Aim
The Bio-Nano Revolution: Understanding Core Concepts and Basics introduces the foundations of bio-nanotechnology, explaining how nanoscale materials interact with biological systems and enable advances in healthcare, diagnostics, and bio-inspired technologies.
Program Objectives
- Foundations: core principles of nanotechnology and biology integration.
- Nanoscale Effects: size, surface area, and interface behavior.
- Bio–Nano Interactions: cellular uptake, protein corona, biocompatibility.
- Nanomaterials: metals, polymers, lipids, carbon-based systems.
- Characterization: size, charge, structure, and surface analysis basics.
- Applications: drug delivery, biosensing, imaging, antimicrobial systems.
- Safety: nanotoxicology and ethical considerations.
- Capstone: design a basic bio-nano application concept.
Program Structure
Module 1: Introduction to Bio-Nanotechnology
- What bio-nanotechnology is and why it matters.
- Scale comparison: molecules to cells.
- Historical milestones and current trends.
- Key challenges and opportunities.
Module 2: Nanoscale Concepts for Biological Systems
- Size-dependent properties.
- Surface chemistry and reactivity.
- Colloidal behavior in biological media.
- Stability and aggregation basics.
Module 3: Core Bio-Nano Materials
- Metal and metal oxide nanoparticles.
- Polymeric nanoparticles and hydrogels.
- Lipid nanoparticles and nanoemulsions.
- Carbon-based nanomaterials.
Module 4: Nano–Bio Interactions
- Protein corona formation.
- Cell membrane interaction and uptake.
- Biocompatibility and toxicity concepts.
- Factors affecting biological response.
Module 5: Surface Functionalization and Targeting
- Ligands and surface modification basics.
- Targeting strategies (passive and active).
- Controlled release concepts.
- Stability enhancement methods.
Module 6: Characterization Techniques
- Particle size and charge measurement.
- Microscopy for morphology.
- Spectroscopy for surface chemistry.
- Interpreting basic characterization data.
Module 7: Applications in Health and Industry
- Drug delivery systems.
- Biosensors and diagnostics.
- Imaging and contrast agents.
- Antimicrobial coatings and materials.
Module 8: Safety, Ethics, and Translation
- Nanotoxicology basics.
- Regulatory awareness.
- Responsible research and communication.
- Future directions in bio-nanotechnology.
Final Project
- Select a biological problem and propose a nano-based solution.
- Deliverables: material choice + interaction mechanism + application rationale.
- Submit: bio-nano concept proposal.
Participant Eligibility
- Students and professionals in Biotechnology, Life Sciences, Pharmacy, Biomedical Engineering
- Beginners interested in bio-nanotechnology
- Basic biology and chemistry helpful
Program Outcomes
- Explain core bio-nano principles.
- Understand nano–bio interactions.
- Identify suitable nanomaterials for biological use.
- Create a basic bio-nano application plan.
Program Deliverables
- e-LMS Access: lessons, readings, case examples.
- Toolkit: concept sheets, material-selection guide, project template.
- Assessment: certification after project submission.
- e-Certification and e-Marksheet: digital credentials.
Future Career Prospects
- Bio-Nanotechnology Research Assistant
- Nanomedicine Trainee
- Biomedical Materials Associate
- R&D Lab Assistant
Job Opportunities
- Biotech & Pharma: nanomedicine and formulation teams.
- Research Labs: bio-nano materials development.
- Healthcare Industry: diagnostics and medical devices.
- Startups: bio-nano product development roles.








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