Topic 1: Introduction to Molecular Biomedical Engineering and Materials
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<br>Overview of the field and its significance
<br>Fundamentals of molecular biology, engineering principles, and materials science 
<br>in biomedical applications
<br>Topic 2: Biomaterials for Regenerative Medicine
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<br>Design and fabrication of biomaterials for tissue engineering and regeneration
<br>Scaffold-ba<x>sed approaches for guiding cell growth and differentiation
<br>Topic 3: Bioinspired Materials and Biocompatibility
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<br>Biomimetic approaches for materials design and fabrication
<br>Understanding biocompatibility and its importance in biomedical engineering
<br>Topic 4: Molecular Imaging and Diagnostics
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<br>Molecular probes and contrast agents for imaging techniques
<br>Advances in diagnostic tools and techniques for disease detection
<br>Topic  5: Drug Delivery Systems
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<br>Controlled release systems for targeted drug delivery
<br>Nano- and microscale carriers for therapeutic applications
<br>Topic 6: Bioelectronics and Biosensors
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<br>Integration of biological components with electronic systems
<br>Development of biosensors for healthcare monitoring and diagnostics
<br>Topic  7: Biomechanics and Biomimetic Engineering
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<br>Study of biological systems and their engineering applications
<br>Bio-inspired design principles for developing advanced medical devices
<br>Topic  8: Invited Speaker Presentations
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<br>Various experts from academia and industry will be invited to share their 
<br>research and insights in specific areas of Molecular Biomedical Engineering and 
<br>Materials.
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