Biotechnology and bioinformatics: promising professions in 2025

Biotechnology is an interdisciplinary science that studies the possibilities of using living organisms or their products to solve specific tasks aimed at improving health and society. Scientists work on developing new drugs and treatments, creating agricultural crops resistant to diseases and pests, preserving and sustainably developing nature (cleaning soil, water, etc.), producing biofuels and more.

Bioinformatics is a field of science that uses computer methods and information technologies to obtain, analyze, store and organize biological data. Today it is one of the most dynamic sciences. Government and private organizations sponsor numerous studies in molecular biology, the discovery of new medicines and treatments, and more.

Studying Biotechnology / Bioinformatics will allow you to obtain a sought‑after, promising and well‑paid job in the world’s leading laboratories. The high demand for biotechnologists and bioinformaticians is supported in pharmaceuticals and medicine, as well as in other areas of human activity.

It is hard to find a more suitable country than the USA to study biotechnology and bioinformatics. The world’s best universities, generous funding for research projects, brilliant faculty, excellent internship and employment opportunities are just some of the advantages of studying in the United States for international students.

The best programs in biotechnology and bioinformatics are offered by the following universities.

The Department of Systems Biology seeks to identify quantitative principles that govern complex interactions in all areas of biology and medicine. Its goal is to develop a conceptual and predictive understanding of the living world, enabling the design and control of biological systems and improving human health and well‑being.

Faculty members use a quantitative and mathematical approach to problems of complex intracellular and intercellular networks, phenotypic variability and evolution. Almost all of the department’s laboratories combine experiment and theory, sometimes through collaboration within or between labs and sometimes within a single specialist.

At Harvard, students can choose various programs and tracks for study:

• bachelor of science in biomedical engineering;
• bachelor of engineering sciences – “Biomedical sciences and engineering”;
• bachelor of engineering sciences – “Bioengineering”;
• master’s program in biotechnology;
• MS/MBA Biotechnology: Life Sciences;
• graduate certificate in “Biotechnology management” and others.

The Center for Biotechnology Education at Johns Hopkins University offers master’s programs based on an applied approach that provides an optimal balance of theoretical and practical knowledge.

The master’s programs are designed for working professionals and offer a rich and practical curriculum necessary for career development and academic ambitions. The educational programs of the Johns Hopkins University Center for Biotechnology are based on interdisciplinary skills in fundamental research, drug development technologies, bioinformatics, regulatory policy and product commercialization.

The Center’s programs are taught by practicing scientists and intended for working professionals, offering intensive and practical training necessary for career growth.

The center offers seven master’s degrees and various certificates:

• Bioinformatics, Master of Science
• Biotechnology, Master of Science
• Biotechnology, Master of Business Administration
• Biotechnology Enterprise, Certificate
• Food Safety Regulation, Master of Science
• Individualized Genomics and Health, Master of Science
• Master of Biotechnology and Entrepreneurship
• Regenerative and Cellular Therapies, Master of Science
• Regulatory Science, Master of Science
• Sequence Analysis and Genomics, graduate certificate

Students also have the opportunity to combine earning a Master of Science degree in biotechnology with an MBA degree from the Carey Business School at Johns Hopkins University.