NanoBioTech Program: Integrating Biosensors and Nanotechnology for Advanced Diagnostics

The aim of this program is to provide participants with a comprehensive understanding of how nanomaterials and biosensor technologies can be integrated to develop sensitive, selective, and clinically relevant diagnostic platforms.

• Understand core biosensor principles, components, and working mechanisms.
• Explore nanotechnology approaches to improve biosensor sensitivity, selectivity, and stability.
• Select suitable nanomaterials for biosensing and diagnostic applications.
• Learn biosensor fabrication, functionalization, and electrochemical sensing methods.
• Evaluate key performance parameters such as LOD, sensitivity, response time, and reproducibility.
• Gain exposure to characterization techniques including SEM and TEM.
• Use MATLAB, Python, and LabVIEW for biosensor data analysis.
• Explore applications in diagnostics, biomarker detection, point-of-care testing, and precision healthcare.
• Understand biosafety, regulatory, ethical, and translational considerations.

Module 1: Introduction to Biosensors and Nanotechnology

• Understand basics of biosensors and their diverse applications
• Explore fundamental principles of nanotechnology in diagnostics
• Identify nanomaterials and their unique properties for sensor design

Module 2: Biosensor Fabrication and Applications

• Apply fabrication techniques to construct functional biosensors
• Integrate nanomaterials to boost sensor performance
• Examine real‑world diagnostic applications and future trends

Module 3: Advanced Concepts and Ethical Considerations

• Investigate cutting‑edge nano‑diagnostic developments
• Discuss ethical, regulatory, and safety aspects
• Strategize translational pathways from lab to market

• Industry‑recognised e‑Certification + e‑Marksheet from NSTC
• Hands‑on training with practical projects and industrial datasets
• Dedicated expert mentorship and doubt resolution

Prerequisites: basic understanding of chemistry/biology and familiarity with laboratory practices.

• Understand the principles and components of nano-enabled biosensors.
• Select suitable nanomaterials for diagnostic applications.
• Design and evaluate biosensor platforms for improved sensitivity and selectivity.
• Interpret key performance parameters such as LOD, response time, and reproducibility.
• Gain exposure to biosensor fabrication, functionalization, and characterization techniques.
• Use computational tools for biosensor data analysis and interpretation.
• Apply nanobiosensor concepts to biomarker detection, point-of-care diagnostics, and precision healthcare.
• Understand key biosafety, regulatory, and translational considerations.