Korra: A Corner Companion

“Korra” is a minimalist maple wood corner table designed for compact living spaces, blending form and function. Born from an exploration of joinery techniques—specifically tenon and domino joints—the final design utilizes domino-jointed legs upon an angled leg frame for lasting structural integrity.

This handcrafted piece uses a thoughtful arrangement of connecting sticks and planes to create a light yet sturdy frame that nestles perfectly into corners. Serving both as a decorative accent and practical storage, Korra offers subtle utility without overpowering a room, making it an ideal addition to modern, space-conscious homes.

Brief

Design and build a corner table that leverages domino and tenon joints to ensure long-term durability while maintaining a minimal visual footprint.

Goal

Deliver a handcrafted maple wood corner table with domino-jointed legs and an angled frame that provides practical surface area and storage utility without overpowering small spaces.

Vision

Design furniture for compact living that demonstrates strong construction knowledge through the intentional use of tenon and domino joinery.

Target Users

Urban and apartment-based users seeking high-quality, well-constructed furniture designed for modern living.

Early Ideation and Concept Exploration

Transformable side tables

Storage Bench and Ottoman

Transformable side tables

Modern Accent Table

Prototyping the Structure

Scale Model and Form Validation

A mini model was built to test leg proportions and compare straight versus angled leg frames. This study focused on visual weight, leg height, and overall balance, helping refine the final leg angle while maintaining structural integrity.

CAD Development & Digital Refinement

This CAD progression documents the refinement of form, joinery, and structure leading to the final build-ready design.

Iteration 1 - Initial CAD Translation
  • Established overall proportions using straight leg geometry
  • Served as a baseline for evaluating future leg angle adjustments
Iteration 2 – Structural & Form Refinement
  • Introduced tapered leg angles to improve visual balance
  • Adjusted leg geometry to enhance stability
  • Simplified tabletop planks to clarify overall form
Final CAD Model
  • Flushed tabletop planks with outer frame for a cleaner edge
  • Increased spacing between angled legs for stability
  • Expanded lower leg spacing to improve structural support

Full Scale Build Process

Tested tendon joints on one half and domino joints on the other to compare strength, aesthetics, efficiency, and feasibility before selecting the final method.

Step 1 - Tenon Joints
Action: Laminated wood strips → applied glue → aligned on layout → clamped to set
Outcome: Solid, layered pieces that tested strength and form
Step 2 - Domino Joints
Action: Tested placement → inserted dominoes with glue → clamped securely
Outcome: Fast assembly, clean alignment, strong structure
Step 3 - Final Selection
Decision: Chose domino joints
Reason: Efficient build, structural strength, aesthetically clean finish

Final Model Build Process

  1. Wood Preparation – Cut all pieces including 45 degrees on legs to match drawings and drilled domino holes for joinery.

  2. Frame Assembly – Built the lower frame using domino joints.

  3. Top Shelf Setup – Cut and glued strips for the top shelf; attached planks with wood screws.

  4. Surface Finishing – Sanded all pieces by hand and palm sander; rounded edges.

  5. Shelf Fabrication – Glued laminated strips, planned to desired thickness, sanded smooth.

  6. Final Assembly & Detailing – Secured top planks, filled screw holes with wood putty, ready for finishing.

Technical Drawing

Final Model

Final Render

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