Introduction to alternating current electricity. A study of characteristics of sine wave including amplitude, frequency, period, and phase relationships; analyzing AC circuits by use of AC network theorems, resonant circuits, and filter circuits. Includes lab component. 

Earners of the Basics of Additive Manufacturing micro-credential will understand the core additive manufacturing concepts and practices including: additive manufacturing processes, safety, materials, software, and supply chain, plus methods like Fused Deposition Modeling (FDM), material jetting, and binder jetting. They will have basic computer-aided design (CAD) skills required to create a simple 3D-printed part. They will also print a part on a 3D printer by incorporating the additive manufacturing workflow, which is comprised of modeling, STL file generation, slicing, printing, and post-processing. The Basics of Additive Manufacturing micro-credential will be awarded if the learner successfully completes all 12 online Tooling U-SME courses with an exit test score of at least 75% and completes Tulsa Community College’s ENGT 1213 Introduction to Fabrication Lab course with a grade of “C” or better.

Fundamentals (CAM-F) Prep - The Certified Additive Manufacturing - Fundamentals (CAM-F) is a nationally recognized industry certification offered through the Society of Manufacturing Engineers (SME). This certification focuses on the basics of additive manufacturing, including a comprehensive overview of manufacturing, the seven additive manufacturing technologies, and basic safety guidelines. Successful completion demonstrates that the individual has basic knowledge of additive manufacturing and may be an ideal candidate for entry-level additive manufacturing roles in automotive, aerospace, and medical equipment. The course also prepares learners for SME's CAM-F certification exam. The Certified Additive Manufacturing Fundamentals (CAM-F) Prep micro-credential will be awarded if the learner successfully completes all 20 online Tooling U-SME courses with an exit test score of at least 75%. A certification exam through SME is optional.

OKLAHOMA RESIDENTS ONLY

The Certified Manufacturing Associate is a nationally recognized industry certification offered through the Society of Manufacturing Engineers (SME) This certification focuses on basic manufacturing concepts, demonstrating an individual’s potential for high-demand, entry-level manufacturing roles. The program covers fundamental topics such as shop math, assembly, maintenance, machining, inspection, and successful completion demonstrates that the individual has basic knowledge of manufacturing and may be an ideal candidate for entry-level manufacturing employment. The micro-credential will be awarded if the learner successfully completes all 25 courses and passes the national

OKLAHOMA RESIDENTS ONLY

Examines robotic programming languages, teaching modes, and sensors for us in manufacturing industries. Lessons cover the positioning and motion functions of robotics and test unique robotics designs. This class also discusses robotic classifications, controls, kinematics, motors, and electrical drive circuits. Students will also build their own robotics circuit. 
 

MEETING DAYS & TIMES:  MOnday, 4:00PM-5:20PM (in-person component) & ONLINE
LOCATION: Northeast Campus, Engineering Technology Building, Room ET-142
INSTRUCTOR: Carla Bradford

Focuses on interpreting and visualizing drawings and prints used in industrial settings, including print content, the role of prints in the digital age, and exposure to geometric dimensioning and tolerancing. Also covers several foundational skills needed for print reading success, including basic mathematics, geometry principles, measurement tools, and the design process.
 

A beginning course in basic electricity/electronics. Emphasis will be placed on equipment familiarization using digital multimeters, oscilloscopes, also electrical safety, and analyzing simple direct and alternating current circuits. This course is designed for students needing an exposure to electricity or as a beginning class for electronics.

A course for the development of lab research and projects in engineering technologies. Students will utilize basic hand tools in the design and fabrication of projects. With training, students may also work with mills, lathes, welding, PCB circuit design, soldering, and/or 3-D plotting in project development. Basics of metal working machine tools and standard shop practices, with a special emphasis on shop safety, will be covered along with exploration into the fundamentals of turning, milling, broaching and sawing, and the abilities of conventional machine tools. Includes lab component.

A course for the development of lab research and projects in engineering technologies. Students will utilize basic hand tools in the design and fabrication of projects. With training, students may also work with mills, lathes, welding, PCB circuit design, soldering, and/or 3-D plotting in project development. Basics of metal working machine tools and standard shop practices, with a special emphasis on shop safety, will be covered along with exploration into the fundamentals of turning, milling, broaching and sawing, and the abilities of conventional machine tools. Includes lab component.

An introduction to the history, evolution and practice of advanced manufacturing and quality systems including Lean Manufacturing, Kiazen, 5-S, Kanban, Toyota Production System, and Six Sigma. Exploration into the theory and tools behind today's most advanced business philosophies.

An introduction to the history, evolution and practice of advanced manufacturing and quality systems including Lean Manufacturing, Kiazen, 5-S, Kanban, Toyota Production System, and Six Sigma. Exploration into the theory and tools behind today's most advanced business philosophies.

Provides the skills necessary to enter the manufacturing workforce and prepare for the examination to become a Certified Production Technicians administered through the Manufacturing Skills Standards Council. Includes a technical overview of safely maintaining production equipment and best practices of isolating stored energy. Predictive and preventing maintenance explored from a Total Productive Maintenance system perspective. Safety systems, sensors, machine maintenance and proper housekeeping procedures in the manufacturing industry are covered. Includes lab component.

Blended class with in-person and online sessions

Provides the skills necessary to enter the manufacturing workforce and prepare for the examination to become a Certified Production Technicians administered through the Manufacturing Skills Standards Council. Includes a technical overview of safely maintaining production equipment and best practices of isolating stored energy. Predictive and preventing maintenance explored from a Total Productive Maintenance system perspective. Safety systems, sensors, machine maintenance and proper housekeeping procedures in the manufacturing industry are covered. Includes lab component.

Blended class with in-person and online sessions

Provides the skills necessary to enter the manufacturing workforce and prepare for the examination to become a Certified Production Technicians administered through the Manufacturing Skills Standards Council. Includes a technical overview of safely maintaining production equipment and best practices of isolating stored energy. Predictive and preventing maintenance explored from a Total Productive Maintenance system perspective. Safety systems, sensors, machine maintenance and proper housekeeping procedures in the manufacturing industry are covered. Includes lab component.

Blended class with in-person and online sessions

Provides the skills necessary to enter the manufacturing workforce and prepare for the examination to become a Certified Production Technicians administered through the Manufacturing Skills Standards Council. Includes a technical overview of safely maintaining production equipment and best practices of isolating stored energy. Predictive and preventing maintenance explored from a Total Productive Maintenance system perspective. Safety systems, sensors, machine maintenance and proper housekeeping procedures in the manufacturing industry are covered. Includes lab component.

Blended class with in-person and online sessions