutionary theory, population genetics, phylogenetics and systematics, community and ecosystem ecology, and ecological and evolutionary statistics. Students also take practical modules covering molecular methods, experimental design, field techniques and ecological modelling.

Typical classes you can expect include advanced population genetics, phylogenetic methods, quantitative ecology and statistics, comparative methods in evolution, and courses focused on molecular evolution and genomics. Laboratory rotations and supervised fieldwork are common, allowing students to develop skills in specimen-based systematics, sequencing and bioinformatics pipelines, experimental and observational field methods, and spatial or demographic modelling.

The programme emphasises quantitative and computational training: students learn to analyse large datasets, implement statistical models (including Bayesian and likelihood approaches), and use common ecological and phylogenetic software. Independent research culminates in a thesis or substantial research project supervised by faculty, often producing publishable results.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree (or equivalent) in biology, ecology, evolutionary biology, zoology, environmental science, or a closely related discipline. Strong foundations in genetics, ecology, and mathematics/statistics are advantageous. Admissions typically consider academic transcripts, letters of recommendation (usually two or three), a personal statement outlining research interests and goals, and a curriculum vitae.

Research experience — for example, an undergraduate thesis, laboratory work, or field experience — strengthens an application. International applicants whose first language is not English are required to demonstrate English proficiency through an accepted test unless exempt. Specific departmental criteria, required documentation and any standardised-test policies should be checked on the programme’s official pages.

Career prospects

Graduates follow a variety of career paths. Many continue in academic research by pursuing doctoral programmes in ecology, evolution, systematics or related fields. Others move into conservation science, working for government agencies, environmental NGOs, protected-area management or species recovery programmes.

Additional career outcomes include roles in biodiversity informatics, museum and collection-based work (taxonomy and curatorial positions), ecological consultancy, environmental impact assessment, and science policy. The quantitative and computational skills developed in the programme also transfer to careers in data science, biotech companies focused on genomics, and science communication or education.

Why study at Columbia University

Columbia offers access to a broad range of research resources and interdisciplinary collaborators. Students benefit from faculty expertise across evolution, population biology and systematics, and from connections with on- and off-campus research facilities. The university’s location provides proximity to major museums, conservation organisations and diverse field sites for research.

The department emphasises mentorship and hands-on training, with opportunities for laboratory rotations, field excursions and collaborations across ecology, genomics and computational biology. Graduate students can draw on institutional resources for sequencing, high-performance computing, and statistical consulting, as well as professional development workshops and seminars that support research, teaching and career advancement.