Robotics, Automation and Mechatronics Technology

This is a practical one-credit course that provides the tools and skills necessary to get a strong start with the transition for new students at NDSCS. This course will introduce students to campus resources, policies and procedures and cover topics such as time management, study skills, goal setting, wellness, financial literacy, and professional development. (F, S, O)

This course examines the basic components used in electrical circuits using Ohm's Law and Kirchhoff's Laws. The course stresses the appropriate terminology, units and uses of the various components in DC (direct current) environment only. Circuit analysis is stressed with circuits connected in series, parallel and series/parallel configurations, as well as R-L and R-C circuits.

This course examines the fundamentals and applications of AC electrical systems. Electromagnetism, RLC series and parallel circuits, power factor, AC transformers, and motors will be covered in this course. Prerequisite: RAMT 101.

This combined lecture and lab class will cover basic robotic handling and operations as delivered through Fanuc Robotics C.E.R.T. curriculum. Students will also become familiar with the theory, setup, and operation of robotic vision systems, as well as basic electrical and mechanical maintenance/troubleshooting of industrial robots. Students will be involved in lectures, discussions, and hands-on equipment labs. (S)

This is a lecture/lab course that will cover digital electronics and the principles of fluid power systems. (S)

This is a lecture and laboratory course using Siemen's platform programmable logic controls systems. The class will address the theory, construction, application, installation, and introductory programming of PLC's. (S)

This course covers the foundations of electronics, the devices used in electronic circuits, how they function, and the proper handling of electronic components. The course covers the proper operation and use of test equipment such as multi-meters and oscilloscopes used in industry for testing and troubleshooting equipment. RAMT students - Corequisite:  RAMT 223.

This course covers the foundation of electronics, the devices used in electronic circuits, how they function, and the proper handling of electronic components. The course covers the proper operation and use of test equipment such as multi-meters and oscilloscopes used in industry for testing and troubleshooting equipment. This course also covers relays, timers, and sensors. RAMT Students - Corequisite:  RAMT 222.  (F)

This course is the culmination of 2 years in the RAMT program. Students, in groups, will be assigned a capstone project. The teams and projects will be assigned by the instructors. Requirements for each project will be provided by the instructors. The projects will involve different elements from the coursework completed over the course of the program. All documentation, including operational instructions and drawings, will also be completed. The projects will be planned during RAMT 240: Principles of Project Management course and built during this course. Students will make a final presentation of their projects at the end of the course. Prerequisites: RAMT 240. (S)

This course is the culmination of 2 years in the RAMT program. Students, in groups, will be assigned a capstone project. The teams and projects will be assigned by the instructors. Requirements for each project will be provided by the instructors. The projects will involve different elements from the coursework completed over the course of the program. All documentation, including operational instructions and drawings, will also be completed. The projects will be planned during RAMT 240: Principles of Project Management course and built during this course. Students will make a final presentation of their projects at the end of the course. Prerequisites: RAMT 240. (S)

This internship course provides students with supervised, hands-on work experience in their chosen career field. The internship course reinforces technical and professional skills gained in the classroom through real-world application in a workplace setting. Students will develop industry-specific competencies, enhance problem-solving and communication skills, and gain insight into workplace expectations. Faculty and industry professionals will provide guidance and evaluation to ensure meaningful learning outcomes. Upon completion, students will be able to demonstrate increased proficiency in their field, apply critical thinking to job-related tasks, and reflect on their professional growth.