“Environmental Engineering: Fundamentals, Sustainability, Design” is a comprehensive and modern textbook that has become a cornerstone in environmental engineering education. Its primary distinction is its integrated approach, weaving the principles of sustainability and design throughout the entire curriculum rather than treating them as separate, standalone topics.

The book is structured to provide a complete journey for the student, from mastering fundamental scientific principles to applying them in sustainable design solutions for real-world problems.

Key Themes and Approach:

1. Foundations First: The book begins by establishing the essential scientific pillars of environmental engineering—chemistry, biology, and physical processes—as well as critical tools like mass and energy balances and environmental risk assessment. This ensures students have a solid grounding before tackling complex design problems.
2. Sustainability as a Core Principle: A central thesis of the book is that sustainable design is not an add-on but the very goal of modern environmental engineering. It introduces concepts like green engineering, life-cycle assessment, and the interconnectedness of human and natural systems early on, framing all subsequent technical content within this context.
3. Design-Oriented Learning: True to its title, the book emphasizes the application of knowledge to the design of environmental infrastructure. It includes numerous design examples, case studies, and problems that mirror professional practice, helping students develop the critical thinking and problem-solving skills needed for their careers and for the Fundamentals of Engineering (FE) exam.

Content Overview:

The book covers all traditional domains of environmental engineering, but always through its unique, integrated lens:

• Water Quality and Treatment: Covers the science and design of systems for providing clean drinking water and for treating wastewater.
• Air Quality and Pollution Control: Addresses the sources and effects of air pollution and the engineering methods for its control.
• Solid and Hazardous Waste Management: Explores modern approaches to waste management, including recycling, landfilling, and remediation of contaminated sites.
• The Built Environment: Connects engineering decisions to their impacts on urban systems, resources, and society.

In Summary:

Mihelcic and Zimmerman’s book is more than just a compilation of technical facts; it is a pedagogical framework that prepares the next generation of engineers to be proactive problem-solvers. It argues that to be a successful environmental engineer, one must not only understand how to build treatment systems but also why certain solutions are more sustainable, resilient, and equitable than others. It is widely recognized for its clarity, practical relevance, and its successful mission to make sustainability the foundation of environmental engineering practice.