Next-Generation Biologics: Viral Vectors, mRNA & Emerging Modalities

A practitioner-led program exploring next-generation therapeutic platforms, including viral vectors, mRNA technologies and emerging biologics modalities, with focus on development pathways, manufacturing complexity and strategic decision-making.

Course Summary

The biologics industry is rapidly expanding beyond conventional recombinant proteins and monoclonal antibodies into advanced therapeutic platforms such as viral vectors, mRNA therapeutics and other emerging modalities.

These technologies offer significant therapeutic opportunities but introduce unique challenges related to development complexity, manufacturing scalability, analytical characterisation, regulatory pathways and commercialisation.

This one-day program provides a structured understanding of next-generation biologics platforms and their strategic implications. Participants explore viral-vector development, mRNA therapeutics, platform comparison, technology-selection frameworks and business considerations.

The program combines scientific understanding with strategic decision-making, helping cross-functional leaders evaluate technology opportunities, assess risks and develop appropriate development strategies.

Who Should Attend

  • Biologics R&D Scientists
  • Advanced Therapy Development Teams
  • CMC Professionals
  • Process Development Scientists
  • MSAT Professionals
  • Manufacturing and Operations Teams
  • Regulatory Affairs Professionals
  • Pharma Strategy and Business Development Teams
  • Innovation and Portfolio Management Teams
  • Leaders evaluating emerging therapeutic platforms

Business Outcomes

Participants will be able to:

  • Understand the evolution of next-generation biologics platforms.
  • Evaluate the development complexity of viral vectors and mRNA technologies.
  • Identify manufacturing and scalability challenges across emerging modalities.
  • Compare therapeutic platforms using technical and commercial parameters.
  • Understand regulatory and CMC considerations influencing development strategy.
  • Assess partnership, platform-selection and investment decisions.
  • Improve cross-functional alignment between scientific and business teams.

Course Content

Emerging Modality Landscape
Strategic Importance of Emerging Modalities 3 Topics
Viral Vector Development and Manufacturing Strategy
Understanding Viral Vector Platforms 3 Topics
Viral Vector Production Process 4 Topics
Critical Quality and Process Considerations 4 Topics
Scale-Up Challenges 4 Topics
Case Exercise: Viral Vector Development Assessment 3 Topics
mRNA Therapeutics Development
Understanding mRNA Technology 3 Topics
Manufacturing Considerations 4 Topics
Analytical and Quality Considerations 4 Topics
Development Bottlenecks 4 Topics
Activity: mRNA Development Roadmap Exercise 2 Topics
Technology Comparison and Development Strategy
Comparing Therapeutic Platforms 4 Topics
Evaluation Parameters 5 Topics
Building a Modality Selection Matrix 4 Topics
Workshop: Technology Platform Selection Matrix 2 Topics
Integrated Strategic Case Study
Advanced Therapy Development Scenario 5 Topics
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Meet Your Instructor
Dr. Saxena is an experienced biopharmaceutical professional with expertise in biologics, cell line development, viral vectors, and mRNA therapeutics. He has held leadership roles at Pfizer, Sun Pharma, Syngene, and Lonza, leading scientific teams and biologics development programs. He is currently a Visiting Faculty at IIT Tirupati and holds a Ph.D. in Biochemistry and Molecular Biology, along with postgraduate qualifications in Intellectual Property Law.
₹150,000.00
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This course includes:
  • Lessons 22
  • Topics 86
  • Duration 1 Day
  • Quizzes 0
  • Language English
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