BS in Environmental Science

The BS in Environmental Science provides students with a strong foundation for understanding and addressing contemporary environmental challenges, including climate change and other human impacts. The program develops scientific knowledge, critical thinking, and analytical, practical, technological, and research skills, preparing graduates for careers in environmental assessment, protection, conservation, sustainable solutions, and for postgraduate study.

The program focuses on natural systems, their functions, and their interactions with human societies. Students learn to analyze environmental problems using laboratory, field, geospatial, statistical, and social science methods. Experiential learning is central to the program, through laboratory work, field trips, and a dedicated Field Course involving intensive fieldwork and in-situ research.

Program Goals and Competencies

The program aims to:

• Provide knowledge of natural systems and their role in supporting life and human activities.

• Develop critical understanding of human-environment interactions and environmental challenges.

• Equip students with analytical and technological tools for solving environmental problems.

• Build practical, professional, and transferable skills for employment, research, and further study.

Graduates will be able to:

• Explain key environmental concepts, principles, and theories.
• Use laboratory, field, GIS, statistical, and social science methods.
• Critically evaluate environmental research and data.
• Apply sustainability principles and quantitative tools to real-world problems.
• Participate in research across environmental science fields.

Learning Outcomes and Skills

Upon completion, students will understand:

• Core concepts in natural and social sciences.
• The structure and function of natural systems.
• The social, economic, political, health, and ecological impacts of environmental issues.
• Mitigation and adaptation strategies.
• Sustainability and sustainable development.
• Mathematics, statistics, GIS, data analysis, and research methods.
• Specialized areas such as natural resource management, conservation, climate change, biodiversity, environmental policy, law, and management.

Students will develop the ability to:

• Recognize ethical and professional issues.
• Collect, analyze, and evaluate environmental data.
• Assess evidence and design solutions.
• Use laboratory and field equipment safely.
• Apply analytical and spatial methods.
• Plan, conduct, and present independent projects.
• Communicate effectively in written, oral, and visual forms.
• Work effectively in teams.
• Conduct independent research, study, and self-evaluation.

The interdisciplinary nature of Environmental Sciences degree offers a large number of career opportunities. The graduates of this degree can follow careers as environmental scientists, consultants, educators, and management specialists. More specifically, they may work in: consulting firms and companies performing environmental studies; private companies such as corporations, banks, market research companies, colleges and universities in the areas of environmental planning (e.g. on air quality, land-use, recreation, transportation, water resources, climate change mitigation and adaptation; conservation); environmental performance assessment (e.g. ESG reporting); internal audits; policy and quality assessments; media; nongovernmental organizations in the areas of environmental education and communication (journalism, advertising), and environmental management (water quality management, air quality management, solid and hazardous waste management, land and water conservation, ecosystem and wildlife management); research centers and academic institutions, in environmental research; protected areas as environmental experts, environmental educators or eco-tour guides; and in international posts (e.g. in EU environmental programs) in all of the above areas. 

Environmental Science graduates can follow post-graduate studies in different fields, ranging from ecology and conservation, to environmental toxicology, water quality management, environmental economics and policy. In addition to the gained expertise, the employability skills of students are enhanced through projects within the framework of several courses, including the capstone course, the field course, the internship course and other internship programs. 

Furthermore, the Program strongly supports internships and supervised work experience. Internship opportunities provide practical, work-based learning in environmental organizations and industries, with academic credit awarded based on hours completed and learning outcomes achieved. Students receive guidance from Internship Supervisors and Career Services, including support with placements, CV preparation, interviews, and professional development. 

The BS in Environmental Science is designed for students who are passionate about understanding the natural world and creating sustainable solutions to global environmental challenges. This major is ideal for individuals who are curious, analytical, and motivated to make a meaningful impact on society through science, innovation, and leadership. Students who enjoy problem-solving, research, and hands-on learning will thrive in this interdisciplinary program. The curriculum combines environmental science with data analysis, technology, communication, and policy, preparing graduates to address complex environmental issues such as climate change, biodiversity loss, water management, and sustainable urban development. 

The program is particularly suited for students interested in leadership and entrepreneurship within the growing global sustainability sector. Through collaborative projects, laboratory work, field studies, and internships, students develop the confidence and professional skills needed to lead environmental initiatives, work with international organizations, or launch innovative sustainability-focused ventures. 

A strong emphasis is also placed on analytics and evidence-based decision-making. Students learn how to collect, interpret, and communicate scientific data effectively using modern environmental tools, technologies, and environmental data science applications. 

In addition, the major prepares students for careers in increasingly interconnected global markets where environmental responsibility and sustainable business practices are becoming essential. Strong communication skills are developed through presentations, teamwork, research projects, and community engagement activities, enabling graduates to communicate scientific ideas clearly to diverse audiences. 

Overall, this major is an excellent choice for students who want to combine scientific knowledge, innovation, leadership, and global awareness to contribute to a more sustainable future. 

Liberal Education Curriculum

As a required component of all undergraduate degree programs, the Liberal Education Curriculum provides students with a broad interdisciplinary foundation that complements their major while developing essential academic, professional, and lifelong learning skills.

Environmental Science Curriculum

Students develop a broad understanding of environmental systems and contemporary sustainability challenges by drawing on knowledge from the natural, social, and technological sciences. The program combines scientific theory with practical application, helping students strengthen their research, analytical, problem-solving, technical, communication, and ethical decision-making skills for careers in environmental science and related fields.

The Liberal Education courses included in each program of study are taught by members of the Liberal Education faculty, who support the full range of relevant courses across all programs.