·
4 to 5 hours
HD·LA·06 Advanced

Eyewear & Small Accessory Design

Objects worn on the face, held to a uniquely personal standard.

Eyewear and small accessories like belts, watches, and hair accessories must fit precisely and comfortably against the body while carrying real personal identity meaning. This course covers eyewear-specific fit considerations, small-accessory construction, and how these objects function as identity signals.

In Development

This course's full module content is being written. The outline below is final, subscribe for updates when it publishes.

LEARNING OUTCOMES

  1. 01 Apply fit considerations specific to eyewear design
  2. 02 Design small accessories (belts, watches, hair accessories) for comfort and durability
  3. 03 Explain how eyewear and small accessories function as identity signals
  4. 04 Select materials appropriate to face and skin contact
  5. 05 Evaluate an eyewear or small accessory design for fit and construction quality
01

Eyewear Fit Considerations

Eyewear must fit precisely against a highly variable set of facial dimensions, temple length, bridge width, ear position, making fit adjustability a core design requirement, not an afterthought.
01 ▶ present
02

Small Accessory Construction

Belts, watches, and hair accessories each have established construction conventions that balance durability against the specific stresses of their use, buckle strain, wrist flex, hair tension.
02 ▶ present
03

Objects as Identity Signals

Eyewear and small accessories are worn prominently on the body and face, functioning as visible identity and status signals beyond their functional purpose.
03 ▶ present
04

Materials for Face & Skin Contact

Materials in sustained contact with facial skin or hair must be evaluated for irritation, weight, and comfort under continuous wear, not just visual and structural performance.
04 ▶ present
05

Evaluating Fit & Construction Quality

A rigorous evaluation of eyewear or small accessories tests fit against real, varied bodies and faces, not just against a single fit model.
05 ▶ present