Industrial Biotechnology for Sustainable Manufacturing

Society is transitioning away from fossil fuels toward sustainable, bio-based alternatives for manufacturing everyday products. Industrial biotechnology offers the tools to produce chemicals, materials, and pharmaceuticals using living cells and enzymes. In this course, you will build a solid foundation in the biological systems and engineering principles that drive modern biomanufacturing. You will understand how to transition traditional chemical processes into green, sustainable, and economically viable biological workflows. What you'll learn: - Understand the foundational principles of industrial biotechnology and green chemistry - Explore how microorganisms and enzymes are selected and engineered for bioprocessing - Learn the basics of metabolic engineering and modern synthetic biology tools - Analyze bioprocess design, including fermentation, bioreactor operations, and downstream processing - Evaluate the sustainability and economic viability of bio-based production pathways The course begins with essential biological concepts and terminology before exploring biocatalysis, fermentation technology, and real-world industrial applications in food, plastics, and pharmaceuticals. You will read through detailed explanations and practical case studies that illustrate how these technologies are applied in industry today. This course is designed for beginners, students, and professionals looking to enter the green chemistry and biotechnology sectors, with no prior advanced background in biology or engineering required. Start learning how to build a cleaner, bio-based future today.