
The Master of Engineering in Environmental Engineering at University of Duke offers a structured and research-informed approach to understanding environmental systems, sustainable technologies, and modern engineering solutions. The program provides students with the technical foundation needed to analyze environmental challenges, evaluate engineering processes, and design systems that protect natural resources. Through coursework grounded in scientific principles and practical applications, learners gain experience in areas such as water treatment, air quality management, environmental data analysis, and ecological assessment, supported by a curriculum that encourages precision, innovation, evaluation, and problem-solving.
Across the one-year study, students benefit from access to advanced laboratories, interdisciplinary research opportunities, and faculty guidance focused on applied engineering practice. The program emphasizes the development of professional skills such as technical communication, project planning, and environmental risk assessment while offering opportunities to explore specialized interests. This academic environment helps learners understand how engineering decisions impact ecosystems and human health, fostering the ability to make responsible, data-driven, integrated, and methodical judgments in real-world environmental scenarios.
• Semester 1 – Core Environmental Engineering Principles
• Semester 2 – Applied Engineering & Professional Practice
Graduates of this program can pursue impactful roles across government agencies, environmental consulting firms, engineering companies, and research institutions, where expertise in environmental protection and sustainable technologies is essential. Many work in positions involving water treatment system design, environmental compliance, pollution monitoring, sustainability planning, and ecological risk evaluation. Others contribute to projects in renewable energy, infrastructure development, climate adaptation, or environmental health, applying technical knowledge to address real-world challenges. The program’s emphasis on analytical thinking, engineering principles, and applied research prepares graduates for responsibilities that require strong technical judgment and the ability to design solutions that balance environmental, economic, and societal needs.
Students select this program for its practical engineering focus, interdisciplinary methodological approach, and faculty known for advanced technical expertise that strengthens professional development. The curriculum integrates hands-on laboratory work, data-driven analysis, and exposure to emerging environmental technologies, giving learners the tools to approach complex engineering problems with confidence. This structure encourages students to refine their design abilities, deepen their scientific understanding, and build a solid professional foundation that supports long-term career advancement. By providing access to modern facilities, applied research projects, and industry-relevant coursework, the program offers a strong pathway for those seeking to contribute to sustainable environmental solutions.
For further information, please contact the admissions office at:
Phone: +1 (919) 684-8111
Email: admissions@duke.edu
Address: University of Duke, Durham, North Carolina, United States