【摘 要】
：
在美国高度重视STEM教育以及中国“大众创业、万众创新”如火如荼的背景下,机器人教育正面临转型阶段,正在进行以STEM教育为理念,以机器人为载体的机器人创客教育。在该阶段
论文部分内容阅读
在美国高度重视STEM教育以及中国“大众创业、万众创新”如火如荼的背景下,机器人教育正面临转型阶段,正在进行以STEM教育为理念,以机器人为载体的机器人创客教育。在该阶段开展机器人创客教育工作室建设与应用探究,寻求解决机器人设备开发管理与应用的途径,提供机器人教育常态化设备和场地,系统化对机器人创客教育进行研究势在必行。
Under the background that the United States attaches great importance to STEM education and China’s “mass entrepreneurship and innovation” are in full swing, robotics education is facing a transformation phase and a robotics-based robot maker education is underway with STEM education as its philosophy. At this stage, it is imperative to carry out research on the construction and application of Robot Maker Education Studio, to find solutions to the management and application of robot equipment development, to provide the equipment and venue for robot education and systematize the robot maker education.
其他文献
本文研究了密度(x_1)、氮肥(x_2)和磷肥(x_3)与夏玉米产量(y)的关系,得出:y=877.92+78.56x_1+137.58x_2+58.54x_3-30.31x_1~2-120.19x+2~2+13.73x_3~2+84.93x_1x_2+50.5x_2x_
Optical feedback characteristics in He-Ne dual frequency lasers are studied systematically in different feedback power ratios with a variable attenuator. Feedba
A novel 10-period SiC/AlN multilayered structure with a SiC cap layer is prepared by low pressure chemical vapour deposition (LPCVD). The structure with total S
AlGaAs/InGaAs high electron mobility transistors (HEMTs) and AlAs/GaAs resonant tunnelling diodes (RTDs) are integrated on GaAs substrates. Molecular beam epita
自制教具是提高师生创新能力和动手能力的重要手段,受到了教育界的普遍关注.为改进教材“气体做功内能减少”演示实验的不足,可利用医用塑料注射器自制一款“气体做功内能减
交互式电子白板作为当今新型的现代教育技术手段正逐步走进课堂,它以人机交互、丰富的教学资源、全面的教学功能与方便的操作界面等优势,成为教师优化课堂教学不可多得的工具
前言茶树是多年生叶用经济作物,商品茶叶品质的优劣,很大程度上取决于鲜叶的质量。而鲜叶质量又主要受品种条件、生态条件和栽培技术措施的影响。近年来,植物生长调节剂在茶
A laser-diode-pumped 1.54-μm passive Q-switched erbium doped glass laser was reported. We utilize a laser diode with wavelength of 973 nm to pump a 1-mm Er/Yb
Photoconductive properties of photodiodes based on composites of CuS nanoparticles and Poly[2-methoxy, 5-(2-ethylhexyloxy)-p-phenylenevinylene] (MEH-PPV) are in
Fe29Co71 and Fe19Ni8 antidot arrays, with different dimensions, are prepared with the rf magnetron sputtering method onto the porous alumina substrate. The size