Name: Industrial Design
SKU: N/A

Industrial Design

Course Overview

This program focuses on core skills in industrial design and is aligned with job tasks such as product engineering drawing, model making, and design engineering application. Foundation courses include Introduction to Design, Product Hand-Drawn Presentation, Fundamentals of Composition, Product Engineering Drawing, and Product Model Making. Core courses cover Product Design Processes and Methods, Product Digital Design, and Product Design Engineering Application.

Learners study mechanical drafting standards, projection principles, engineering drawing methods, product modeling techniques, and design engineering knowledge. Training covers clay models, prototype models, and 3D printed models, as well as product structure principles, manufacturing processes, and material selection. After completing the program, learners can prepare for roles, product structure designer, model maker, 3D modeler, and design assistant.

Why This Program?

1. Curriculum

Combines hypothesis with hands-on hone and project-based learning to bolster commonsense application.

2. Skills

Covers center abilities counting designing drawing, show making, plan designing application, plan forms and strategies, and computerized item design.

3. Faculty

Delivered together by endeavor plan pros and scholarly teaches, combining plan hypothesis with commonsense extend experience.

4. Platform

Supported by styling and drawing offices, model-making workshops, and computer-aided plan platforms.

5. Career Pathways

Aligned with commonsense needs in the item division and related professional certificate pathways, counting 3D Printing Modeling and Plan.

What You Will Be Able to Do?

1. Product Engineering Drawing

Understand mechanical drafting standards, projection principles, view representation, dimensioning, and related engineering drawing knowledge.
Use engineering drawing methods to prepare product engineering drawings.
Build practical capability in standardized engineering drawing and technical communication.

2. Product Model Making

Master production techniques for clay models, prototype models, and 3D printed models.
Transform design concepts into physical models.
Develop hands-on ability and spatial understanding for product form development.

3. Product Design Engineering Application

Understand product structure principles, manufacturing processes, material selection, and related engineering knowledge.
Connect product design concepts with engineering implementation requirements.
Analyze the feasibility of design proposals from an engineering perspective.

4. Product Design Processes and Methods

Carry out market research, user research, needs analysis, concept generation, proposal evaluation, and design refinement.
Apply systematic design methods to product development tasks.
Build structured design thinking for industrial design projects.

5. Product Digital Design

Use 2D drawing software and 3D modeling software for product design tasks.
Apply digital product design methods for modeling, rendering, and presentation.
Develop digital design capability for product visualization and design communication.

What You Will Learn?

Training Skill	Content Description
1. Product Engineering Drawing	Learn mechanical drafting standards, projection principles, view representation, dimensioning, and related engineering drawing knowledge. Master engineering drawing methods, prepare product engineering drawings, and build engineering drawing capability.
2. Product Model Making	Learn product model-making processes and techniques. Master clay model, prototype model, and 3D printed model production methods. Convert design concepts into physical models while developing hands-on ability and spatial understanding.
3. Product Design Engineering Application	Learn engineering knowledge used in product design, including product structure principles, manufacturing processes, and material selection. Understand the relationship between product design and engineering implementation, and develop feasibility analysis capability for design proposals.
4. Product Design Processes and Methods	Learn the complete industrial design process, including market research, user research, needs analysis, concept generation, proposal evaluation, and design refinement. Master systematic design methodology and develop structured design thinking.
5. Product Digital Design	Use 2D drawing software and 3D modeling software. Learn digital representation methods for product design, and use professional design software for product modeling, rendering, and presentation.

Learning Platform

The stage builds a total specialized framework from essential shape advancement to full item design.

The building drawing preparing room bolsters preparing in mechanical drafting guidelines, projection standards, see representation, and dimensioning.

The model-making workshop is prepared with pounding machines, cutting gear, workbenches, clean collection hardware, and 3D printing hardware, supporting preparing in clay models, model models, and 3D printed models.

The computer-aided plan preparing room is prepared with computers and standard plan program, supporting 2D drawing program, 3D modeling program, item modeling, rendering, and introduction training.

The materials and forms preparing room incorporates common mechanical item fabric libraries and item structure case libraries, supporting preparing in item structure standards, fabricating forms, and fabric selection.

Together, the four stages frame an coordinates specialized framework of designing drawing, demonstrate making, advanced plan, and building application, covering the key stages of the item program.

Learning Environment

Company Strength

At ECR Academy, our product training programs leverage 16 years of proven expertise in vocational education. We've empowered nearly 500,000 participants across 28 countries, with over 300,000 earning recognized skills certifications. Our approach combines real-world challenges with industry best practices:

Over 150 skills competitions organized, enhancing capabilities for 30,000+ learners through practical product challenges
Access to 3,300+ industry and academic experts who bring cutting-edge knowledge in design engineering and digital workflows
Partnerships with 500+ enterprises ensuring your training aligns with current market demands
60,000+ educational resources including design standards, courseware, and assessment systems tailored to the product applications
Project-driven curriculum integrating engineering drawing, model making, CAD platforms, and design methodology
Joint instruction model pairing industry designers with academic experts for comprehensive skill development

Our ecosystem connects you directly to the tools, knowledge, and networks that transform theoretical understanding into competitive, future-ready capabilities in the product.

Company Strength

FAQ

Q: Can beginners study this program?

A: Yes. The program starts with fundamental theory and guides learners step by step toward the core knowledge of the product. Basic art skills and computer operation skills are recommended. The program begins with introductory topics such as Introduction to Design and Fundamentals of Composition, then gradually moves into professional skills such as engineering drawing, model making, and digital design.

Q: What roles can learners pursue after completing the program?

A: After completing the training, learners can prepare for roles, product structure designer, model maker, 3D modeler, and design assistant.

Contact Us

Ready to elevate your Industrial Design skills or explore partnership opportunities? Reach out to our team at ecr2008@enteredu.com to discuss customized training solutions.