Manufacturing Technology Certificate: ASSEMBLY & DESIGN FOR PLASTIC PARTS

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	ACE Approved Courses for Academic Credit
	Manufacturing Technology Certificates (MTC)
		Manufacturing Technology Certificate: METALS
		Manufacturing Technology Certificate: PAINT & FINISHING
		Manufacturing Technology Certificates: PLASTICS - PRIMARY PROCESSING
		Manufacturing Technology Certificate: PLASTICS - INJECTION MOLDING
		Manufacturing Technology Certificate: PLASTICS - ADVANCED INJECTION MOLDING
		Manufacturing Technology Certificate: PRODUCT DEVELOPMENT
		Manufacturing Technology Certificate: MATERIALS (NON-METALLIC)
		Manufacturing Technology Certificate: ASSEMBLY & DESIGN FOR PLASTIC PARTS
			MTC ASSEMBLY & DESIGN: E-course License Package
			Advanced Molded Part Design
			Design Concepts For Molded Parts
			Gas Assist Part & Mold Design
			Assembly Design for Plastic Parts
			Design Concepts for Injection Molds
			Finite Element Analysis, Prototyping
			Mold Filling Analysis
			Overview of Fasteners
			Rapid Prototyping
		Manufacturing Technology Certificate: PLASTICS TOOLING
		Manufacturing Technology Certificate: INDUSTRIAL AUTOMATION AND ROBOTICS
		Manufacturing Technology Certificate: INDUSTRIAL MANUFACTURING
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Manufacturing Technology Certificate: ASSEMBLY & DESIGN FOR PLASTIC PARTS

Manufacturing Technology Certificate ASSEMBLY & DESIGN FOR PLASTIC PARTS: Take advantage of the Discounted Pricing given for purchasing the entire bundled package of 5 e-courses. 49 Total Contact Hours.

MTC ASSEMBLY & DESIGN: E-course License Package

To earn your MTC in Assembly & Design complete the first 3 listed e-courses below. Then choose an additional 2 from the remaining assembly and design curriculum (5 courses total). Please specify the 2 additional courses you would like to include in the MTC after purchasing this package.

Price: $1,125.00

Advanced Molded Part Design

The Advanced Molded Part Design course provides insight into the critical roles that are involved in the success of a Simultaneous Engineering Project. It also highlights molded part tolerances and insert molding. Detail on structural design, including useful design formulas are also provided.
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Price: $295.00

Design Concepts For Molded Parts

The Design Concepts For Molded Parts outlines the basic design factors and comments on their significance to part function, cost, and reliability. Each of these factors are discussed providing concise design guidelines and illustrated examples. Descriptions of pitfalls associated with common design errors demonstrate that there is more to part design than achieving the desired appearance and fitting to mating parts. To summarize the concepts, a list of the most critical concepts of part design is provided. The relationships between part design features and part performance in the field are also described in detail.
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Price: $295.00

Gas Assist Part & Mold Design

The Gas Assist Part & Mold Design course offers insight into the hardware & components used in gas assist, the polymer parameters, the gas injection parameters, the mold parameters, as well as the gas assist injection techniques and design considerations.
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Price: $345.00

Assembly Design for Plastic Parts

Assembly Designs for Plastic Parts provides an insight into the assembly methods used in plastic product assembly and manufacturing. Once the preliminary design is completed, the engineering stage begins which consists of detailed engineering design and analysis of the part and assembly. It is during this stage where an understanding of plastic behavior and its mechanical limits are essential to preventing failure. It must be understood that classical theories of strength of materials do not always apply as plastics have a lower strength level than most metals and experience a much higher degree of deformation in the elastic region, especially under elevated temperatures. Experience and a working relationship with the material supplier is key to developing the final dimensions to achieve the optimum fit of a fastener or the proper joint design.
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Price: $295.00

Design Concepts for Injection Molds

The Design Concepts for Injection Molds course discusses the critical features of a mold design, including cavity number and placement, gating and feed systems, parting line locations, cooling layout and ejection methods. Other important factors which influence these mold design decisions are also covered, including part production volumes, part function and quality requirements, and the material selected for part production.

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Price: $295.00

Finite Element Analysis, Prototyping

Within the Finite Element Analysis (FEA), Virtual Prototyping and Validation course various techniques are discussed, with examples and common tools available. In addition, two stages in the virtual design process are also evaluated. The first is the creation of the engineering design, and the second is the evaluation of the design. The tools for each are also reviewed. Exploration of the different forms of computer-aided design (CAD) such as, wire frame geometry, surface modeling, and solid modeling are key features of this course which will improve your understanding of design evaluation using simulations and virtual prototyping.

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Price: $295.00

Mold Filling Analysis

The Mold Filling Analysis course breaks down the mold filling analysis process and how it's use of the computer to simulate the physics of the injection molding process. Also reviewed is the geometry of the part, the filling of the mold, the cooling analysis, and finishes; with a review of several mold filling software tools. Within this course, are many case studies with valuable examples of the use of mold filling analysis.
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Price: $295.00

Overview of Fasteners

The Overview of Fasteners course will assist in the primary decision: what type of fastener to use for an assembly. By using the Chain Decision Chart, the user will select a fastener type that can be further defined by the Choices Menu that follows. The use of this routing will certainly point out the right directions to pursue in fastener choice. A bolt may work, a rivet, or even a staple may do the job. Your company’s preferences, what types of parts are already in use, operator and plant preferences, even your own conceptions of what you think is better will affect the final part choice. The use of the Decision Chart and Choices in this course will outline advantages and disadvantages of the several paths of selection; but in all cases, selecting a safe, conservative choice for the conditions listed has been followed.
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Price: $345.00

Rapid Prototyping

The Rapid Prototyping course highlights the many technologies and concept modeling technologies, along with common features, that are available within the industry. Preparation, consideration factors, and analysis of rapid prototyping are other valuable topics are included in the course. Advantages and limitations of the various technologies of rapid prototyping are also discussed.
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Price: $295.00

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