tion will be given in proper storage, and removal from storage of engine operated equipment. Enhanced troubleshooting and failure analysis will be included in an environment of hands-on learning. (Prerequisite: INDS1640) (3 credits: 2 lecture/1 lab) INDS1660 Mechanical Power Transmission An introduction to basic tools, common materials and processes will be covered. The various types of mechanical drives and their features will be discussed along with building and preventive maintenance programs. (Prerequisites: none) (4 credits: 2 lecture/2 lab) INDS1662 Electro-Thermal Systems Control This course applies basic physics to engineering evaluations of mechanical products, structures and procedures. Students will study and evaluate mechanical drive systems including service, repair, and troubleshooting principles as they pertain to HVAC systems. Thermodynamic principles are studied in heating and cooling systems. The student will be introduced to industrial programmable controllers and electro-thermal systems. (Prerequisites: INDS1660) (4 credits: 2 lecture/2 lab) INDS1670 Advanced PLCs This course explores advanced Programmable Logic Controller (PLC) concepts including the integration of timers, counters, and sensors into hardware and software applications. This includes implementation of advanced Human Machine Interface operations, Variable Frequency Drive (VFD) control, and close-loop control algorithms. (Prerequisites: none) (3 credits: 2 lecture/1 lab) INDS1671 Motion Control and Servos An introduction to basic tools, common materials and processes will be covered. The various types of mechanical drives and their features will be discussed along with building and preventive maintenance programs. (Prerequisites: none) (3 credits: 1 lecture/2 lab) INDS1672 Robotics This course is designed to present the fundamentals of robotics development as a systems engineering problem. Teams will work together to develop robotic solutions to a given application. Requirements development, hardware/software design, device programming, system maintenance/diagnostics, and electro-mechanical applications will be explored. By the end of the class, students will have built a functional robot. (Prerequisites: none) (3 credits: 1 lecture/2 lab) INDS1673 Mechatronics Capstone Students will devise capstone projects integrating their coursework in electronics, programming, automation, robotics, and system integration. Projects will be vetted through their academic advisor and will be presented to the class at the end of the semester. The course will require specification of design requirements, outline integration of technical solutions, and map how the project relates to both industry and their program curriculum.. (2 credits: 0 lecture, 2 lab) INSP1525 Career and Educational Planning Students will work individually and collaboratively to create a personal career plan for successful college completion: transfer, diploma, or degree. (Prerequisite: None) (1 credit: 1 lecture/0 lab) 142 Course Descriptions MACH1615 Precision Machining Processes This course will familiarize the student with what can be done with both manual machine tools and computer aided machine tools used in the manufacturing process. The student will have hands on experience with manual and computer type machines. Topics of study include setup, operation, and troubleshooting on both machine types. Safety, measuring parts to print, proper set up, speeds & feeds, and cutting tool usage, manual programming of CNC machines will also be covered. (Prerequisites: MACH1601 [or taken concurrently]) (3 Credits: 0 lecture/3 lab) MACH1620 Internship The Internship is a required course for the “Right Skills Now” certificate of the CNC Machine Tool program. The internship must be a paid position for the required minimum of 192 hours, and is only available in the spring semester each school year. A MACH1600 Manufacturing 101: Introduction to Manufacturing This course will provide an introduction to manufacturing careers and processes. Topics covered will include Careers in Manufacturing, Safety, Manufacturing Math, Measurements and Blue Print Reading, Lean Principles, Manufacturing Terminology, Machines and Tools, and Processes for Manufacturing. (1 credit: 0 lecture/1 lab) MACH1601 Introduction to Precision Machining This course covers the fundamental elements of basic machine shop theory that would be applied to shop applications. Students taking the course will be able to apply skills learned in the classroom to the lab where they will have hands on experience on basic machine shop equipment. Topics of study include safety, measuring parts to print, proper set up, speeds & feeds, and cutting tool usage. (Prerequisites: None) (4 Credits: 2 lecture/2 lab) MACH1602 OSHA 10 plus Critical Soft Skills for Employment This course will provide an entry level broad awareness on recognizing and preventing hazards in the workplace for general industry as well as preparing students for employment by emphasizing critical soft skills for success in the workplace. (Prerequisite: none) (1 credit: 1 lecture/0 lab) MACH1603 Foundations in Manufacturing This course will introduce students to the skills, technology, work environment, potential salary, and job opportunities in the fields of Welding and Metal Fabrication, Machine Tool, Mechatronics and Industrial Maintenance (Electronics, Automation Robotics, Fluid Power), Plastics Technology, Building and Carpentry trades, and Engineering CAD (Computer Aided Drafting). (Prerequisite: none) (2 credits: 1 lecture/1 lab) MACH1605 Engineering Drawings 1 This course covers the fundamentals of basic blueprint reading. The student will learn skills to interpret blueprint and sketches that would be used in industry. Topics of study will be sketching, dimensioning, line interpretation, section views, tolerance, and working drawings. (Prerequisites: None) (2 Credits: 2 lecture/0 lab) MACH1610 Precision Measuring and Gauging This course will provide the theory, technique, and care of typical measuring tools used in the Machining profession. Students will learn various measuring techniques used in the manufacture of machined parts. (Prerequisites: None) (2 Credits: 1 lecture/1 lab)
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