LEGO Engineering Innovation Design -(Includes 1CD)

Author: Liu Quanliang
Publisher:
Publish Date: 2006-03-01
Features: This book elaborates on the theoretical foundations of innovative design and focuses on introducing UEG0-based innovative design, program control, and practical training. The content includes: innovative design and system solution design, LEGO component design and creation basics, common LEGO mechanisms and innovative design, LEGO CAD software, ROBOLAB basic programming, ROBOLAB advanced applications, Visual Basic development basics, NQC language development and control, and innovative practical training. This book can be used as a reference for undergraduate and junior college students in mechanical, electrical, automation, and other engineering disciplines for innovative education. It can also be used for mechanical motion scheme design in mechanical engineering programs or mechatronics system course design, or as a tool for liberal arts students to cultivate innovative awareness and understand basic engineering knowledge.
This book elaborates on the theoretical foundations of innovative design and focuses on introducing LECO-based innovative design, program control, and practical training. The content includes: innovative design and system solution design, LEGO component design and creation basics, common LEGO mechanisms and innovative design, LEGO CAD software, ROBOLAB basic programming, ROBOIAKB advanced applications, Visual Basic development basics, NqC language development and control, and innovative practical training. Considering the diverse readers and target audiences, the book emphasizes both systematic and comprehensive content arrangement while highlighting (hierarchy and practicality). It aims to guide readers to achieve greater (gains) in practical innovation through the introduction of fundamental issues. This book can be used as a reference for undergraduate and junior college students in mechanical, electrical, automation, and other engineering disciplines for innovative education. It can also be used for mechanical motion scheme design in mechanical engineering programs or mechatronics system course design, or as a tool for liberal arts students to cultivate innovative awareness and understand basic engineering knowledge.