Robotics, Automation and Mechatronics Technology

Degrees and Certificates

Courses

RAMT 101: Applied DC Theory

Credits 4
Theory/lab analysis of DC resistive circuits using Ohm¿s Law and Kirchhoff¿s Laws with advanced analysis utilizing various circuit theorems and conversions will be studied. Computer analysis of DC resistive circuits along with the study of power, energy, capacitors and inductors in DC applications also will be examined. (F)

RAMT 103: Applied AC Theory

Credits 4
A theory/lab course studying the fundamentals and applications of AC single phase and three phase systems. Electromagnetism, RLC series and parallel circuits, power factor, single and three phase AC transformers and motors, and the effects of harmonies will be covered in this course. Prerequisite: RAMT 101. (F)

RAMT 107: Mechanical Drives and Maintenance I

Credits 2
This combined lecture/lab course will explore the use of basic mechanical systems and components and their applications to industrial machinery. Emphasis is given to how these components work, their use in mechanical systems, and proper installation and maintenance procedures. Topics to be covered will include: precision measurement, belt drives, bearings/seals, chain drives, gear drives, and couplings. (F)

RAMT 109: Mechanical Drives and Maintenance II

Credits 2
This course will expose the student to multiple predictive maintenance technologies used in industry. The course will cover the theory behind, and application of, the following technologies in use: thermography, ultrasonic detection, vibration analysis, oil/grease analysis, stroboscopic analysis, and motor circuit analysis. The course will also explore current best practices in precision machine alignment, including belt/chain alignment and rotating machinery alignment. The student will use the textbook, case studies from industry, and some hands-on exercises to explore these topics. Prerequisite: RAMT 107. (S)

RAMT 120: 3D Modeling and Design

Credits 3
This is a lecture and laboratory class dealing with the theory and application of Computer Aided Drafting (CAD) and additive manufacturing techniques (also knows as 3D printing). Using CAD software and Makerbot 3D printers, students will learn how to design and create basic parts and items using common 3D printer materials. Emphasis will be placed on designing parts with the minimum amount of printer materials required and minimizing printing time. (F)

RAMT 137: Print Reading, Drafting and Safety

Credits 2
This is a lecture and laboratory class dealing with the theory and application of Computer Aided Drafting (CAD), using CAD software, as well as reading and interpretation of prints, schematics and the use of symbols. The OSHA 10 hour safety course for general industry will be completed as part of this class. (F)

RAMT 202: PLC's II

Credits 3
This is a lecture and laboratory course dealing with the theory, construction, application, installation, and programming of microprocessor-based programmable controllers. Logic networks solving typical industrial control problems are developed and programmed into a variety of controllers to learn the limitation and capabilities of each machine. This course is an 8 week class. Prerequisite: ECAL 243. (F)

RAMT 221: Robotics II

Credits 3
This course is a combined lecture and lab class which will cover advanced robotics programming, troubleshooting, maintenance, and interfacing the robots to other peripheral equipment. Areas of focus for this course will include programming, integrating, troubleshooting, and repairing of robotic systems. Students will be involved in lectures, discussions, and hands-on equipment labs. Prerequisite: ECAL 224. (F)

RAMT 222: Solid State Systems I

Credits 2

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.

RAMT 223: Solid State Systems II

Credits 2

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)

RAMT 224: Robotics Systems I

Credits 3
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)

RAMT 240: Principles of Project Management

Credits 2
This course will cover the theory and practical application of project management. The student will be assigned a project and the student will develop drawings, develop material lists, calculate cost inputs, and develop a project timeline. (S)

RAMT 243: PLC's I

Credits 3
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)

RAMT 244: System Integration and Troubleshooting

Credits 2
This course is a lecture/lab course that covers current maintenance program practices used in industry today, including preventive/predictive maintenance, reactive maintenance, and reliability-centered maintenance. The course will also explore the current best practices being employed in the area of equipment maintenance. The course will discuss the current best practices in maintenance workflow management that are being used in industry. The course will also expose the student to the troubleshooting process and various methods of troubleshooting that can help the student in their future work environments. The course will explore these topics through lecture, discussion, case studies from industry, and hands-on exercises. (S)

RAMT 246: Quality Assurance Standards and Methods

Credits 3
This course is a lecture course that will introduce the student to the concept of statistical analysis and quality assurance as applied to the manufacturing and maintenance environment. Through lecture, discussion, case studies from industry, and exercises, the student will gain a basic understanding on how data is collected, analyzed, and used in the day-to-day operations of a modern facility for process improvement, defect/waste elimination, and risk/hazard assessment. The course will also explore the following Lean Manufacturing and Maintenance Management tools and their application: Kaizen, Six Sigma, 5S, 5 Why, Root Cause Analysis, and Wrench Time Studies. (S)

RAMT 250: Drives and Servo Systems

Credits 2
This combined lecture/lab course will explore the commissioning and operation of Siemens variable frequency drives and servo control systems. Students will gain an understanding of the operational theory of these components, the usage of these systems in industrial settings, and basic programming protocols. (S)

RAMT 297: Cooperative Education

Credits 2
This work experience/internship will expose the student to an operational facility that uses Robotics, Automation and Mechatronics Technology program principles in their daily operations. The student will work alongside operations/maintenance personnel at their respective site to gain an insight to the RAMT career field.