About the Course
Bionanotechnology leverages nanoscale materials to address critical challenges in medicine. Participants gain insights into nanoscale interactions with biological systems, nano-platforms for diagnostics and therapy, drug delivery systems, antimicrobial strategies, and tissue engineering approaches. The course combines theoretical concepts with hands-on, project-based learning to create a portfolio-ready biomedical innovation project.
Why This Course Matters
Medical innovations increasingly rely on nanoscale engineering to:
- Enhance diagnostic sensitivity and specificity using nanosensors
- Develop targeted drug delivery systems for oncology, infection, or inflammation
- Improve imaging with nano-contrast agents and theranostic approaches
- Reduce infection risks using nano-antimicrobials and advanced coatings
- Support regenerative medicine with nanofibers, hydrogels, and 3D-printed scaffolds
What Participants Will Learn
- Fundamentals of nano–bio interactions and platform design
- Design and development of targeted drug delivery systems
- Nano-based antimicrobials, wound care solutions, and biofilm control
- Tissue engineering and regenerative medicine applications
- Translating nanotechnologies to clinical or commercial products
- Create a capstone bionanotechnology project addressing a real medical challenge
Course Structure
Module 1 — Foundations of Bionanotechnology
- Nanoscale relevance in biology and medicine
- Protein corona, immune interactions, and stability
- Common platforms: liposomes, LNPs, polymer nanoparticles, metal/oxide nanoparticles
- Design principles: specificity, safety, reproducibility
Module 2 — Nano-Enabled Diagnostics
- Nanosensors and biosensing fundamentals
- Electrochemical and optical detection
- Point-of-care testing and biomarker detection
- Performance metrics: sensitivity, specificity, limit of detection
Module 3 — Imaging and Theranostics
- Nano-contrast agents for imaging
- Targeted and multiplex detection
- Theranostics: integrating imaging with therapy
- Dose, stability, and clearance considerations
Final Project
- Select a medical problem: diagnostics, therapy, antimicrobial, or regeneration
- Deliverables: platform choice, design rationale, testing plan, safety checklist, short report
- Submit a complete biomedical innovation dossier
Tools, Techniques, and Platforms Covered
- Nanocarrier design and optimization
- Nano-imaging and theranostic systems
- Biosensor and point-of-care platforms
- Safety and biocompatibility assessment
Who Should Attend
- Students/professionals in biotechnology, biomedical engineering, pharmacy, or nanotechnology
- Researchers in biomaterials, drug delivery, or diagnostics
- Professionals interested in medical nanotechnology applications
Frequently Asked Questions
Who can benefit from this course?
Biotechnology students, biomedical engineers, pharmacy professionals, and nanotechnology researchers.Does the course include hands-on experience?
Yes. Simulations, case studies, and a final biomedical innovation project are included.
Biotechnology students, biomedical engineers, pharmacy professionals, and nanotechnology researchers.Does the course include hands-on experience?
Yes. Simulations, case studies, and a final biomedical innovation project are included.
Do I need prior experience with nanotechnology?
No, basic biology and chemistry knowledge is sufficient.
Will I learn about regulatory considerations?
Yes, the course covers safety, biocompatibility, and regulatory basics for medical nanotechnologies.
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