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Unleash your creativity with the ultimate 3D Modeling and Design Workshop! Tailored for students, this practical course dives deep into professional 3D design software, Fusion360, to turn ideas into reality. Starting with fundamental drawing techniques, participants will gradually master advanced 3D modeling skills. Through hands-on projects, you'll transform your concepts into functional 3D-printed products. With a focus on creative thinking, problem-solving, and real-world application, this workshop empowers students to excel in design innovation while mastering cutting-edge tools.
Course Overview
Fusion360基礎入門 介紹Fusion360界面和基本操作，學習2D草圖繪製、基本尺寸標註和約束條件設置，為3D建模打下基礎。學生將完成簡單的2D設計練習，熟悉軟件操作方式。
學習基本的3D建模技術，包括擠出、旋轉、掃掠和倒角等功能。了解不同建模方法的應用場景和優缺點，通過實際操作練習掌握各種建模工具的使用方法。
引導學生運用設計思維方法，觀察日常生活中的問題，分析用戶需求，並思考可能的解決方案。學生將以小組形式進行頭腦風暴，確定設計項目並製定初步方案。
將設計方案轉化為3D模型，學習如何考慮產品的功能性、美觀性和可製造性。了解3D打印的基本原理和限制，為模型製作做準備。使用疊代式設計方法，通過多次修改優化產品設計。
了解3D打印的工作原理、材料特性和打印參數設置。學習如何準備模型進行3D打印，以及打印後的處理技術。學生將親手操作3D打印機，將自己設計的產品實體化。
Learning Values and Achievements
Targets
This course welcomes anyone interested in 3D printing technology, from beginners to individuals looking to enhance their product design and CAD modeling skills. (Recommended group size is 10 participants or fewer, divided into teams of 3-4 for collaborative projects.)
Learning Goals
Master the basic operations of Fusion360 software and 3D modeling techniques.
Develop an understanding of design thinking methodologies and product design workflows.
Enhance observation, analytical, and problem-solving skills.
Gain knowledge of the principles and applications of 3D printing technology.
Cultivate creative thinking and teamwork skills through hands-on projects.
Why This Workshop is Important
In the era of digital manufacturing, 3D design and printing technologies have become core skills in product development, manufacturing, and the creative industries. By learning professional 3D design software, students not only acquire practical technical abilities but also nurture creative thinking and problem-solving skills. These competencies are crucial for future academic and career success, helping students stand out across various fields. Additionally, the iterative design approach emphasized in 3D design fosters a proactive attitude toward challenges and continuous improvement, which are indispensable qualities in the modern workplace.
Learning Outcomes
Upon completing this workshop, students will:
Master the basic operations of Fusion360 and 3D modeling techniques.
Apply design thinking methodologies to analyze problems and propose solutions.
Understand the complete design process, from concept to final product.
Acquire fundamental knowledge and operational skills in 3D printing.
Independently or collaboratively complete simple product design projects.
Skills and Knowledge Acquired:
3D design and modeling techniques
Product design thinking and methodologies
Iterative design processes
Basics of 3D printing technology
Problem analysis and solving abilities
Relevant Careers:
Product Designer
Industrial Designer
3D Modeler
Mechanical Engineer
Digital Manufacturing Specialist
Maker Education Facilitator
Manufacturing Technician
Other Information
More about 3D Printing
3D printing is a rapid prototyping technology and a widely used fabrication tool that helps bring most design concepts to life. By utilizing advanced slicing programs and computer-aided design (CAD), simple 3D FDM printers can construct a variety of complex structural models. Learning how to use 3D printing is only the first step.
Course Approach
During the course, instructors will guide participants to observe real-world needs or problems and apply the iterative product design method to develop feasible solutions. Participants can customize components based on specific requirements, such as creating 3D models as replacements or crafting alternative accessories. Through this course, participants will strengthen their observation, creativity, and problem-solving abilities while enhancing their understanding of engineering concepts.
Course Outline
Product Design x 3D Printing Experience (Beginner Level)
Introduction to 3D printing technology, its applications across industries, and examples.
Encourage participants to think about how 3D design and printed products can be integrated into their lives.
Overview of basic product design steps.
Familiarization with essential Fusion360 functions (e.g., extrude/extrude cut, revolve, fillet/chamfer).
Advanced 3D Printing Techniques (Intermediate Level)
Instruction on advanced principles and applications of 3D printing.
Introduction to various printing materials, their characteristics, application scenarios, and precautions.
Explanation of 3D printer settings and operation steps.
Product Design and Prototype Drawing (Advanced Level)
Explore advanced Fusion360 functions (e.g., sweep, loft, revolve cut, pattern).
Learn to use engineering tools (e.g., calipers) for precise measurements based on technical needs.
Complete designated in-class projects, mastering the taught functions, and finalize a printing task by the end of the course.
3D Model Printing and Final Product Presentation (Advanced Level)
Gain proficiency in using 3D printers (including slicing software) and complete a final printing task.
Refine printed models and perform basic processing, such as coloring or integrating microcircuits based on design needs.
Place prototypes in ideal usage scenarios for testing (UAT) and iterate designs as needed.
Share product designs and concepts to deepen participants' understanding of the product design process.
Receive certificates and awards.
Instructors
Anthony Lam (PHD in Physics, HKUST)
The instructors from the INSPIRE® Education Team possess extensive experience in 3D design and teaching:
- Proficient in professional design software such as Fusion360, with practical product design expertise.
- Skilled in guiding students step-by-step, ensuring effective learning for individuals with varying starting points.
- Employs an inquiry-based teaching method, fostering students' independent thinking and problem-solving abilities.
- Successfully conducted 3D design workshops in numerous schools, assisting students in transforming their ideas into practical products.
Add-on Services
FAQ
Q: Do students need to bring their own computers?
A: It is recommended that students bring their own laptops for practicing after class. However, we can arrange for the course to be conducted in the computer lab based on the school's facilities. Fusion360 is freely available for use by students and educational institutions.
Q: Can students take home the 3D-printed products they design during the course?
A: Yes, students can take home the products they design and print during the course. These creations not only showcase their learning achievements but can also serve as practical everyday tools or memorable keepsakes.
Applicable Subsidies
If your school wishes to apply for relevant subsidies or funding, we can advise you or help you prepare the required documents.
- 學校起動計劃, 小學奇趣IT識多啲計劃, 中學IT創新實驗室 計劃, 優質教育基金, 學生活動支援津貼