Bioprinting: From Tissues to Organs

Week 1: Foundations of Bioprinting and Biofabrication

• Principles of tissue engineering and regenerative biology

• Types of bioprinters: inkjet, extrusion, and laser-assisted

• Bioink properties and cell-material compatibility

• Structural design strategies: scaffolds, hydrogels, and biomimicry

Week 2: Cell Biology and Biomaterials in Bioprinting

• Cell sourcing, expansion, and differentiation

• Stem cells and induced pluripotent stem cells (iPSCs)

• Natural vs. synthetic biomaterials in tissue construction

• Vascularization and nutrient diffusion challenges

Week 3: 3D Printing for Functional Tissues and Organs

• Organ-specific printing: skin, cartilage, liver, heart prototypes

• Integration of sensors and smart biomaterials

• 3D bioprinting with microfluidics and organ-on-chip systems

• Deep tech in simulation and model-based design

Week 4: Translational Pathways and Future Trends

• Clinical applications and preclinical validation pipelines

• Regulatory landscape: FDA, ISO, and GMP considerations

• AI and robotics in precision bioprinting

• Future outlook: 4D bioprinting, personalized organ fabrication

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• Acquire the knowledge and skills to critically evaluate bioprinting research and applications.
• Gain the ability to design and develop bioprinted constructs for specific biomedical needs.
• Understand the challenges and opportunities associated with bioprinting for tissue and organ regeneration.
• Identify potential career paths within the bioprinting industry.