Foundational Biocatalysis for Engineers

Biocatalysis offers a greener, more selective approach to chemical synthesis, transforming industries from pharmaceuticals to biofuels. This course provides a comprehensive introduction to the fundamental principles of biocatalysis. You will develop a strong understanding of how enzymes function, how their kinetics are modeled, and how they are applied in various industrial processes, equipping you to approach challenges in sustainable chemical manufacturing. Learn the fundamental principles of enzyme structure, function, and classification. Apply enzyme kinetics models to analyze reaction rates and optimize biocatalytic processes. Understand various types of biocatalytic reactions and their industrial applications. Explore methods for enzyme immobilization and their impact on reactor design and performance. Grasp the basics of enzyme engineering and its role in tailoring enzymes for specific industrial needs. Recognize the importance of biocatalysis in green chemistry and sustainable manufacturing. Practice solving problems related to biocatalytic reactor design and process optimization. The course begins with essential terminology and core concepts, building progressively towards practical applications and problem-solving. Each section provides clear explanations and opportunities to apply your understanding through written exercises. This course is designed for beginners in chemical engineering, biotechnology, or related scientific fields who want to build a solid foundation in biocatalysis. No prior experience with biocatalysis is required. Begin your journey into the fascinating world of biological catalysis today.