Environmental DNA: Sensing the Diversity of Life and Assessing Ecosystem Health

ETH Zurich, established in 1855 in the heart of Zurich, Switzerland, is a top-ranked public university known for excellence in science, engineering, architecture, and mathematics. With roughly 25,000 students and more than 8,700 international scholars, ETH combines a rigorous academic culture with a global outlook. Prospective international students are drawn to its research reputation, strong industry ties, and the chance to study alongside leading researchers and innovators.

Programs at ETH emphasize research-led teaching, interdisciplinary collaboration, and hands-on problem solving. Students benefit from state-of-the-art laboratories, research centers, and entrepreneurship support that have helped generate Nobel laureates and high-impact startups. Coursework balances theoretical foundations with practical projects, and partnerships with Swiss and international companies create clear pathways for internships and post-graduate employment.

Student life blends a compact, cosmopolitan city experience with easy access to alpine recreation and cultural activities. Campus services include dedicated international student support, English-taught postgraduate options, and active student societies spanning technical and creative interests. International applicants should prepare strong academic records, demonstrate readiness for a challenging curriculum, and explore scholarships and research assistant roles. ETH is demanding but rewarding, offering a platform for students who want to influence science and technology on a global scale.

The Environmental DNA program at ETH Zurich is a one-week non-degree course for students who want to learn about sensing the diversity of life and assessing ecosystem health. It's taught in English and available online. This program helps students understand the importance of environmental DNA in conservation.

The curriculum covers topics such as biodiversity, ecosystem health, and DNA sensing. Students will develop skills in data analysis, research methods, and scientific writing. The program includes hands-on components, such as case studies and group discussions, to help students apply their knowledge in real-world scenarios.

After completing this program, students can pursue careers as conservation biologists, environmental scientists, research assistants, science writers, or ecosystem managers. They can work in industries such as government agencies, non-profit organizations, or private research institutions.