In recent years The boundaries between biology, engineering and data science no longer existed As separate compartments, they become a shared ecosystem from which some of the most profound innovations of our time emerge: personalized cell-based therapies, materials made from microorganisms, biofuels derived from precision bioprocesses, and foods engineered at the molecular level.
This field, which is redefining the modes of production and care of the environment, is now beginning to be integrated into Argentine higher education in a structured way. Starting next year, the Buenos Aires Technological Institute (ITBA) will expand its academic offerings to include the career of Biotechnology Engineeringa bet that The aim is to train the new generation of professionals capable of driving this scientific and productive convergence.
The decision comes at a time when… Biotechnology has become a global driver of innovation. Advances in genetic sequencing, laboratory automation, predictive digital models and molecular editing tools accelerated areas such as healthcare, food, energy and sustainability.
In this context, the ITBA proposes: a interdisciplinary education based on the interface between molecular and cellular biology, engineering, automation and data science. The aim is to train professionals who understand the functioning of living systems, can intervene in them precisely and transform them into technological solutions that respond to the specific needs of society.
The course lasts five years and is led by Fernando Baidanoffwho will bring his experience in research and development to continually update content in a rapidly evolving field.
“The purpose of this degree is to train engineers with a solid foundation in biology and engineering. able to connect knowledge with needs that society demands today and promote developments that improve health, production and quality of life. Biotechnology is a strategic platform for productive growth, industrial competitiveness and scientific innovation, and we want our professionals to be protagonists of this progress,” argues Baidanoff.
He curriculum integrates courses in molecular biology, cell biology, applied data science, process automation, biochemical engineering, bioinformatics, bio-based materials and innovation tools. All under a hands-on approach that includes working in experimental laboratories, solving real industry problems and participating in interdisciplinary projects.
The academic offering aims to ensure that students acquire the ability to model biological systems, manipulate organisms at the molecular level, design bioprocesses and develop technologies based on microorganisms, cells or biomaterials.
The career fields that are opening up are broad and cover key sectors of global development. In the healthcare sector, future engineers can contribute to advanced therapies, personalized medicine, molecular diagnostics and the development of biotechnological drugs. In the Food and agricultural industriesThey will be able to work on advanced fermentation, process improvement, biomaterials and solutions for sustainable production.
You will also have opportunities Bioenergygreen chemistry, ecosystem restoration and clean technologies to reduce environmental impact. There are also positions in technology companies, consulting firms, research centers and science-based startups.
The incorporation of Biotechnology Engineering strengthens ITBA’s strategy to expand its presence in frontier scientific areas. Known for its heritage in engineering and technology, the university has consolidated an environment where applied research, industry connections and a strong entrepreneurial culture coexist. Its state-of-the-art laboratories, international experiences and interdisciplinary projects carried out by students allow the training to go beyond the theoretical and approach the real challenges of the productive sector.
In addition, the facility is moving forward with construction a new campus in Innovation Parka space that will integrate all of its academic, research and extension activities. The initiative aims to improve cooperation with companies, scientific centers and organizations in the technological ecosystem and consolidate ITBA’s role as a trainer of specialists capable of influencing the country’s development.
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