About | Biocompile

An aerial view of a landfill site filled with piles of garbage, including plastic waste and other debris, with a yellow excavator working on top of the trash.

Environmental Pollution

Industrial pollution is a growing threat to ecosystems and human health worldwide. Biocompile empowers researchers, innovators, and industries with advanced tools to design microorganisms that can break down pollutants or produce eco-friendly materials.

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Climate Change

Addressing climate change requires new, sustainable solutions. Biocompile empowers researchers and industries with the technology to engineer microbes for carbon capture and the eco-friendly production of sustainable chemical alternatives.

A vibrant green rice field with neatly planted rows of rice seedlings growing in waterlogged soil under bright sunlight.

Food Security

With a growing global population, we need innovative ways to feed the world. Biocompile provides the tools to design microorganisms that drive advancements in alternative proteins, cultured meat, and resilient agricultural systems.

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Our Mission

Enabling the Future of Synthetic Biology with AI

DNA, the fundamental blueprint of life, is written with just four letters: A, T, C, and G. These represent the nucleotide bases adenine, thymine, cytosine, and guanine. Like human languages, it follows rules of syntax and encodes complex meaning. We believe that transformer-based models, trained directly on DNA data, allow us to decode its structure and function, empowering a more targeted, efficient approach to solving biological design challenges.

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Our Team

Biocompile winning the Carl Zeiss AI Award at the Cyber Valley AI Incubator

Multidisciplinary. Diverse. Strong Together.

Carolin Schwitalla, M.Sc.

Head of Biology

Caro drives the integration of biology and data science, ensuring that Biocompile's biological challenges are met with precise computational solutions. She holds a Bachelor’s degree in Biochemistry and a Master’s in Bioinformatics, combining expertise in synthetic biology with data-driven insights.

Aaron Riedling, M.Sc.

Head of Technology

Aaron combines his expertise in bioinformatics and AI to create powerful tools for analyzing biological systems, driving Biocompile’s technological innovation. He holds a Bachelor's in Molecular and Technical Medicine and earned a Master’s in Bioinformatics, refining his expertise in AI applications for biology.

Maximilian Bode, M.Sc.

Head of Business

Max shapes Biocompile’s strategy with his expertise in business design, ensuring a seamless connection between innovation and market needs. He holds a Bachelor’s in Business Informatics and a Master’s degree in Technology Entrepreneurship, specializing in business models for AI innovations.

Dr. Luis Kuhn Cuellar

Head of Research

Luis develops innovative machine learning techniques to decode complex biological data, driving Biocompile’s research initiatives forward. He earned a Bachelor’s degree in Computer Systems Engineering, a Master’s in Bioinformatics, and a Ph.D., focusing on advanced methods for analyzing subcellular structures.

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