Books like Python for Microcontrollers by Donald Norris

A comprehensive guide to Python 2.5 that covers types, operations, syntax, functions, modules, classes, OOP, exceptions, and tools.

A practical, hands‑on introduction to programming with Python, guiding readers through essential concepts, functions, recursion, data structures, and object‑oriented design with exercises at every stage.

A project‑based guide for Python developers, teaching practical application development through hands‑on tutorials in databases, web technologies, and networking, while reinforcing core programming principles.

Learn the fundamentals of Arduino programming and electronics in a hands‑on, accessible guide that walks you through data processing, microcontroller concepts, and open‑source projects.

xiii, 195 pages : 24 cm

A practical guide for beginners to explore hardware and software with the Raspberry Pi, covering Linux basics, Python, Scratch, Pygame, and Arduino integration.

"What can you do with PIC microcontrollers? Practically anything--from creating ""photovore"" robots that hunt light to feed their solar cells to making toasters announce, ""Your toast is ready!"" These low-cost (around 7 bucks) computers-in-a-chip let electronics designers and hobbyists add intelligence, responsiveness, and functions that mimic big computers to any electronic product or project. And they not only do it more cheaply, ""they do it at least 20 faster and far less expensively than comparative Basic StampsTM!""And they're just as easy to use. PIC Microcontroller Project Book gives you hands-on directions for putting Microchip's RISC-based chips with up to 8K of memory to work. Starting with simple projects and experiments, this book leads you gradually into sophisticated programming techniques. You need absolutely no programming experience to get started. John Iovine coaches you through every single step. Written with the beginner in mind, PIC Microcontroller Project Book gives you A-B-C guidance on how to:Get the equipment you need (includes lists of suppliers).Program your chip, from plugging in the breadboard to running the compiler, with lines of code to copyMake your chip count numerically.Deliver messages on a liquid crystal display.Synthesize human speech.Control DC motors, stepper motors, and servos.Convert any analog signal to digital.Add sensing abilities to robots.Build decision-making neural and ""fuzzy logic"" functions into your projects."