FABRICATION CLASS PORTFOLIO
Ray Ma
Fall 2025
THEME CHUNKY ACCESSORIES



TABLE OF CONTENTS
  1. Project 1: Woodbox
  2. Project 2: 5x Bangles
  3. Project 3: 3x Controller Dumbbells
  4. Project 4: ENCLOSURES
  5. Project 5: Flying Usagi 


Project 1: WOODBOXShort Description
A wooden box featuring a wavy textured surface. The organic texture creates visual interest and tactile appeal.
Materials Used
  • Wood
Process
  • I start by cutting a piece of wood that contains the desired texture
  • Then, I use the disk sander or spindle sander to trace out one side of the wave texture
  • Next, I use the bandsaw to cut the cover
  • Finally, I use the drill press to create a chamber for the box

Key Observation: "I like textures"




the piece i worked
i like the wavy texture
3d model design
half done
after drill the space

Project 2 5x-BANGLES

Short Description
A series of wooden bangles exploring form, fit, and material properties through experimental iterations. The project involved multiple fabrication attempts, with breaks becoming valuable learning experiences about tool control, material selection, and careful handling.

Materials Used
  • Wood
  • Stain (finish)

Process
  • Measure my bangle size.
  • Cut the first piece based on the measurements and design.
  • Repeat the process.
  • Polish the surface with sandpaper.
  • Apply a stain finish.
Measurements & Fit Testing:
  • Initial hole sizing experiments
  • Try-on fittings for comfort
  • Progressive refinement through 5 attempts

Challenges & Learning:
  • 1 break due to belt sander-pressure control
  • 1 break due to wood knot - material grain selection
  • 1 break due to user error - careful handling
  • Result: 2 successful bangles with polished stain finish


MEASUREMENTS
HOLE
TRY-ON
4 MORE
HALF WAY
AFTER POLISH
1 BREAK DUE TO BELT SANDER
1 BREAK DUE TO THE KNOT
1 BREAK DUE TO ME
RESULT
STAIN


Project 3 3x CONTROLLER DUMBBELLS


Short Description
Hand-held objects combining gaming controller shape with dumbbell functionality. This project explored rapid prototyping techniques using multiple materials to test form, grip comfort, and structural integrity.  Future iterations of this project will explore more desirable and functional materials to better serve as a dumbbell, satirizing and questioning the paradoxes of modern masculinity and the concept of hegemonic gamer.

Materials Used
  • Foam 
  • Wood 
  • Playdough

Process
  • Wood- bandsaw cut material/sprindle sander shape/sanding paper polish
  • Foam- handsaw shape/glue assemble/tape strengthen
  • Playdough - freehand
Material Exploration:
  • Foam prototypes for initial shape testing
  • Playdough for ergonomic grip studies
  • Wood for final structural components
  • Rings integrated for detail/weight
Fabrication Learning:
  • Applied lessons from previous projects about material behavior
  • Iterative prototyping 


FOAM                                                                                 WOOD
PLAYDOUGH

Some rings

NEW LESSON LEARNED DO NOT TOUCH KNOT AFTER SANDING, ITS HOT
STAIN
+1

Project 4 - ENCLOSURE
Short Decription
An exploration of enclosure through unconventional, non-fabrication concepts. This project challenges traditional notions of physical boundaries by examining enclosure as isolation—investigating how space, separation, and containment can be expressed beyond material construction. The shape inspiration is from Rick Owens’s prong chair.

Materials Used
  • Wood
  • other stuffs

Process
  • Drill press for ring hole
  • Bandsaw to cut middle part
  • Sanding

Fabrication Learning:
  • give objects meaning is hard
BANANA
DRIES VAN NOTEN
SPOON
KANRO PURE PREMIUM

RICK OWENS PRONG CHAIR

Project5 - Flying Usagi
Short Decription
A wearable bangle that holds an Arduino Nano 33 BLE Sense with a gesture sensor as input. A box-shaped scene with Usagi is connected to a servo motor as the output, which responds to left and right gestures with corresponding directional movements.

Materials Used
  • Wood
  • Audrino
  • Wires
  • Servo Motor
  • Tape
  • Cardboard

Process
  • Drill hole for wood bangle
  • Polish with sprindle/disk sander
  • Cut the tracks for audrino pins
  • Build circuit
  • Program Servo Motor

Fabrication Learning:
  • Plan tasks before starting. There were multiple failed attempts in this project involving wood fabrication and physical computing. If I were to do it again, I would plan everything out beforehand to avoid unnecessary rework.