《机器人应用与创新》是机器人工程专业的专业选修课程,其教学目标是介绍机器人技术创新思维与方法,结合特定
行业下的问题解决,构建包括水下机器人、空中机器人、空间机器人、农林机器人、建筑机器人等,进行需求分析、原理
分析、可行性方案设计与对比、机器人建模与控制、测试与应用等一系列环节,开展理论知识与实际项目结合的教学,并
设计开发满足特定行业需求的机器人系统。
该课程通过对机器人应用与创新技术的讲解,结合前沿技术发展趋势,让学生对机器人技术的发展趋势形成系统性了解,
掌握相关的原理与方法,培养学习兴趣,提高分析问题和解决问题的能力,为未来从事该领域的理论和应用研究打下坚实
的基础。
Application and Innovation of Robotics is a professional elective course for robotics engineering
specialty. Its teaching goal is to introduce the innovative thinking and methods of robotics technology.
Combining with the problem solving in specific industries, it builds a system including underwater robots,
aerial robots, space robots, agricultural and forestry robots, building robots, etc. It carries out demand
analysis, principle analysis, feasibility design and alignment. A series of links, such as ratio, robot
modeling and control, testing and application, are carried out to teach the combination of theoretical
knowledge and practical projects, and to design and develop robotic systems to meet the needs of specific
industries.
By explaining the application and innovation technology of robots and combining with the development trend
of advanced technology, the course enables students to form a systematic understanding of the development
trend of robotics technology, master relevant principles and methods, cultivate interest in learning,
improve the ability of analyzing and solving problems, and build a solid foundation for future theoretical
and applied research in this field.
《机器人应用与创新》课程通过系统性讲授机器人研究过程中的创新性思维,阐述机器人的行业应用特点及方法,并
采用课程分组项目同步推进课程学习。学生将掌握机器人技术创新思维模式与方法,并了解满足相关行业应用的各种机器
人原理、结构、控制方法,提高问题分析能力和解决能力,开发出满足特定行业要求的机器人样机作品,提高专业学习能
力和逻辑思维能力,进而培养国际化思维以及团队协作管理复合能力,为未来从事该领域的理论和应用研究,培养兴趣并
打下坚实的基础。
Application and Innovation of Robotics introduces the innovative thinking in robot research and introduces
the industrial application characteristics and methods of robots. Through course grouping project, the
course learning is simultaneously promoted. Students will master the innovative thinking mode and method
of robotics technology, and understand the principles, structures and control methods of robots that meet
the needs of relevant industries. These will help to improve students' professional learning ability and
logical thinking ability, cultivate their international thinking and team cooperation management ability,
and build a solid foundation for future theoretical and applied research in this field.