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Course TitleCourse DescriptionCreditsPrerequisitesCourse NumberCourse Outline
 
Scientific Injection Molding IIIThis course is a continuation of Scientific Injection Molding II and is designed to introduce the student to Scientific/Decoupled III molding strategies and techniques, which are critical methods, techniques, and strategies in medical devices and other plastics manufacturing. The content includes practical application of cavity pressure control, instrumentation, and data acquisition to accomplish Scientific/Decoupled III molding and process control. Students will also apply their learning and skills on understanding Scientific/Decoupled III molding practices to produce process repeatability by machine and mold monitoring techniques to achieve the process control solutions.4PLST2245 and Injection Molding certificate or equivalent experience with instructor approvalPLST2250View
Scientific Injection Molding IIThis course is a continuation of Scientific Injection Molding I and is designed to introduce the student to Scientific/Decoupled molding methodologies and techniques, which are critical in medical and other plastics manufacturing. Students will learn Scientific/Decoupled II molding from the "Plastics Point of View", which includes building and documenting a Scientific/Decoupled II process. The course also includes plastics behavior and the molding machine controls, instrumentation devices used in molding, process documentation worksheets with studies and tests. Students will also apply their learning on interpreting machine and cavity pressure curves, and computerized data acquisition devices. This course utilizes Paulson Training Programs, inc. interactive web-based training.4PLST2240 and Injection Molding certificate or equivalent with instructors approvalPLST2245View
Scientific Injection Molding IThis course is designed to introduce the student to Scientific/Decoupled/Traditional molding methodologies and techniques, which are critical in medical device and other plastics manufacturing. Content includes plastics materials, part, mold, and machine considerations. Students will learn molding from the "Plastics Point of View" for design and processing, which includes molding calculations and useful tables, traditional (vs) scientific/decoupled molding, and universal processing parameters. The course also includes practical application of machine control settings, and process monitoring instrumentation. Students also apply their learning on molding problems for practical solutions. This course utilizes Paulson Training Programs, Inc. interactive web-based training.4Injection Molding certificate or equivalent experience with instructor approvalPLST2240View
Design of Experiments (DOE) for Injection MoldingThis course is intended to introduce the student to the Design of Experiments. Content includes an overview of how to develop an experiment by explaining common terminology and exploring various DOE techniques, all in an injection molding environment. This course utilizes DOE Wisdom Jr. software, which helps you properly layout the experiments. The book, Design of Experiments for Injection Molding will further enhance your understanding of DOEs. This course also utilizes an interactive training program using CD-ROM based software. 4MATH1050 or MATH1060 and METS1050PLST2150View
Injection Molding Process IIIThis course is a continuation of Injection Molding II and is designed to introduce the student to injection molded part problems and solutions. Part defects are described and analyzed to show how each develops. Topics also include an explanation of the cause and effect method of problem analysis used in analyzing and solving all types of production problems. This course utilizes Paulson Training Programs' interactive CD-ROM based software. Content includes set-up, operation and troubleshooting of several types of Injection Molding Machines, Molds and Materials to produce quality plastics molded parts. Optimization of setting and started the mold will be emphasized. This course will cover the characteristics of hazardous wastes and its safe handling, storage, and disposal.4PLST2138PLST2143View
Injection Molding Process IIThis course is a continuation of Injection Molding Process I and is designed to introduce the student to ten (10) lessons of Understanding Materials for Profitable Molding. Each lesson describes the properties and molding characteristics that will improve processing of that material. Lessons include PC, PP, PE, PA, ABS, PS, PMMA, POM, PBT, and TPE. Content includes SimTech, an injection molding machine simulator. Content includes two-sessions on efficient mold setting designed to instruct personnel on proper mold storage, installation, start-up, safety and shut-down procedures. This course utilizes Paulson Training Programs interactive CD-ROM based (software). Hands on training in set-up, tear-down, operation and troubleshooting of several molds to produce a quality product will be emphasized. This course will cover the characteristics of hazardous wastes and its safe handling, storage, and disposal.4PLST2128PLST2138View
Injection Molding Process IThis course is designed to introduce the student to Basic Injection Molding machine operations and operating controls. Content includes Plastics Drying Technology Operation, Control, and Maintenance. Content includes SkillBuilder, a CD-ROM based interactive lab simulator for Basic Injection Molding Technology. Content includes Advanced Injection Molding with emphasis on the relationship between machine controls, plastics behavior during molding and finished part properties. Content includes Optimizing Machine Control Settings 1, 2, 3 and 4. This course utilizes Paulson Training Programs' interactive CD-ROM based (software). This course will cover the characteristics of hazardous wastes and its safe handling, storage, and disposal.4NonePLST2128View
Medical Micro-bore Extrusion ProcessThis course introduces students to the concepts, principles and specific requirements regarding Food and Drug Administration (FDA) and Good Manufacturing Practices (GMP) that strictly regulate how organizations are to produce medical devices as relates to the micro-bore extrusion process.3Instructors approvalPLST2035View
Systematic Medical Device ProtocolThis course introduces students to the concepts, principles and specific requirements regarding Food and Drug Administration (FDA) and Good Manufacturing Practices (GMP) that strictly regulate how organizations must adhere to a systematic approach to the production of medical devices.3Instructors approvalPLST2030View
Extrusion Molding Processes IIThis course is a continuation of Extrusion Molding Processes I and introduces students to additional single screw extrusion. Content includes compounding with the twin screw extruder which covers basic operations to advanced troubleshooting. This course also includes the usage of plastics drying technology operation, control, and maintenance instruction. This course utilizes an interactive training program using CD-ROM based (software). Emphasis will be placed on startup, setup, operation, teardown, shutdown, and troubleshooting of several extrusion dies, down steam equipment, and plastics molding materials in an effort to produce a quality product.4PLST2011PLST2017View