AI-Driven Nanomedicine and Biosensing: Enhancing Cancer Detection and Targeted Therapy

Aim

Course Objectives

Syllabus

Module 1 – Foundations of AI in Nanomedicine & Cancer Detection

• Overview of Personalized Medicine and Nanotechnology in Targeted Therapy
• Introduction to precision medicine and the role of nanotechnology in cancer treatment.
• The importance of nanomaterials in enhancing sensitivity, specificity, and drug delivery.
• AI Algorithms for Patient-Specific Nanomedicine Optimization
• AI-driven approaches to optimizing drug delivery and patient-specific treatment strategies.
• AI in Tumor-Specific Nanomedicine Design
• Introduction to AI models predicting tumor microenvironment interactions with nanoparticles.
• Case study: AI in optimizing nanoparticle biodistribution in personalized cancer therapy.
• Data Sources for AI in Cancer Diagnostics and Treatment
• Identifying and using datasets for tumor identification and therapy optimization.

Module 2 – Designing AI-Integrated Diagnostic and Therapeutic Systems

• AI Techniques for Tumor-Specific Diagnostics and Treatment
• Machine learning models for biomarker-driven therapy selection.
• Demonstration: Using AI to optimize drug delivery for specific cancer types.
• AI Applications in Biosensor Data Interpretation
• Fundamentals of biosensors (optical, electrochemical, plasmonic) for cancer diagnostics.
• Real-world case studies from cancer diagnostics using AI-powered biosensors.
• Sensor Signal Acquisition, Preprocessing, and Data Classification
• AI/ML algorithms for signal classification and anomaly detection in cancer diagnostics.
• Challenges in Integrating AI Models into Biosensing Hardware for Nanomedicine
• Discussion on hardware challenges and clinical translation of AI-integrated diagnostic systems.

Module 3 – Clinical, Commercial, and Ethical Considerations

• AI-Driven Biosensing in Point-of-Care and Remote Diagnostics
• Deployment of AI-powered biosensors for real-time cancer diagnostics.
• Remote monitoring using IoT and AI-enabled sensors in cancer care.
• Ethical Considerations in AI-Driven Nanomedicine
• Addressing ethical issues surrounding AI in cancer treatment, personalized therapies, and biosensors.
• Regulatory Challenges in Commercializing AI-Powered Nanomedicine and Diagnostics
• Overview of the regulatory landscape for AI applications in cancer care and biosensing technologies.
• Capstone Discussion: Designing a Prototype for an AI-Driven Nanomedicine System
• Group discussion and prototype design: AI-powered biosensor-nanomedicine system for personalized healthcare.

Who Should Enrol?

Course Outcomes