Planning & Design of Sanitation Systems and Technologies

École Polytechnique Fédérale de Lausanne via Coursera

Go to Course: https://www.coursera.org/learn/sanitation

Introduction

# Course Review: Planning & Design of Sanitation Systems and Technologies ## Overview In a world facing unprecedented urbanization, sanitation remains a critical yet often overlooked aspect of public health and environmental stewardship. The "Planning & Design of Sanitation Systems and Technologies" course on Coursera offers a timely and comprehensive exploration of affordable and context-specific sanitation solutions. Designed for individuals interested in urban sanitation planning, this course equips you with the skills necessary to analyze and implement sanitation systems suitable for low- and middle-income countries. ### Course Highlights - **Integrated Approach**: The course emphasizes an integrated planning framework, focusing on both citywide scales and specific contexts, such as informal settlements. - **State-of-the-Art Practices**: Learners are introduced to cutting-edge sanitation planning methodologies, including Sanitation 21, CLUES, and CLTS, which are essential for professionals in the field of international development. - **Diverse Learning Materials**: Through a combination of video lectures, readings, and case studies, students gain a multidimensional understanding of urban sanitation issues. ## Syllabus Breakdown ### 1. Introduction to Sanitation Planning & Systems Approach The course starts with a vital foundation on the importance of sanitation for health and environmental sustainability. Learners will understand the concept of an "Enabling Environment" and be introduced to various environmental sanitation planning approaches. This initial week sets the stage for more in-depth discussions on sanitation systems. ### 2. Sanitation Systems & Technologies In the second week, the content transitions to key terminology and concepts related to environmental sanitation systems. This part emphasizes the significance of systems thinking in understanding urban sanitation—an essential skill for anyone in the sector. ### 3. Technical Aspects of Sanitation Systems Moving deeper, the third week focuses on the technical side of sanitation solutions. Students will explore a range of systems, from simple single-pit setups to complex centralized treatment systems, along with the treatment processes associated with each option. This segment is particularly valuable for those looking to work directly with engineering or technical solutions in sanitation. ### 4. Case Studies of Urban Sanitation Solutions Practical application of learned concepts happens in the fourth week, where case studies from Africa and Asia illustrate various urban sanitation solutions. This hands-on learning approach allows participants to see theoretical concepts put into practice, enhancing their understanding of the challenges and successes of sanitation implementations. ### 5. Urban Sanitation Tools In the final week, learners explore tools essential for effective urban sanitation planning, such as excreta flow diagrams and sanitation safety planning. The course wraps up by addressing important overarching themes, including gender dynamics in sanitation planning and the behaviors necessary for effective sanitation management. ## Recommendation I highly recommend the "Planning & Design of Sanitation Systems and Technologies" course for anyone interested in the fields of urban planning, environmental science, or public health. The course is particularly beneficial for professionals and students aiming to make impactful contributions to sanitation solutions in developing regions. The training provided is not only theoretical but also heavily emphasizes practical applications—an aspect that will serve participants well in their future careers. The diverse case studies broaden perspectives and facilitate an understanding of both challenges and innovative solutions. Moreover, the insights into gender roles and the behavioral aspects of sanitation planning strengthen the course's relevance. In a world that increasingly prioritizes inclusive and sustainable practices, these topics are essential for future sanitation leaders. ## Conclusion With its robust curriculum and practical orientation, the "Planning & Design of Sanitation Systems and Technologies" course serves as a strong stepping stone for individuals committed to enhancing urban sanitation. Those looking to contribute positively in this crucial field will find this Coursera offering to be an invaluable resource, providing the knowledge and tools necessary to make a real difference. Enroll today and join a global community dedicated to improving sanitation for all!

Syllabus

Introduction to sanitation planning & systems approach

To get started, you will get an overview of why sanitation is important for human health and environmental protection, especially in urban areas. Then, you will learn about what an Enabling Environment is and why it is important. Towards the end of the first week, you will get a taste of some state-of-the-art environmental sanitation planning approaches (Sanitation 21, CLUES, CLTS) that are currently being used in international development work.

Sanitation systems & technologies

After getting to know different sanitation planning frameworks in the first part of this week, you will learn about the key terminology and concepts used in the systems approach to environmental sanitation. We will also explore why systems thinking is crucial for urban environmental sanitation.

Sanitation systems & technologies

During week 3, you will dive more deeply into the technical aspects of different sanitation systems, from the simple single pit system to more complex centralised treatment systems. We introduce you to the main treatment processes in detail, highlighting advantages and disadvantages of each.

Urban sanitation solutions - Case studies

In this week, you will see much of the theory of the last weeks be put to the test. Here, we present you with case studies from Africa and Asia in which different sanitation solutions from neighbourhood to national scale are trialled or already fully established. Do you already feel familiar with all of them? Watch this week’s video collection to find out!

Urban sanitation tools

In this last week of the course, we focus on the urban realm. You will become familiar with various urban sanitation tools, such as excreta flow diagrams (SFD’s) and sanitation safety planning, and with overarching themes of urban sanitation, such as the role of gender in sanitation planning, and behaviour change in urban sanitation.

Overview

Do you want to learn how to plan affordable and context-specific sanitation solutions? Be up-to-date on the newest developments in urban sanitation planning and programming? Get to know best practice examples of urban sanitation systems in low- and middle-income countries? If yes, this course is for you! This course provides you with an introduction to integrated sanitation planning, both on a citywide scale and for specific contexts such as informal settlements. You will become familiar with

Skills

Urban Planning Environmental Protection Engineering Design Wastewater Engineering

Reviews

It is indeed a great course, learned a lot about different technologies, products and holistic approach required for sanitation planning and of course its too heavy to digest :)

It is a very interesting and enlightening course that brings to fore practical solutions towards municipal sanitation planning. Thanks for the knowledge.

Really interesting course! The approach from different perspectives and fields make it very useful to apply the knowledge in many fields.\n\nSo far the most complete course of Coursera.

Good learning course for environmental engineer but in my point of view it mostly theoretical and requires more animation picture and videos to make it more effective

The course is very well prepared for beginner and intermediate participants and will give more elaborate discussions about sanitation techniques and technologies. I am very happy to did the course.