The Handbook of Design for Sustainability

Description

Are you ready to move your
projects from basic prototypes to robust, professional-grade systems?
is your definitive, hands-on guide for mastering the sophisticated techniques and complex communication protocols required for industrial and smart home applications using the versatile
and the
.
This handbook is designed for developers, engineers, and serious hobbyists ready to tackle real-world deployment challenges. We provide a project-focused approach to high-value skills that are essential for long-term device maintenance and data management:
Learn the critical skill of
, allowing you to wirelessly deploy new firmware and code to devices installed in remote or difficult-to-access locations.
Master
by connecting the ESP32 to a
via custom PHP scripts. You＊ll learn how to store, manage, and retrieve large volumes of sensor data, displaying it on a dedicated
for real-time analysis.
Build systems that communicate instantly using protocols like
for lightweight, scalable messaging, and implement
and
based on live sensor readings.
Dive into core electronics topics like
(for controlling components like servo motors), utilizing
, and programming without coding using
for rapid prototyping.
From
and
to
and
, this handbook provides the practical code, circuit diagrams, and troubleshooting expertise you need to design, deploy, and confidently manage highly functional, reliable IoT solutions.
Customers choose this book because it provides a clear, practical path to acquiring the most
for professional IoT development, moving them beyond beginner tutorials.
The inclusion of
,
, and the
directly addresses the needs of professionals. These are not “hobby” skills; they are vital for creating commercial, scalable, and maintainable IoT products.
The book covers the entire data journey〞from sensor reading (
) to wireless transmission (
), remote notification (
), and long-term storage (
). This complete lifecycle approach makes the reader a highly effective full-stack IoT developer.
The emphasis on
and the inclusion of
solves major pain points for developers who need to iterate and maintain deployed devices without constant physical access.