The Science in Natural Resource and Environmental Management doctoral program brings a broad scope of natural sciences and technologies to form deep researchers in the field of natural resource and environmental management. The program integrates the latest scientific concepts and methodologies to address the complex challenges faced in natural resource management and environmental conservation. Doctoral students in this research group develop a deep understanding of scientific principles and fundamental concepts in the fields of biology, chemistry, physics, geology and environmental science. They are given specialized training in experimental research, data analysis, and the development of models and theories relevant to natural resource management. In addition, the "Science" group emphasizes the application of cutting-edge technologies for environmental monitoring and modeling. Students learn to utilize technologies such as remote sensing, remote sensing, spatial data analysis, and artificial intelligence to gain in-depth information about the state of the natural environment and the impacts of human activities. Interdisciplinary collaboration and partnerships with research institutions, industries, and environmental organizations are important aspects of the program. Students are expected to contribute to interdisciplinary research projects that provide innovative and integrated solutions to pressing environmental issues.

The Agriculture in Natural Resources and Environmental Management doctoral program focuses on development and innovation in the agricultural sector that is sustainable and environmentally friendly. The program guides doctoral students in integrating agricultural science with environmental principles to achieve sustainability and ecosystem balance. Students in this scientific group study the principles of modern agriculture, the latest agricultural technologies, and sustainable farming systems. They explore environmentally friendly planting methods, land management, efficient water use, and improved pest and plant disease control strategies. In addition, this aspect of the discipline deepens knowledge of agroecology, organic farming, and agricultural practices that reduce negative impacts on the environment. Students also learn about food safety, food security, and equitable food distribution in the context of sustainability. Collaboration with agricultural industries, research institutions, and environmental organizations is an integral component in the development of student research. They are expected to engage in applied research and collaborative projects that aim to generate innovative solutions to global challenges such as climate change, biodiversity loss, and the food crisis.

Engineering in the Natural Resource and Environmental Management doctoral program focuses on the application of technology, engineering methodologies, and innovation in natural resource management and mitigation of environmental impacts. The program guides doctoral students in combining advanced engineering with sustainability principles to create effective and sustainable solutions. Students in this research group study various aspects of engineering, including waste management technology, water management, renewable energy, sustainable system design, and environmental monitoring and control technology. They develop an in-depth understanding of modern technologies and current methods that can be implemented to address climate change and environmental degradation. An important aspect of the program is the use of technologies such as sensors, geographic information systems (GIS), artificial intelligence, and mathematical modeling in optimizing the management of natural resources and the environment. Students also learn risk management, environmental impact evaluation, and strategies to mitigate environmental risks. Collaboration with engineering experts, environmental scientists and relevant stakeholders is an integral part of the doctoral student experience. Through these collaborations, they learn to design and develop integrated solutions that combine engineering aspects with sustainability, ensuring the adoption of appropriate and effective technologies to improve environmental quality.

The Socio-Economic Culture in Natural Resources and Environmental Management doctoral program emphasizes the integration of social, economic, and cultural sciences in the context of natural resources and environmental management. The program combines an in-depth understanding of social structures, economic aspects, and cultural values to achieve environmental sustainability and harmony. Doctoral students in this research group study the socio-economic and cultural dynamics that influence decision-making related to natural resources and the environment. They understand the complex relationships between communities, governments and businesses, and how these dynamics influence management policies and practices. In addition, cultural aspects are an important focus, where students understand the values, norms and traditions that shape human relationships with nature. They study community participation, equity and social inclusion in environmental decision-making. The program encourages economic analysis of natural resource and environmental management by considering social and cultural factors. Students understand environmental economics, behavioral economic theory, and market mechanisms relevant to sustainability.

The Law and Public Health in Natural Resource and Environmental Management doctoral program has a primary focus on the analysis and application of law and public health policy in the context of natural resource and environmental management. The program combines legal, ethical, and public health aspects to achieve sustainable management and promote social welfare. Doctoral students in this discipline understand the legal systems that govern natural resource and environmental management. They study environmental regulations, international law, environmental law, and relevant public policies. This in-depth understanding of regulations helps them design and evaluate policies that address environmental challenges. The public health aspect is an important focus, where students understand the relationship between the environment and human health. They study the impact of the environment on health and strategies to prevent disease and improve public health through wise management of natural resources.