Foundation Course - Automotive Plastic Part Design using CATIA V5 or UG-NX
Plastic components are used in almost every modern product, from automotive interiors and medical devices to consumer electronics and industrial equipment. This is why a professional plastic product design course has become an essential skill for mechanical and product design engineers. Through structured plastic product design training, students learn how plastic components are designed for real manufacturing environments using industry...
This Courses includes :
Course Video Content (Theory + Practical )
Modules: 0 | Videos: 0 | Sample Video: 0
What you'll learn
Introduction
Embark on a journey into the world of plastics, exploring their significance and the pivotal role they play in the automotive industry. Gain an insightful overview of this dynamic sector.
Manufacturing Process
Delve into the intricacies of manufacturing plastic parts, covering techniques like injection molding, blow molding, mold concepts, and an array of plastic materials.
Vehicle Development Process
Uncover the vehicle development process, navigating from concept to the car's launch. Explore the use of clay models and the critical considerations of achieving Class A Surfaces.
Solid Creation
Master the art of solid creation, progressing from Class A to Class B surface creation and mastering the technique of Master Section creation.
B-Side Features
Explore the creation of B-side features, including Clip tower, dog house, snap, screw boss, heat stake, ribs gussets, with detailed design guidelines and the innovative Power copy concept.
Tooling
Dive into the world of tooling, covering essential aspects such as tool direction, types for finding tooling direction, parting line considerations, internal and external undercuts, slider-lifter concepts, and tooling feasibility checking with report creation.
Modification
Learn the art of modification in response to new data, and explore the nuances of re-mastering.
Technical
Immerse yourself in technical aspects such as ergonomics study, DFA (Design for Assembly), DFM (Design for Manufacturability), DFMEA (Design
Failure Mode and Effects Analysis), DFS (Design for Sustainability), along with an exploration of automotive safety standards and OEM regulations.
Exercise
Enhance your learning through 30 downloadable exercises and 5 CAD tests, providing practical, hands-on application of the concepts covered in the course.
Benefits of this course
- Industry-Specific Skills:Learning automotive plastic Part design equips you with specialized skills tailored for the automotive industry, enhancing your employability.
- In-Demand Expertise:As the automotive industry continues to evolve, the demand for professionals skilled in automotive plastic Part design remains high.
- Creative Design Solutions:The course fosters creativity and innovation, enabling you to design cutting-edge and functional plastic components for vehicles.
- Part Optimization:Learn techniques to optimize plastic designs for weight reduction, cost-effectiveness, and improved performance in automotive applications.
- Real-World Projects:Gain hands-on experience by working on real-world automotive design projects, preparing you for practical challenges in the industry.
- Career Advancement:Acquiring expertise in automotive plastic Part design opens up opportunities for career advancement and specialization within the automotive sector.
- Interdisciplinary Skills:The course may cover aspects of materials science, engineering principles, and manufacturing processes, providing a holistic understanding of automotive design.
- Industry Networking:Engage with industry professionals and experts during the course, establishing valuable connections for future career prospects.
- Sustainable Design Focus:Learn about environmentally friendly and sustainable design practices, aligning with the automotive industry's increasing focus on eco-conscious solutions.
- Contribution to Automotive Advancements:As an automotive plastic Part designer, you have the opportunity to contribute to the development of innovative and safer vehicles, impacting the future of transportation.
Honest Reviews by Our Learners
FAQs about this Course
A plastic product design course teaches engineers how plastic components are designed for manufacturing industries. The course covers CAD modeling, plastic design guidelines and injection molding concepts. Students learn how real plastic products are developed in product design industries.
Plastic product design training teaches engineers how to design plastic parts using professional CAD tools and engineering principles. Students learn about draft angles, wall thickness, ribs and boss design used in plastic components. The training also includes practical product development exercises.
A plastic design course focuses on designing plastic components used in automotive products, consumer electronics and industrial equipment. It teaches modeling techniques and engineering guidelines used in plastic part development. Students also learn how to optimize plastic components for manufacturing.
A plastic mold design course teaches engineers how molds are designed for manufacturing plastic parts through injection molding. It includes mold structure, cooling systems, gating design and manufacturing processes used in plastic production.
Plastic part design training focuses on designing plastic components that meet functional and manufacturing requirements. Engineers learn CAD modeling techniques and plastic design rules used in product development industries.
Plastic product design classes are suitable for mechanical engineers, product designers and CAD professionals. Anyone interested in plastic component design or manufacturing industries can benefit from this training.
Industrial plastic design training teaches engineers how plastic components are developed for real manufacturing environments. It includes CAD modeling, plastic product development and injection molding design concepts.
A plastic product design institute is a training organization that provides education in plastic component design and product development. These institutes offer structured courses and practical engineering training.
A professional plastic design course focuses on advanced plastic component design and manufacturing principles. It prepares engineers to work on real product design and industrial plastic development projects.
Yes, plastic product design training helps engineers develop skills required in product design and manufacturing industries. Engineers trained in plastic product design are often hired for product development and plastic component design roles.
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Industry Focused Automotive Plastic Product Design Training for Manufacturing Applications
Modern manufacturing industries rely on lightweight, cost-effective and high-performance plastic components, which makes a professional plastic produc Read more
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