Design and Development of Standardized Articulated Joints
3D-Printed Shadow Puppet Joints and Mechanisms
Robotic Armature for Puppet Automation
Customizable 3D-Printed Gears for Shadow Puppet Movement
CNC-Fabricated Shadow Puppet Components for Large-Scale Performances
Physical Adapters for System Integration
Testing and Evaluation of Set Stability and Durability
Developing Large-Scale Articulated Puppetry for Public Performances
Engineering Modular Puppetry Set Pieces with Hydraulic Motion Systems
Designing Robotics for Precision-Controlled Puppetry Movements
Creating Large-Scale Kinetic Sculptures Based on Puppetry Mechanics
Developing AI-Powered Mechanical Puppets for Automated Performances
Design of Modular Mechanical Puppets for Multi-Layered Performances
Innovating New Mechanical Joints for Complex Puppetry Movements
Creating Pneumatic Systems for Large-Scale Interactive Puppetry
Developing Advanced Control Mechanisms for Dynamic Puppetry Sets
Engineering Interactive Puppetry Robots for Public Events