Programming Mechatronics

Programming Mechatronics: project-based learning with micro:bit and MicroPython is a practical text which fully fulfils the mechatronics unit for the NSW Software Engineering 11–12 Syllabus (2022). The workbook also meets the needs of Mechatronics for the NSW 7-10 Computing Technology syllabus.

This 162pp book provides a comprehensive, hands-on introduction to the field, guiding learners through the use of the micro:bit microcontroller in combination with both basic and advanced sensors and actuators. The text offers an accessible environment for exploration, creativity, coding and problem-solving. A wide range of practical Mechskills activities, all featuring Python coding, establishes a solid foundation in mechatronic principles, building the skills required for a final accessibility-themed extended project. Three activities also feature coding a micro:bit-powered remote-controlled robot and an autonomous robot.

Each activity includes clear step-by-step instructions, opportunities for extension, and online access to complete worked solutions. Essential theory is presented rigorously and engagingly, while real-world case studies illustrate how mechatronics is applied across diverse fields. Detailed explanations of key components help students understand how the technology works at a deeper level.

Features

• Comprehensive curriculum-aligned content
• 30 Python-based activities and projects in mechatronics and robotics
• How-It-Works explanations link hardware and theory
• Core Concepts connect in-depth theory to practical projects
• Clear step-by-step guidance for both middle and senior students
• Encourages collaboration, creativity and design thinking
• Complete solutions, comprehensive code references and downloadable resources
• 30 creative Mechskills activities establish skills for projects
• MicroPython-coded micro:bit controls advanced components
• Great for mechatronics, robotics, Makerspace and STEM