Dr. Amogh G Nair, Ph.D

Immuno-Oncology & Stem Cell Scientist | Antibody Engineering & AI-Driven Drug Discovery | Regulatory Affairs & Translational Research Expert | 15+ Years in Academia & Industry | Merck-MITACS and Lonza-Trained

Hello everyone, I am Dr. Amogh G Nair, a scientist-educator with over 15 years of experience at the intersection of cutting-edge biology and real-world drug development—from discovery to IND-enabling studies, clinical trial design, and early market access. Trained in both academic rigor and industry precision, I specialize in therapeutic antibody engineering, immuno-oncology, stem cell technologies, AI-enhanced drug discovery, and regulatory strategy.

My professional journey has taken me from GMP-driven cell line development at Lonza to CRISPR-edited iPSC models at the University of Sheffield, and from multi-specific antibody development in clinical-stage oncology programs to regulatory interactions with global health authorities.

Areas of Expertise:

Antibody Engineering (hybridoma, bi-specifics, ADCs, CAR-T)

Stem Cells & Organoids (hESCs, iPSCs, CRISPR/TALEN, disease modeling)

Immuno-Oncology (tumor biology, MOA studies, biomarker integration)

AI in Drug Discovery (epitope prediction, HT screening, lead optimization)

Regulatory Affairs (preclinical strategy, IND packages, trial design, market access)

As Your Instructor, I Offer:

Clarity & Context – I break down complex topics into actionable insights for biotech, clinical, and regulatory learners.

Real-World Relevance – Every concept connects to current therapeutics, real drug programs, and actual regulatory decisions.

Career-Ready Knowledge – Whether you are transitioning from academia or upskilling in biotech, I teach with the mindset of industry readiness.

Featured Course Topics:

Antibody Engineering for Oncology and Cardio-metabolic diseases (GLP-1, GIP, GCGR) – structure, function, platforms, clinical relevance

CAR-T & Biologics – core concepts, applications, safety, and scalability

AI & Drug Discovery – predictive tools, pipeline acceleration, integration with wet-lab research

Stem Cell Biology in Medicine – iPSC technologies, Organoids, “clinical trials in a dish” and AI integration.

Regulatory Pathways – how therapeutics move from bench to bedside

Outside the lab, I am a dedicated trail runner and culinary explorer—both of which teach the same lesson I bring into the classroom: exploration, precision, patience, and purpose.

If you are seeking an instructor who brings deep scientific knowledge, cross-functional experience, and a passion for clear, impactful teaching, you are in the right place.

Go ahead, learn the skills and explore.