Ph.D in mechanical engineeering. Research Interests: Bio-inspired Design theory and algorithm,design creativity: synergetics approach and heuristics approach, neural thinking model for design, and dynamics.

(See my biography page for more information).


Publications:
Embryogenesis-Inspired Mechanisms in Design: Induction, Gene Transcription, and Commitment

This paper presents three embryogenesis inspired mechanisms: induction, gene transcription and commitment aiming at building computational design mechanism to promote autonomous design

Article: Print

$US10.00

Article: Electronic

$US5.00
Enabling Function-Behavior-Structure Mapping with Computational Synthesis: Using Agents for Commitment

A design framework combining agent systems, bio-inspired transform mechanisms, physical effects, knowledge-based engineering with a function-behavior-structure framework for a design platform of chamber systems.

Article: Print

$US10.00

Article: Electronic

$US5.00