Introduction to Bioengineering Approaches in Regenerative Medicine and Tissue Engineering

What it is about

You will learn the fundamentals and applications of regenerative medicine from molecular mechanisms to practical bioengineering solutions. In the end you will be able to describe common cell- and drug-based strategies, biotechnological methods (e.g. 3D printing, bioreactors, organoids, extracellular matrices) as well as ethical and regulatory aspects, and communicate results professionally.

What you will be able to do

• Understand molecular mechanisms of regeneration
• Recognize important stem cell types and cell-based strategies
• Understand basic concepts of pharmacology/pharmacokinetics
• Identify common bioengineering approaches
• Differentiate drug-based strategies (nutraceuticals, metabolic therapies, pharmacological interventions)
• Describe the application of novel bioengineering methods (3D printing, organoids, ECM)
• Evaluate potential applications as well as ethical and regulatory aspects
• Convey results and bioengineering concepts in writing and presentations

What the module consists of

• LectureConveying core concepts and foundations through weekly presentations
• SeminarDiscussion of practical applications, analysis of current research papers and student presentations
• Interactive exercises/quizzesDeepen concepts and ensure immediate feedback

Teaching method

• Presentation with PowerPointIntroduction and explanation of core topics
• Seminars with discussionsApplication to case studies and promotion of critical engagement
• Think-pair-share, inverted classroom, brainstormingEncouraging active participation and collaborative learning
• Critical reading and presentation of original worksPromotion of literature research, scientific appraisal, and communication skills
• Visual materials (samples, images, videos), Blackboard tasksSupport of practical relevance and consolidation of understanding