Product Engineering Design and Technology Management
This final year project by Cheung Ka Yee explores the design of a unique series of eyewear, focusing on innovative and creative solutions to enhance functionality. The project includes comprehensive marketing research reflecting consumer preferences, leading to the creation of a 2D conceptual design and 3D models using CorelDraw and Rhinoceros software. Production prototypes utilized materials like polarized lenses and titanium frames while addressing design challenges related to nose pads and temple rotation. Future improvements aim at refining lens and frame functionalities.
Product Engineering Design and Technology Management
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Presentation Transcript
Product Engineering Design and Technology Management Final Year Project Presented By Cheung Ka Yee
Project Title Product Design of “EYEWEAR”
Objective • Design a series of eyewear • Creative and innovative • Add new function
Marketing Research • From the customer research
My design of a series EYEWEAR INVERSING EYEWEAR
Design Concept • General style • Sporty style
Function Inverse Wearing Normal Direction Inverse Direction
CorelDraw Rhinoceros Software create the 3D Model
Production • Prototype • Real Production
Prototype • Lens –acrylic plate • Frame of general sunglass–metal strip Frame of sportive sunglass-silicone rubber mould • Joint-welding • Nose Pad –paper clay
Real Production-Material • Lens –Polarized lens • Frame –Polycarbonate • Frame-Titanium • Temple-Anti-Slip HydrophilicParts • Nose Pad-Anti-Slip HydrophilicParts
Problems For Design: • Nose Pad • Temple • Rotation of temple For Prototyping: • Lack of equipments, material • Weak connection of the junction • Align the position of temple • Mapping between frame and lens
Future Prospect • Do better research • Improvement lens design • Improvement on nose pad and temple
Conclusions • CorelDraw & Rhinoceros • Repaid prototyping to create the curve of lens • Flow of design • Will be generally appreciated
Q & A Questioning & Answering
