Life and Earth Sciences and Biology: Two different approaches to the same science

Common foundations, but a different approach

Life and Earth Sciences (SVT) in high school and biology at EBI share a number of foundational elements. In SVT, students study the cell, genetics, the evolution of species, and the interactions between organisms and their environment. These topics are also present in biology at EBI, but with a much more in-depth and applied approach.

In the Life and Earth Sciences (SVT) curriculum in the penultimate and final years of secondary school, students learn concepts from both biology and geology. This duality, with its diverse range of topics, can sometimes dilute interest in certain specific aspects. For example, the study of plate tectonics or geological structures may seem far removed from biology as it is approached at EBI, where research topics are more focused on bio-industries.

At EBI, biology is approached in much greater detail. Students focus on specific subjects such as molecular biology, microbiology, biochemistry, and biotechnology. Furthermore, there is an emphasis on industrial applications and scientific innovations, providing a very concrete view of career opportunities in biology within sectors such as healthcare, food processing, and the environment.

A theoretical approach in Life and Earth Sciences vs. an applied approach in Biology

In high school biology, the teaching is theoretical. Concepts are explained in a relatively abstract, less dynamic and interactive way, often without practical examples to make them more concrete. For example, students learn about genetics or cell function, but only skim the surface of modern techniques like PCR (polymerase chain reaction) or biotechnology, which are nevertheless central to modern research and industry.

At EBI, students don’t just memorize concepts; they apply them directly to real-world projects. They participate in laboratory experiments, use advanced technologies, and work on industry case studies. This hands-on experience can completely transform one’s perception of biology, making it far more engaging and motivating. Those passionate about scientific innovation will find a true outlet at EBI, where they can work on projects ranging from drug development to the creation of eco-friendly solutions.

In Life and Earth Sciences (SVT), although students can choose this specialization in their final year of high school, they remain within a general framework where part of the curriculum is still devoted to geology. Students at EBI focus on specific areas of industrial biology: the application of life sciences in the pharmaceutical, cosmetic, agri-food, and environmental sectors. This concentration on future-oriented sectors allows those who may have been disappointed by the overly general SVT curriculum to rediscover their motivation and interest in biology.

Concrete and innovative opportunities

One of the aspects that makes biology at EBI particularly attractive is the prospect of practical applications. Unlike the traditional science curriculum, which often focuses on preparing for the baccalaureate exam, EBI students quickly find themselves working on industrial projects. They tackle real-world problems, such as biofuel production, the development of new medical treatments, and the sustainable management of natural resources.

Thus, the career opportunities offered by industrial biology are vast and concrete. They allow students to directly see the impact of their work in fields as varied as agri-food, the environment, cosmetics or health.

Even if Life and Earth Sciences (SVT) doesn’t always spark passion in all high school students, that doesn’t mean biology can’t become a focus of interest later on. At EBI, the approach is more specialized, more applied, and geared towards concrete projects. This can completely transform one’s perception of the discipline. Those who don’t find themselves drawn to Life and Earth Sciences in high school might well discover a true passion for biology by entering a program like EBI’s, where future prospects are stimulating and the fields of application are extremely broad.