Program Structure

Module 1: Introduction to Industrial Bioprocessing

• Industrial biotechnology and its role in modern industry.
• Chemical vs biochemical processing.
• Bio-based products: chemicals, fuels, polymers.
• Market and sustainability drivers.

Module 2: Microorganisms and Biocatalysts

• Industrial microbes and strain selection.
• Enzymes vs whole-cell biocatalysis.
• Substrate utilization and metabolic pathways (overview).
• Process robustness and contamination control.

Module 3: Bioreactor Design and Operation

• Bioreactor types and configurations.
• Mass transfer, mixing, and oxygen supply.
• Batch, fed-batch, and continuous operation.
• Instrumentation and monitoring basics.

Module 4: Kinetics and Process Optimization

• Growth kinetics and product formation concepts.
• Yield, productivity, and efficiency metrics.
• Feeding strategies and process optimization.
• Basic design of experiments (DOE) concepts.

Module 5: Downstream Processing

• Cell removal and clarification.
• Separation methods: filtration, centrifugation, extraction.
• Purification concepts: precipitation, chromatography (overview).
• Product formulation and stabilization.

Module 6: Scale-Up and Industrial Implementation

• Scale-up criteria and common challenges.
• Shear, heat transfer, and mixing limitations.
• Process validation and reproducibility.
• Techno-economic considerations.

Module 7: Sustainability and Green Bioprocessing

• Renewable feedstocks and waste valorization.
• Energy and water efficiency.
• Life cycle assessment (intro).
• Regulatory and environmental compliance basics.

Module 8: Industrial Case Studies

• Biochemicals and biofuels production.
• Enzyme and biopolymer manufacturing.
• Pharma and food bioprocess examples.
• Emerging trends in industrial bioprocessing.

Final Project

• Select a target bio-based product.
• Deliverables: process flow diagram + reactor choice + downstream plan + scale-up notes.
• Submit: industrial bioprocess design report.