Vaccinology: Science, Innovation, and Global Impact
Empowering Innovators for Tomorrow’s Vaccines
Early access to e-LMS included
About This Course
The program offers an in-depth exploration of the principles and practices underlying vaccine development. It covers the history of vaccines, the biological and immunological foundations of vaccination, modern techniques in vaccine design and production, and the challenges of bringing vaccines to market.
Aim
The primary aim of this program is to provide participants with a thorough understanding of the vaccine development process, including the scientific, regulatory, and logistical aspects. The program seeks to prepare the next generation of scientists, researchers, and professionals to contribute to the creation of new and improved vaccines, ultimately enhancing global health outcomes.
Program Objectives
- To provide comprehensive knowledge of the immunological principles underlying vaccines.
- To explore the various stages of vaccine development, from antigen discovery to clinical testing.
- To familiarize participants with the latest technologies and methodologies in vaccine design and production.
- To discuss regulatory and ethical issues related to vaccine development and distribution.
- To offer practical training in laboratory techniques and data analysis relevant to vaccinology.
- To analyze case studies of successful and unsuccessful vaccine projects.
Program Structure
Month 1: Immunological Foundations and Vaccine Design
Week 1: Principles of Immunity in Vaccinology
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Innate and adaptive immune responses
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Antigen presentation and memory formation
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Types of immunity: active, passive, herd
Week 2: Types and Platforms of Vaccines
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Live attenuated, inactivated, subunit, toxoid, conjugate vaccines
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Recombinant and DNA/RNA-based vaccines
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Vector-based and peptide vaccines
Week 3: Antigen Discovery and Vaccine Design
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Epitope mapping and reverse vaccinology
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Use of AI in antigen prediction
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Bioinformatics databases (IEDB, Vaxign)
Week 4: Adjuvants and Formulation Technologies
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Common adjuvants: Alum, AS01, MF59, CpG
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Role of nanotechnology in vaccine delivery
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Stability, storage, and thermostability challenges
📅 Month 2: Preclinical Research, Clinical Trials & Regulatory Frameworks
Week 5: Preclinical Testing and Model Systems
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Animal models in immunogenicity and safety assessment
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Immunoassays: ELISA, neutralization tests, cytokine profiling
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Toxicology and biodistribution
Week 6: Clinical Trial Phases and Design
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Phase I–IV vaccine trial structure
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Placebo controls, blinding, and trial randomization
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Trial endpoints: safety, efficacy, immunogenicity
Week 7: Global Regulatory Pathways
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WHO prequalification and Emergency Use Authorization (EUA)
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FDA, EMA, DCGI/CDSCO roles
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Good Clinical Practice (GCP), GMP, and vaccine approval process
Week 8: Pharmacovigilance and Post-marketing Surveillance
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AEFI monitoring and signal detection
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Risk-benefit analysis and vaccine recall protocols
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Reporting systems: VAERS, VigiBase, e-reporting platforms
📅 Month 3: Ethics, Innovation and Future of Vaccinology
Week 9: Ethical Considerations in Vaccine Development
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Informed consent and community engagement
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Testing in vulnerable populations
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Ethics of placebo use and global access equity
Week 10: AI and Deep Tech in Vaccine R&D
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Machine learning for epitope prediction and immune profiling
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Computational vaccinology and predictive models
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Blockchain and cloud systems in trial data management
Week 11: Novel Technologies and Global Case Studies
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mRNA vaccines: Moderna, Pfizer platforms
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Viral vector vaccines: AstraZeneca, J&J
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Lessons from COVID-19 and emerging disease threats
Week 12: Future Prospects in Vaccine Innovation
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Universal vaccines and pan-pathogen approaches
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Personalized cancer vaccines
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3D bioprinting, oral/mucosal vaccines, and synthetic biology
Who Should Enrol?
- Graduate students in biological sciences, biotechnology, medicine, and related fields.
- Researchers and professionals working in pharmaceuticals, biotechnology, and public health.
- Individuals with a strong interest in vaccine development and a background in relevant disciplines.
Program Outcomes
- Have a solid understanding of the biological and technical aspects of vaccine development.
- Be equipped with practical skills in laboratory techniques and data analysis.
- Understand the regulatory frameworks governing vaccine approval and distribution.
- Be able to critically evaluate vaccine safety, efficacy, and market strategies.
- Be prepared to pursue advanced research or professional roles in vaccine development and public health.
Fee Structure
Standard: ₹14,998 | $258
Discounted: ₹7499 | $129
We accept 20+ global currencies. View list →
What You’ll Gain
- Full access to e-LMS
- Real-world dry lab projects
- 1:1 project guidance
- Publication opportunity
- Self-assessment & final exam
- e-Certificate & e-Marksheet
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