This course explores toxic substances in the environment, their impact on human and ecological health, and strategies for mitigating exposure risks through hygiene and preventive measures.

Students will learn the interconnectedness of soil health, human nutrition, and environmental sustainability, with a focus on regenerative agriculture and conservation strategies.

An in-depth study of ecosystems, biodiversity, and the principles of ecological balance, including how environmental changes impact plant and human health.

This course explores the transmission, prevention, and control of diseases spread by animals and insects, including Lyme disease, malaria, and zoonotic viruses.

A critical analysis of pollution sources, their effects on human and environmental health, and policy-based solutions for pollution control and public health protection.

An introduction to statistical methods in health and environmental sciences, covering data analysis, probability, and research methodology.

A continuation of Biostatistics I, focusing on advanced statistical techniques, epidemiological data analysis, and their applications in environmental health research.

This course explores ethical issues in environmental health, including sustainability, climate change, and the responsibility of businesses and governments in health protection.

A seminar-based course designed to enhance research skills, literature review, and critical analysis of current scientific studies in BioNatural Health Sciences students will deliver seminars.

Students explore the effects of xenobiotics (foreign chemicals in the body) on human health, along with natural detoxification processes and sustainability solutions.

A study of the human and environmental microbiome, its role in disease prevention, immunity, and how microbial health influences ecosystems.

A comprehensive research project that demonstrates mastery of BioNatural Health Sciences concepts. Students will conduct independent research, analyze findings, and present a thesis contributing to environmental health and plant sciences.

A study of plant diseases, their causes, and methods of prevention and management in agricultural and natural environments.

Explores the impact of pesticides on ecosystems, human health, and sustainable alternatives for pest management.

An in-depth examination of soil biology, nutrient cycles, and their role in sustaining plant health and agricultural productivity.

A study of plant nutrient requirements, deficiency symptoms, and disease prevention strategies through soil and foliar applications.

A holistic approach to pest control using ecological solutions, including beneficial insects, biopesticides, and sustainable farming techniques.

• Program Flexibility: 100% online with interactive discussions, case studies, and research-based assignments.
• Career Pathways: Graduates can work in a wide range of plant and environmental health agencies, agriculture, public health organizations, and scientific research institutions.
• Curriculum Adjustments: BNHC reserves the right to update course content based on scientific advancements and student needs.