![]() ![]() Ways a three-dimensional part is drawn on two-dimensional paper Prints are interpreted according to standards and represent contractual requirements The basic requirements of technical drawings The manufacturing cycle and purpose of prints What manufacturing prints are and why they are used Identify relevant information from a variety of other common types of prints.Analyze drawing features, symbols and notes unique to gears, splines, and cams.Analyze weld symbols and interpret the unique symbols found on welded part prints and sheet metal prints.Analyze drawing features, symbols and notes unique to castings, forgings, and molded part prints.Interpret symbols and notes used to communicate special manufacturing requirements that are not directly illustrated and dimensioned.Interpret standard surface finish symbols and screw thread designations.Calculate minimum and maximum allowable values for dimensions considering tolerances.Identify part dimensions and tolerances including geometric dimensioning and tolerancing.Visualize parts from drawings consisting of multiple views, including basic, auxiliary, partial and various types of section views.Navigate the total manufacturing print, including lines, scale, language, symbols, title blocks, and other components.Interpret and describe the technical information provided on industrial prints through drawings, dimensions, and notes.Through training, participants will learn the following: This course is designed for anyone who needs to properly interpret and act upon the information contained in engineering specifications, including mechanical engineering technicians, manufacturing engineering technicians, machinists, welders, fabricators, tool & die makers, and quality assurance technicians. Material covered includes: visualizing the part, finding and interpreting the drawing information needed for a task, performing shop mathematics, and reading standard symbols and notes. This course presents the basic elements of a print and introduces the concepts that students must master to successfully interpret engineering drawings. This course is designed for those seeking an overview of drawing interpretation. How to interpret a technical drawing is an essential skill to anyone involved in the manufacturing industry. MA Workforce Training Fund Express Grant.MA Workforce Training Fund General Grant.Outsourced PPAP Review & Disposition (APQP Processes).Auditing Core Tools & Customer-Specific Requirements.Quality / Regulatory Management Systems.EU’s In Vitro Diagnostic Medical Devices Regulation (IVDR).Cybersecurity Maturity Model Certification (CMMC).Process Improvement Tools / Technical Skills.Quality Management & Quality Control Support Services. ![]() National Aerospace and Defense Contractors Accreditation Program (NADCAP).Management System Standards – Implementation & Integration.
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