Will the course cover material selection and manufacturing considerations?

Yes, the course often includes insights into material selection and considerations for designing door trims suitable for manufacturing.

How will the course enhance my career prospects in the automotive industry?

Yes, the course often includes insights into material selection and considerations for designing door trims suitable for manufacturing.

Project - Automotive Plastic Door Trim Design 2 in CATIA V5 or UG-NX

Name: Project - Automotive Plastic Door Trim Design 2 in CATIA V5 or UG-NX
Price: 12000 INR
Availability: InStock
Rating: 4.8 (5241 reviews)

Interior door panels are one of the most complex plastic assemblies inside a vehicle cabin, combining functionality, ergonomics and styling. This automotive door trim project design course introduces engineers to the development of modern door panel systems used in automotive interiors. Through structured learning in plastic automotive door trim design, students understand how interior trim components are engineered to integrate...

This Courses includes :

Course Video Content (Theory + Practical )

Modules: 0 | Videos: 0 | Sample Video: 0

What you’ll learn

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.

Tooling Optimization

Perform draft analysis for optimized tooling considerations. Conduct tooling feasibility checks, generate comprehensive reports, and modify parts as necessary to align with tooling requirements.

Clash Analysis

Scrutinize gaps, clashes, and clearances through detailed analysis.Modify components based on clash analysis results to refine the overall design for enhanced compatibility.

Technical Aspects

Enhance user experience through an in-depth ergonomics study. Explore key technical concepts such as DFA, DFM, DFMEA, DFS, ensuring a robust and efficient door panel design.

Adhere to stringent automotive safety standards and comprehend OEM regulations, aligning with industry norms and standards.

Honest Reviews by Our Learners

FAQs about this Course

The course typically utilizes CAD software such as CATIA V5 or UG-NX for automotive plastic design exercises.

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Automotive Door Trim Project Design Course for Interior Door Panel Development

Modern vehicle interiors require well-designed door trim systems that provide structural support, user interaction and aesthetic value. This automotiv Read more