Chemie – Duales Studium-Studiengänge ohne Studiengebühren & mit Numerus Clausus/NC (2026/27)

Dual studies in Chemistry combine rigorous academic training in organic, inorganic, physical, and analytical chemistry with paid practical experience in industrial laboratories, pharmaceutical companies, chemical manufacturers, materials research facilities, or quality assurance departments — placing you inside real chemical environments from the very beginning of your studies and ensuring that theoretical understanding is continuously grounded in the practical realities of how chemistry is actually conducted, optimized, and applied in professional and industrial settings. You'll develop genuine laboratory competence alongside conceptual depth — learning to design and execute experiments with precision, operate advanced analytical instrumentation, interpret complex data, troubleshoot processes that deviate from expected behavior, and work within the rigorous safety, documentation, and quality standards that professional chemistry invariably demands — building the kind of scientific judgment and bench fluency that can only emerge from sustained exposure to real materials, real instruments, and real problems that resist the clean solutions textbook examples tend to offer. Germany's exceptional strength in the chemical industry — home to global leaders like BASF, Bayer, Evonik, and Merck, alongside a dense and technically sophisticated ecosystem of specialty chemical firms, pharmaceutical manufacturers, agrochemical companies, and publicly funded research institutions — creates an environment where dual chemistry students gain practical experience inside some of the world's most advanced chemical operations, with placement opportunities that span an extraordinarily broad range of sectors, application areas, and scientific challenges.

Dual studies in Chemistry combine rigorous academic training in organic, inorganic, physical, and analytical chemistry with paid practical experience in industrial laboratories, pharmaceutical companies, chemical manufacturers, materials research facilities, or quality assurance departments — placing you inside real chemical environments from the very beginning of your studies and ensuring that theoretical understanding is continuously grounded in the practical realities of how chemistry is actually conducted, optimized, and applied in professional and industrial settings. You'll develop genuine laboratory competence alongside conceptual depth — learning to design and execute experiments with precision, operate advanced analytical instrumentation, interpret complex data, troubleshoot processes that deviate from expected behavior, and work within the rigorous safety, documentation, and quality standards that professional chemistry invariably demands — building the kind of scientific judgment and bench fluency that can only emerge from sustained exposure to real materials, real instruments, and real problems that resist the clean solutions textbook examples tend to offer. Germany's exceptional strength in the chemical industry — home to global leaders like BASF, Bayer, Evonik, and Merck, alongside a dense and technically sophisticated ecosystem of specialty chemical firms, pharmaceutical manufacturers, agrochemical companies, and publicly funded research institutions — creates an environment where dual chemistry students gain practical experience inside some of the world's most advanced chemical operations, with placement opportunities that span an extraordinarily broad range of sectors, application areas, and scientific challenges. Graduates are well-positioned for careers in industrial chemistry, pharmaceutical development, materials science, process engineering, quality management, analytical services, and research and development — in a discipline so foundational to modern science and industry that its graduates enter a job market where technical depth, laboratory credibility, and the demonstrated ability to connect chemical knowledge to real-world application remain among the most consistently valued and broadly applicable professional assets a scientist can bring.