Equipment Needs to Support Undergraduate Instruction in Human Machine Systems Engineering

北方系统工程实验室的学生 卡罗莱纳A T州立大学正在学习人机 相互作用原理，作为其工业工程的一部分， 教育，使用遥控机器人。 在人类身上工作- 机器交互环境是一种新近被接受的范例， 从手动监督任务转向认知监督任务 涉及人机界面的复杂性。 这 实验室允许现代技术的结合 与现代工业中的人机系统相关联 工程课程 其中，实验室（1） 让研究生和本科生接触人类 支持现代工程设计的机器环境 理论，（2）为学生提供一个环境， 多智能体系统（机器人，计算机， 摄像机、操作人员等），（3）提高了 通过提供资源以成本/效益高的方式进行教学 用于学生项目和直接实验室案例研究。

Students in the Systems Engineering Laboratory of the North Carolina A & T State University are learning human-machine interaction principles, as part of their industrial engineering education, using a teleoperated robot. Working in a human- machine interaction environment is a newly accepted paradigm, shifting from manual-supervisory to cognitive-supervisory tasks involving the complexity of the human-machine interface. This laboratory allows the incorporation of modern technologies associated with human-machine systems in a modern industrial engineering curriculum. Among those, the laboratory (1) exposes the graduate and undergraduate students to a human- machine environment that supports modern engineering design theories, (2) provides the students with an environment to experiment with multi-agent systems (robots, computers, cameras, human operators, etc.), and (3) improves quality of instruction in a cost/effective manner by providing resources for student projects and direct laboratory case studies.