Doctor of Environmental Engineering (PhD)
The program offers a structured curriculum tailored to each candidate’s research interests and specific professional objectives. The primary lines of inquiry encompass advanced technologies for drinking water and wastewater treatment, surface water and groundwater hydrology, sustainable water supply for remote and underserved communities, chemical reaction engineering with environmental applications, and environmental systems modeling with an emphasis on data analytics.
Program Objectives
The central purpose of the AFU PhD in Environmental Engineering is the formation of scholars of the highest caliber researchers capable of designing, executing, and leading high-impact projects oriented toward sustainable development at local, regional, and international scales. Upon successful completion of the program, graduates will have developed competencies across the following dimensions:
Advanced Research: Design and execution of original research with meaningful contributions to the global body of knowledge in environmental engineering.
Environmental Policy Leadership: Critical analysis, formulation, and evaluation of public policies and regulatory frameworks governing environmental systems at national and international levels.
Technological Innovation: Development and implementation of clean technologies, environmental management systems, and circular economy solutions in response to contemporary challenges.
Natural Resource Stewardship: Planning and management of water resources, soils, biodiversity, and atmospheric conditions in alignment with the principles of sustainable development.
Scholarly Dissemination: Production of peer-reviewed publications in journals indexed in Scopus or Web of Science, contributing validated knowledge to the international scientific community.
Teaching and Community Engagement: Translation of specialized expertise into positive societal impact through outreach, interdisciplinary collaboration, and academic mentorship.
Career Pathways
Program graduates are prepared to pursue advanced careers across a broad spectrum of sectors, including professional practice in environmental engineering within government agencies, non-governmental organizations, consulting firms, and extractive and manufacturing industries; sustainability planning, systems design, and infrastructure development; environmental and climate policy formulation and analysis; design of management systems and environmental information platforms; and regulatory, environmental, social, and risk impact assessments.
Graduation Requirements
To be awarded the degree of Doctor of Environmental Engineering, candidates must satisfy all of the following requirements:
Formación académica: Completar satisfactoriamente 120 horas de crédito doctoral con un promedio general mínimo de 3.5 en una escala de 5.0.
- Dissertation Defense: Present and defend the doctoral dissertation before an interdisciplinary examining committee and obtain its formal approval.
- Peer-Reviewed Publication: Author or co-author at least one scientific article accepted for publication in a journal indexed in Scopus or Web of Science.
- Academic English Proficiency: Demonstrate academic English proficiency at a minimum B2 level in accordance with the Common European Framework of Reference for Languages (CEFR).
- International Academic Participation: Attend and actively participate in at least one international academic event, such as a congress, symposium, or scholarly conference.
- Administrative Compliance: Fulfill all administrative and financial obligations established by AFU Educational Group.
PLAN DE ESTUDIOS DETALLADO / DETAILED CURRICULUM PLAN