Water Science

Water availability is a global challenge, and Mexico is no exception. The country is undergoing a rapid transformation in its water sector to address growing water scarcity, which already affects vast regions. This reform aims to regulate and reduce the overexploitation of water resources. Water pollution is another major issue, not only posing risks to human health and ecosystems but also reducing water availability. Contaminated water often cannot be reused or requires expensive treatment processes, further straining water resources. In this context, the PhD in Water Sciences brings together scientists and technologists from various disciplines to develop knowledge and technology for hydrological and water quality modeling, as well as advanced water treatment systems.

Study
Plan

Water Science

First Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
BIOLOGICAL PRINCIPLES DCG5022 48 48 6
FLUVIAL HYDRAULICS DCG5032 48 48 6
PHYSICOCHEMICAL PRINCIPLES DCG5012 48 48 6
SURFACE AND UNDERGROUND HYDROLOGY DCG5042 48 48 6
192 192 24

Water Science

Second Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
CONVENTIONAL WATER TREATMENT DCG5062 48 48 6
ENVIRONMENTAL HYDRAULICS DCG5082 48 48 6
EVALUATION OF ENVIRONMENTAL IMPACT DCG5052 48 48 6
PHYSICAL HYDROLOGY DCG5072 48 48 6
192 192 24

Water Science

Third Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
DISCIPLINARY EVALUATION * DCG5102 DCG5012
DCG5022
DCG5032
DCG5042
DCG5052
DCG5062
DCG5072
16 16 2
PROFESSIONAL RESPONSIBILITY SEMINAR * PTA5012 48 48 6
SELECT TOPICS * DCG5092 48 48 6
THESIS I * DCG5142 DCG5012
DCG5022
DCG5032
DCG5042
DCG5052
DCG5062
DCG5072
48 48 6
160 160 20

*Para cursar la asignatura DISCIPLINARY EVALUATION (Clave: DCG5102) es necesario haber acreditado previamente

  • PHYSICOCHEMICAL PRINCIPLES
  • BIOLOGICAL PRINCIPLES
  • FLUVIAL HYDRAULICS
  • SURFACE AND UNDERGROUND HYDROLOGY
  • EVALUATION OF ENVIRONMENTAL IMPACT
  • CONVENTIONAL WATER TREATMENT
  • PHYSICAL HYDROLOGY

*Para cursar la asignatura THESIS I (Clave: DCG5142) es necesario haber acreditado previamente

  • PHYSICOCHEMICAL PRINCIPLES
  • BIOLOGICAL PRINCIPLES
  • FLUVIAL HYDRAULICS
  • SURFACE AND UNDERGROUND HYDROLOGY
  • EVALUATION OF ENVIRONMENTAL IMPACT
  • CONVENTIONAL WATER TREATMENT
  • PHYSICAL HYDROLOGY

Water Science

Fourth Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
PREDOCTORAL EVALUATION * DCG5112 DCG5102
16 16 2
THESIS II * DCG5152 DCG5142
48 48 6
64 64 8

*Para cursar la asignatura PREDOCTORAL EVALUATION (Clave: DCG5112) es necesario haber acreditado previamente

  • DISCIPLINARY EVALUATION

*Para cursar la asignatura THESIS II (Clave: DCG5152) es necesario haber acreditado previamente

  • THESIS I

Water Science

Fifth Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
48 48 6
48 48 6
96 96 12

*Remite a ELECTIVAS para elegir una asignatura

Water Science

Sixth Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
RESEARCH SEMINAR I * DCG6042 DCG5082
DCG5092
PTA5012
DCG5112
DCG5152
48 48 6
THESIS III * DCG6092 DCG5082
DCG5092
PTA5012
DCG5112
DCG5152
48 48 6
96 96 12

*Para cursar la asignatura RESEARCH SEMINAR I (Clave: DCG6042) es necesario haber acreditado previamente

  • ENVIRONMENTAL HYDRAULICS
  • SELECT TOPICS
  • PROFESSIONAL RESPONSIBILITY SEMINAR
  • PREDOCTORAL EVALUATION
  • THESIS II

*Para cursar la asignatura THESIS III (Clave: DCG6092) es necesario haber acreditado previamente

  • ENVIRONMENTAL HYDRAULICS
  • SELECT TOPICS
  • PROFESSIONAL RESPONSIBILITY SEMINAR
  • PREDOCTORAL EVALUATION
  • THESIS II

Water Science

Seventh Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
RESEARCH SEMINAR II * DCG6052 DCG6042
48 48 6
THESIS IV * DCG6102 DCG6092
48 48 6
96 96 12

*Para cursar la asignatura RESEARCH SEMINAR II (Clave: DCG6052) es necesario haber acreditado previamente

  • RESEARCH SEMINAR I

*Para cursar la asignatura THESIS IV (Clave: DCG6102) es necesario haber acreditado previamente

  • THESIS III

Water Science

Eighth Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
RESEARCH SEMINAR III * DCG6062 DCG6052
48 48 6
THESIS V * DCG6112 DGC6102
48 48 6
96 96 12

*Para cursar la asignatura RESEARCH SEMINAR III (Clave: DCG6062) es necesario haber acreditado previamente

  • RESEARCH SEMINAR II

*Para cursar la asignatura THESIS V (Clave: DCG6112) es necesario haber acreditado previamente

  • Materia no encontrada

Water Science

Ninth Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
RESEARCH SEMINAR IV * DCG6072 DCG6062
48 48 6
THESIS VI * DCG6122 DCG6112
48 48 6
96 96 12

*Para cursar la asignatura RESEARCH SEMINAR IV (Clave: DCG6072) es necesario haber acreditado previamente

  • RESEARCH SEMINAR III

*Para cursar la asignatura THESIS VI (Clave: DCG6122) es necesario haber acreditado previamente

  • THESIS V

Water Science

Tenth Term

Course List Code Sequence Hours Credits (Units)
With Teacher Independent
RESEARCH SEMINAR V * DCG6082 DCG6072
48 48 6
THESIS VII * DCG6132 DCG6122
48 48 6
1184 1184 148

*Para cursar la asignatura RESEARCH SEMINAR V (Clave: DCG6082) es necesario haber acreditado previamente

  • RESEARCH SEMINAR IV

*Para cursar la asignatura THESIS VII (Clave: DCG6132) es necesario haber acreditado previamente

  • THESIS VI

Water Science *

Course List Code
PATHOGENS AND WATER QUALITY DCG6142
DYNAMIC ENVIRONMENTAL SYSTEMS DCG6152
SELECTED TOPICS I DCG6162
ENVIRONMENTAL CHEMICAL KINETICS DCG6172
PROBABILITY AND STATISTICS IN HYDROLOGICAL RESOURCES DCG6182
SELECTED TOPICS II DCG6192
ADVANCED WATER TREATMENT DCG6202
HYDRAULIC MODELING DCG6212
SELECTED TOPICS III DCG6222

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ACCREDITATIONS

Acreditaciones

Learn More About Key Topics

Learn about the latest topics relevant to the UNESCO Chair in Hydrometeorological Risks – UDLAP

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know the doctoral degree program

The objective is to build leading specialists in the area of Water Sciences, with a broad social commitment, highly trained in technical areas of their specialty for the generation of knowledge in relation to their area of specialty. Graduates of the program will develop their individual potential and will be able to function and innovate successfully in a plural, globalized world and design and implement technologies for the management of water resources, the appropriate use of available technology and the management of financing to contribute to the sustainable development of the country, the region, and the world.

  • Develop knowledge and technology for hydrological and water quality modeling, as well as advanced water treatment systems.
  • Establish an interinstitutional research program on water security in Mexico.
  • Contribute with knowledge, technology, and innovation to solve problems in the water sector.
  • Training of highly specialized human resources to contribute to the application of new knowledge and technologies in the water sector.
  • Contribute to the achievement of goals of sustainable supply, sanitation, and protection against extreme hydrometeorological phenomena.

The Doctorate program in Water Sciences is open to graduates of bachelor and/or master's programs in any of the following engineering and science disciplines:

  • Civil Engineering
  • Chemical engineering
  • Environmental engineering
  • Chemical Sciences
  • Biological Sciences

* Candidates from related disciplines will be accepted, at the discretion of the admission committee.

The graduate of the Doctorate in Water Sciences will be distinguished by the quality of their professional performance, responsibility and vocation as a result of their academic preparation, by their capacity for innovation and participation in basic research, as well as by mastery of knowledge of cutting edge in the area of interest and the ability to generate not only new knowledge but also translate it into technological development that is useful to improve the quality of life of the community. Master’s the theoretical, methodological, practical, and technical foundations of the discipline that are useful for his professional practice:


  • Collaborate in applied research activities.
  • Designs experiments and analyzes and interprets experimental data.
  • Designs systems, components, or processes according to the needs within the area of Water Sciences.
  • Work efficiently and collaboratively in multidisciplinary teams.
  • Identifies, formulates, and solves problems in Water Sciences and Technology.
  • Understands and applies the ethical responsibility of their profession.
  • Communicates effectively.
  • Has the necessary knowledge to understand the impact of water technology and science solutions in a global and social context.
  • Recognizes the need and has the capacity for continuous learning.

The main goal of the Doctorate in Water Sciences is the interdisciplinary scientific and technological work necessary to develop knowledge and technology for hydrological modeling, water quality and advanced water treatment systems. The two main research lines are:

  • Modeling and hydrological processes. The processes of the hydrological cycle and the uses of water are analyzed, hydrological models are developed and applied in basins supported by geographic information systems, as well as contaminant transport models in surface and underground water bodies. Studies in the urban environment are also included, as well as analysis and water management models considering the occurrence of hydrometeorological risks such as floods, droughts, heat waves, as well as the effects of climate change on the water vulnerability of a region.
  • Water quality and treatment. This research line covers the study of emerging pollutants, including their detection and removal. It also addresses sustainable biological processes for water treatment. Projects dealing with conventional and advanced water treatment systems, as well as nanotechnology applied to water treatment are a key part of the research line.

Other topics of interest

Note: offering of the program is subject to the number of students enrolled.

Faculty.

100% of the full-time professors have postgraduate degrees.
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The PhD in Water Sciences follows a flexible, structured curriculum designed to be completed over 10 semesters. Throughout the program, students take 27 courses, including 12 disciplinary courses, 6 research and teaching courses, and 9 advanced-level courses.

National Registry

DIPES: RVOE:20221639; UPDATED: DGAIR/DIPES/SR/DSIP/10858/2022


Graduates

97% is the employment rate at one year of graduation*.
*Encuesta del estudio de ocupación generación 77.
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Contact us

Dirección General de Doctorados

Tel.: +52 (222) 229 20 00 ext. 2725 y 6005

informes.doctorados@udlap.mx