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Course Criteria
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14.00 Credits
This 144 hour class provides the student with the third level of classroom instruction for the Tool & Die Maker Apprenticeship Program. In this class students will learn the basics of CAD and CAM modeling, programming, as well as CNC machine setup and maintenance For those completing the class as part of an apprenticeship, this course will also introduce students to their apprenticeship and review the on-the-job (OJT) training requirements and required documentation for 500 OJT supervised work hours.
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14.00 Credits
This 144 hour class provides the student with the fourth level of classroom instruction for the Tool & Die Maker Apprenticeship Program. In this class students will learn more advanced CAD and CAM modeling, programming, as well as jigs, fixtures, mold design, and troubleshooting. For those completing the class as part of an apprenticeship, this course will also introduce students to their apprenticeship and review the on-the-job (OJT) training requirements and required documentation for 500 OJT supervised work hours.
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57.60 Credits
Tool and die makers work with machinery and mechanical equipment to cut, shape and finish tools made of metal, or forge die casts for creating molds for materials made out of metal, plastic, ceramic and more. This program is the 4-year classroom component of the state registered Tool & Die Apprenticeship program. On-the-job training requirements will also be mandated by the terms of the apprenticeship. The classroom program is both academic as well as hands-on and students will spend a significant portion of the class working in the machining labs learning the practical application of the science behind tool and die maker's work. From the first stages of design to the final quality control inspections at the end of a manufacturing process, tool and die makers may find themselves at any number of critical points throughout the production system.
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1.60 Credits
This course presents critical information on the basics of Geometric Dimensioning & Tolerancing Fundamentals (GD&T) through lectures, realistic examples, discussions, and problem application. Students will learn to apply these techniques in datum selection and tolerancing optimization. This learning approach preserves functional product requirements, while taking into consideration manufacturing difficulties, introducing more producible tolerances, practical datum structures, and pre-planning measurement methods.
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0.80 Credits
Provides a comprehensive view on reading and understanding technical schematics for creating parts and assemblies in an industrial production setting. This course is designed for individuals entering or working in the fields of manufacturing and fabrications and is built in a manner that allows for thoughtful practice and application of techniques taught. While this course is typically offered in 16 hours, it may be offered in various lengths to accommodate different needs and applications and presented in person or via remote instruction usin Zoom technology and includes breaks and interactive practice sessions. Students are able to engage in these evenly-paced learning sessions with a hightly qualified instructor in a personalized setting.
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2.80 Credits
This course will have students use Python to produce solutions to automate geo-processing functions using a variety of programming methods, structures, and data sources. Additionally, students will use the Python scripting language to modify and create geo-processing scripts. Students will construct, compile, and troubleshoot computer code according to best practices. Students will solve geospatial problems and streamline GIS workflows through the design and development of custom GIS applications and they will modify user interfaces to increase productivity.
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3.00 Credits
Provides instruction for workers and employers on the recognition, avoidance, abatement, and prevention of safety and health hazards in workplaces in general industry. This course is open to everyone and is recommended for supervisors or workers with some safety responsibility. The OSHA-30 General Industry course is a comprehensive safety program designed for anyone involved in general industry. The course is taught by an Authorized OSHA Outreach trainer, and students who successfully complete the training receive their OSHA-30-36 hour General Industry wallet card. Cards are issued by OSHA approximately 8-12 weeks after the course ends.
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1.00 Credits
Provides instruction for workers and employers on the recognition, avoidance, abatement and prevention of safety and health hazards in workplaces within general industry. Some of the topics covered are: the dangers of electrical hazards, spray finishers and unguarded equipment; the basics of slip, trip and fall hazard protection; properly using personal protective equipment (PPE) and proper use of fixed and portable ladders. This 10-12 hour training is taught by an Authorized OSHA Outreach trainer and students who successfully complete the course receive their OSHA-10-12 hour General Industry wallet card. (Cards are issued by OSHA approximately 8-12 weeks after the course ends.) This training is open to everyone and is recommended for entry-level workers in general industry, such as healthcare, factory operations, warehousing, manufacturing, storage and others. There are no prerequisites required.
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1.40 Credits
Introduces students to Computer Numeric Control (CNC) programming using Computer-Aided Drafting/Computer-Aided Manufacturing (CAD/CAM) systems. This 140 hour training teaches students to fully design a component using various CAD/CAM programs; operate the Human Machine Interface (HMI) found on automated equipment to manufacture a completed part; work through manufacturing designs including designing a product using the costumers specifications; identify and troubleshoot quality control issues found in the manufacturing environment; and manufacture a completed part, that works in conjunction with parts made by other students, in cellular manufacturing environment. The tuition for this course includes the textbook, lab fees and access to educational versions of software, as permitted by the developer.
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0.60 Credits
This quick course will cover the fundamentals of G & M Code used in CNC programming applications to best maximize machine and operator performance.
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