Vaccine Development

After completing the course, students should have knowledge and competencies across scientific, clinical, regulatory and implementation domains. In particular they should be able to:

Knowledge:

• Explain the fundamentals of innate and adaptive immunity and describe how vaccines stimulate immune response
• Understand correlates of protection and immunological memory
• Understand and compare different vaccine platforms (e.g. live-attenuated, inactivated, subunit, viral vectors, mRNA)
• Explain antigen selection, adjuvant use, and formulation strategies
• Understand preclinical testing models and their role in translational research
• Outline the phases of clinical trials
• Describe good manufacturing practice (GMP) principles
• Explain scale-up, stability and quality assurance process
• Recognize challenges in vaccine production and distribution
• Understand regulatory pathways for vaccine approval
• Describe pharmacovigilance and postmarketing surveillance
• Explain the role of intellectual property, patent law, and global regulatory agencies
• Understand ethical considerations in vaccine trials and deployment
• Understand safety monitoring and risk-benefit analysis
• Appreciate global health initiatives and access challenges

Skills:

Students should leave the course with an integrated understanding of how vaccines move from basic immunological discovery to global public health implementation, and be equipped to critically engage with scientific, clinical and policy discussions in the field.

Students should be able to get engaged thoroughly and competently in research, clinical development, regulatory affairs and public health initiatives related to vaccine development. After completing the course students should have developed the following skills:

• Critical analysis skills – ability to evaluate scientific literature, interpret immunological and clinical data, assess vaccine efficacy and safety
• Translation thinking - ability to connect basic immunological mechanisms to vaccine design and clinical application
• Research literacy – understand preclinical models, clinical trials design, and data interpretation
• Regulatory awareness – ability to navigate through regulatory networks, ethical considerations, and intellectual property issues related to vaccine development
• Risk-benefit assessment – ability to weigh safety, effectiveness, and public health implications
• Scientific communication – ability to clearly communicate vaccine-related concepts to scientific and non-specialist audiences.
• Problem solving skills – capacity to analyze real-world challenges in vaccine development, approval, and implementation

Competences:

• The students should be able to come up with a conceivable plan for a specific vaccine development project.
• The students will be equipped with comprehensive understanding of vaccine science including principles of immunology, vaccine development, manufacturing, safety, and efficacy in order to prepare them to contribute effectively to immunization programs, research, public health policy, and disease prevention.
• The students will be capable to participate in cross disciplinary teams, with researchers working both in academia and industry, and critically discuss vaccine development projects.