You'll master the art of Automotive Plastic Part Design, focusing specifically on the Door Trim Project 2 as a hands-on project in CATIA V5 or UG-NX.
Last
updated : March-2025
English
This Course includes:
20 hours on-demand video
Downloadable All Project Data
Access On Laptop & Mobile
Certificate Of Completion
One-To-One Live Support
Lifetime Access*
Door Panel Overview: Embark on an exploration of the door panel, unraveling its intricacies and functional components. Introduce key elements such as armrest, map pocket, lower/upper substrate, top roll, and switch bezel.
Data Exploration: Delve into the environmental considerations shaping door panel design. Conduct a meticulous study of input data, benchmark data, and customer requirements to establish a robust foundation.
Surface Feasibility and Master Section: Ensure design excellence through a thorough surface feasibility check, accompanied by detailed reporting. Conduct a draft analysis for refinement and establish a master section to enhance design cohesion.
Close Volume and B-Side Features: Master the transition from Class A to Class B surface creation, emphasizing visual harmony and functional integration. Skillfully create flanges and mount B-side features for a holistic and aesthetically pleasing door panel.
Welcome to the ISOPARA Automotive Plastic (Interior): Door Trim Design Project, where innovation and expertise converge in the realm of automotive plastic part design. This project has been meticulously crafted by industry experts who are proficient in using CATIA V5 or UG-NX CAD software. It offers a comprehensive learning experience for automotive enthusiasts and design professionals, making it an ideal opportunity to expand your knowledge and skills in this field. At ISOPARA, we are dedicated to nurturing talent through practical learning, and this project is designed with that principle in mind. Participants will dive deep into the intricacies of designing door trims, a critical component of automotive interiors, using advanced CAD tools. Under the guidance of industry experts, you will gain valuable hands-on experience in conceptualizing, prototyping, and refining door trim designs to meet both industry standards and customer expectations. Throughout the project, you will explore the delicate balance between aesthetics and functionality, ensuring that your designs not only captivate but also serve their purpose effectively. Join the ISOPARA Automotive Plastic (Interior): Door Trim Design Project and embark on a transformative journey to shape the future of automotive interior design. To enhance SEO, it's essential to incorporate relevant keywords and phrases naturally into your content. In this revised text, I've maintained the core message while optimizing it for search engines.
The course typically utilizes CAD software such as CATIA V5 or UG-NX for automotive plastic design exercises.
Yes, the course often includes insights into material selection and considerations for designing door trims suitable for manufacturing.
Yes, the course often includes insights into material selection and considerations for designing door trims suitable for manufacturing.
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