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For more information on the Society of Plastics Engineers' (Brookfield, CT) Mold Designer of the Year award, visit its website at www.4spe.org.

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Currently a manufacturing engineer and training coordinator for the Injection Molding Training Program at Sandusky, OH-based Visteon Automotive Systems (formerly part of Ford Motor Co.), Dininger boasts 14 years of experience in the instruction of plastics processing with his major focus on injection molding; instruction in the design of plastic products; and the design of plastic injection molds, investment casting molds, jigs and machining fixtures for the aircraft, aerospace and automotive industries. Before that, he spent nine years in process engineering, six years in project engineering and four years in injection mold design.

History Lesson
Originally from Tiffin, OH, Dininger presently resides in Litchfield, OH with his wife of 20 years. A father of four, he started out in the industry while attending Bowling Green State University (Bowling Green, OH), where he earned a B.S. in Education in Technology. "I worked in the plastics department at Whirlpool Corp. during the summers," he recalls. "When I had a tumor removed from the inside of my spinal column, I went back to school at Akron Machining Institute and learned injection mold design, When I graduated, I went to North Coast Tool and Mold (Brooklyn Heights, OH) and designed injection molds and investment casting molds."

Later, he ventured into education, falling back on that degree he earned at Bowling Green. "I taught Injection Mold Design at the Akron Machining Institute for several years," Dininger notes. "Then, I was in charge of and taught the Plastics Processing Program at Lorain County Community College." Additionally, he has served on the Education Committee for Society of Plastics Engineers (National and Cleveland Section) and on the advisory committee for SPE's Plastics Technician's Toolbox.

Dininger has been with Visteon for seven years, although he has been instructing/consulting for them for more than 10 years. His responsibilities include the following:

• Process optimization for headlamp, taillight and multicolor lighting departments.
• Molding machine tuning and optimization.
• Review tooling and tooling designs for feasibility and process capability for optimal processing and the manufacture of highly visible, cosmetic plastic parts.
• Process troubleshooting of difficult critical processing problems - ones that will shut down assembly plants within a matter of hours.
• Review of new products for the feasibility of tooling and manufacturability.
• Serve as a liaison between the advanced injection molding engineering group, the production management and the production floor.
• Introduce and coordinate implementation of new high-tech technologies including writing acceptance performance criteria for this equipment and writing purchase orders.
• Serve as a liaison between new model engineering, tooling engineering, the tooling standards group, and the production management and floor personnel.
• Train and coordinate the training of setup personnel from the production floor.
• Perform experiments and correct long-term processing problems.

In conclusion, he offers the following advice to his peers. "Injection molding - along with many other plastic processes - is a complex process and needs to be well understood to make the process be profitable for you," he states. "This means that you must understand each component of the business in depth and practice that understanding in order to have a profitable business in this field. This includes training all of your setup personnel, floor engineers, floor supervisors, middle management, upper management, tool builders, product engineers, tooling engineers and materials engineers." Sounds like it worked for him!

Mold Designer Of the Year Award
Each year, the Moldmaking and Mold Design Division of the Society of Plastics Engineers (Brookfield, CT) looks for award recipients for its two awards: Mold Designer of the Year and Moldmaker of the Year. Potential recipients are solicited through the division's newsletter, ballots, trade publications, etc.

The awards - sponsored by D-M-E and Progressive Components respectively - give each winner $500, which will be donated on their behalf to a technical school of their choice. The following information briefly outlines the criteria for the awards:

Candidates for Nomination:

• Is or was a moldmaker/mold designer.
• Has made a contribution to the industry, and is active in trade societies, training and in establishing industry policies, etc.
• Has strong technical experience.
• Has a reputation for conducting business in a fair and honest manner.
• Does not have to be an SPE member.
• A brief bio should also be forwarded about the candidate detailing his/her accomplishments.