Gain a detailed understanding of the various methods of vector control, including mechanical, physical, environmental, biological, and chemical approaches, and their specific applications in public health

Understand the classification and formulation of insecticides, including their modes of action, proper usage, environmental and health implications inaddition to acquire the principles methods of entomological surveillance for tracking vector populations and assessing vector-borne disease risks.

Understand the principles , components of Integrated Vector Management (IVM), emphasizing the integration of multiple control methods for sustainable and effective vector control strategies. Develop knowledge of methods used to sample and identify vectors, including morphological and ecological identification techniques

Develop the ability to effectively implement mechanical, physical, environmental, biological, chemical control methods and Perform entomological surveillance activities, including vector sampling, population monitoring, and risk assessment for vector-borne diseases.

Gain the skills necessary to design, implement, evaluate Integrated Vector Management (IVM) programs by integrating multiple control strategies for sustainable vector control and develop the ability to diagnose potential vector-borne disease outbreaks and apply preventive measures to reduce their impact.

Critically evaluate the effectiveness of vector control strategies and suggest improvements based on scientific evidence , local context and enhance skills in documenting , communicating surveillance , control findings to stakeholders, including public health officials and community members.

Work collaboratively in a team, adopt ethical behavior and respect the role of staff and co-staff members regardless of degree or occupation.