Science in the Natural Resources and Environmental Management master's program is a key foundation for understanding natural phenomena, ecosystem processes, and the behavior of materials in complex environments. Through scientific methods, the group researches and analyzes environmental changes and builds sustainable strategies for natural resource management. In this research group, students learn the theory and practice of science related to aspects of environmental sustainability, conservation, climate change adaptation, and ecosystem restoration efforts. They utilize advanced tools and technologies to collect, analyze, and interpret data related to the environment, natural resources, and human impacts. A deep understanding of science in an environmental context helps students develop policies, conduct environmental impact evaluations, and design sustainable solutions. They also gain the skills to collaborate with multidisciplinary experts and formulate policies that integrate scientific, social, and economic aspects.

Agriculture in the Natural Resources and Environmental Management master's program is the main focus in understanding the relationship between agriculture, environment, and sustainability. The program integrates modern agricultural science with sustainability principles to develop strategies that ensure a balance between agricultural productivity, environmental sustainability, and social welfare. Students in this discipline study agricultural practices that are environmentally friendly, efficient in resource utilization, and economically sustainable. They explore modern agricultural technology, land management, water use, waste management, and the wise handling of pesticides to reduce negative impacts on the environment. In addition, this aspect of science enables students to understand the social and economic dynamics associated with agriculture, including food distribution, food safety, and empowerment of agricultural communities. They learn to apply innovative approaches and science-based solutions to global challenges such as climate change, biodiversity loss, and food security. The "Agriculture" research group also emphasizes collaboration with relevant stakeholders, such as farmers, governments, and non-governmental organizations, to design policies that benefit all parties and support the sustainable management of natural resources.

The engineering in Natural Resources and Environmental Management master's program addresses the integration of technology and engineering principles in natural resources and environmental management. The main focus is on developing innovative and effective solutions to address increasingly complex environmental challenges. Students in this group study the application of modern technologies, such as sensors, geographic information systems, and artificial intelligence, to monitor and analyze environmental conditions and natural resources. They also understand techniques that support efficient use of energy, waste management, water management, and mitigation of environmental impacts. In addition, this aspect of the discipline equips students with skills in designing, developing, and implementing data-driven engineering solutions to maximize the productivity and efficiency of natural resources. Students are also taught to consider social, economic, and sustainability aspects in every engineering action they take. Collaboration with engineers, scientists, and relevant stakeholders, including government and industry, is an important focus in the development of integrated and powerful solutions. This provides a comprehensive understanding of how technology and engineering can support efforts to maintain ecosystem balance and ensure the sustainability of natural resources.

The Socio-Economic Culture in Natural Resources and Environmental Management master program focuses on an in-depth understanding of the important role of social, economic, and cultural factors in natural resources and environmental management. This program aims to achieve a balance between economic aspects, social justice, and environmental sustainability. Students in this discipline learn the theories and methods of socio-economic analysis related to natural resource management. They identify social and economic factors that influence decision-making related to natural resources and explore them to formulate appropriate management strategies. In addition, cultural aspects are also a major concern, where students understand the various cultural values, norms, and practices that influence human relationships with the environment. This helps them craft culturally sensitive approaches and integrate local perspectives in management policies and actions. Students are taught to collaborate with local communities, governments, non-governmental organizations, and the private sector to promote public participation and support equitable and sustainable policy implementation. They also learn conflict management, negotiation, and advocacy to reach a consensus that benefits all concerned parties.

The Law and Public Health in Natural Resources and Environmental Management master program addresses the critical role of law and public health in natural resources and environmental management. The program integrates environmental law, public health policy, and ethics in the context of sustainability. Students in this scholarly group study the legal framework governing natural resources and environmental management and its impact on public health. They understand regulations, international agreements, and national laws related to environmental sustainability, climate change mitigation, waste management, and biodiversity protection. In addition, the public health aspect refers to research and implementation of policies that promote public health and well-being in the context of a sustainable environment. Students study the impact of the environment on human health, including air pollution, water pollution, and climate change, as well as strategies to address these challenges. Students are also taught about ethics and social justice in an environmental context. They consider the ethical implications of policies and actions related to natural resources, promote equitable access to resources, and ensure the overall well-being of society.