Wastewater Treatment and Reuse

Explore the programs and courses offered by Wastewater Treatment and Reuse

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Program Overview

The "Wastewater Treatment and Reuse" (WTR) field trains State Engineers capable of addressing challenges related to the sustainable management of water resources, particularly in the context of water stress and climate change.

This versatile and integrated program covers several disciplines and scientific fields and is directly aligned with the national strategy for sustainable management of natural resources and the Sustainable Development Goals (SDGs).

Training Objectives:

The main objective of this field is to adapt and strengthen national skills and capacities to understand the use of non-conventional water, as well as water sciences and technologies.

It aims to equip the country with human capacities capable of supporting resilience to water stress and climate change, and promoting the sustainable use and exploitation of water resources.

The WTR program stands out with several major advantages:

- Comprehensive and integrated education: It covers all aspects of wastewater treatment and reuse, from theory to practice.

- Students benefit from two professional internships per year and several educational field trips, allowing them to gain practical experience and strengthen their skills.

- WTR engineers acquire solid skills in water sciences and technologies, as well as abilities in management, communication, and leadership.

- WTR engineers can work in various sectors such as sewage treatment plant, public water management organizations, industry, agriculture, and the environment.

- The WTR program contributes to the valorization of a non-conventional resource and the preservation of water resources.

Teaching Language : Français

Curriculum Highlights

Core Courses

Semester 1

  1. Physicochemical Processes Applied to Wastewater Treatment
  2. Water Chemistry
  3. Unit Operations in Water Treatment
  4. Fluid Mechanics

Semester 2

  1. Biological Processes Applied to Wastewater Treatment
  2. Water Biochemistry
  3. Water Microbiology
  4. Irrigation Techniques

Semester 3

  1. Modeling and Simulation of Processes Applied to REUSE
  2. Electrotechnics in the Treatment and Reuse of Treated Water
  3. Physical Analysis Methods
  4. Purification Efficiency and Energy Efficiency in REUSE Infrastructure

Semester 4

  1. Hydraulics Modeling and Simulation in Water Reuse
  2. Aquatic Environment Quality
  3. Design and Sizing of Wastewater Treatment Plants

Semester 5

  • Operation, Control, and Monitoring of Wastewater Treatment Plants
  • Artificial Intelligence in the Reuse of Treated Wastewater
  • Environmental and Health Risk Assessment


Advanced Topics

Semester 1

  1. Physicochemical Processes Applied to Wastewater Treatment
  2. Water Chemistry
  3. Unit Operations in Water Treatment
  4. Fluid Mechanics

Semester 2

  1. Biological Processes Applied to Wastewater Treatment
  2. Water Biochemistry
  3. Water Microbiology
  4. Irrigation Techniques

Semester 3

  1. Modeling and Simulation of Processes Applied to REUSE
  2. Electrotechnics in the Treatment and Reuse of Treated Water
  3. Physical Analysis Methods
  4. Purification Efficiency and Energy Efficiency in REUSE Infrastructure

Semester 4

  1. Hydraulics Modeling and Simulation in Water Reuse
  2. Aquatic Environment Quality
  3. Design and Sizing of Wastewater Treatment Plants

Semester 5

  • Operation, Control, and Monitoring of Wastewater Treatment Plants
  • Artificial Intelligence in the Reuse of Treated Wastewater
  • Environmental and Health Risk Assessment


Admissions Information

Students from preparatory classes in Science and Technology or Natural and Life Sciences will be admitted to the "wastewater treatment and reuse" engineering program.

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