Program Overview

Program Overview

The Bachelor's studies in Life Sciences Engineering at EPFL emphasize mathematics and physics, with a strong focus on computer science. The program is designed to provide students with a quantitative approach to biological phenomena, enabling them to measure and analyze complex biological systems.

Program Structure

The Bachelor's program is structured over three years, with the first two years focusing on mathematics, physics, and computer science. In the third year, students take units in engineering and biosciences, with options in genetics, developmental biology, artificial intelligence, and structural mechanics.

Master's Prospects

The Master's degree in Life Sciences Engineering deals with important aspects of current biomedical research and applied engineering technologies. It offers specializations in:

• Biomedical engineering
• Molecular health
• Biological data science

The Master's studies are completed by a research project in a laboratory, which can be done at EPFL or in other high-ranking universities around the world.

Career Prospects

Graduates in Life Sciences Engineering are well-equipped to adapt to ever-evolving fields, bridging the gap between technology and humanity. They can join R&D departments of companies specialized in medical technology, the pharmaceutical industry, or work in hospitals and research labs. Many graduates also pursue an academic path by joining a PhD program.

Alumni Testimony

Alumni have gone on to work in various roles, including site facilitator, operational excellence manager, application specialist in purification technologies, and more. They have found their jobs to be a good balance between science and marketing, with opportunities to work on unique and interesting projects.

Study Plan

The study plan for the Bachelor's program is subject to change, and only the official regulations and study plans are binding. The program details and study plan can be found in the official documentation.

Program Details

The program is designed to provide students with a rigorous, multidisciplinary scientific background, encompassing quantitative biology, biomedical science, molecular infection science, oncology, neuroscience, neuro-engineering, regenerative medicine, biomechanics, and imaging technology. The program is evolving towards a quantitative approach to biological phenomena, with an increasing use of computer modeling and simulation.