Strategic Objectives
• Master the principles of modularity to create flexible, future-proof designs.
• Implement advanced joinery techniques that reduce disassembly time from hours to seconds.
• Optimize mechanical interfaces for seamless component separation and recovery.
• Reduce manufacturing costs while increasing the lifecycle value of your hardware.
The Core Challenge
Traditional manufacturing creates 'monolithic' products that are impossible to repair, upgrade, or recycle, leading to immense waste and lost value.
01
The Philosophy of Modularity
02
Defining Product Architecture
03
The Principles of Design for Disassembly
04
Mechanical Systems and Interconnectivity
05
Advanced Joinery and Fastening
06
The Role of Snap-Fits
07
Kinematic Coupling
08
Interchangeable Parts
09
The Fastener Dilemma
10
Mechanical Linkages and Movement
11
Structural Integrity in Modular Frames
12
Tolerance Analysis
13
Interlocking Plastic Design
14
Compliance and Flexures
15
Accessibility and Human Factors
16
The Mainframe and Backplane Concept
17
Couplings and Shaft Interfaces
18
Thermal Management in Modular Designs
19
Reverse Engineering for Optimization
20
Product Lifecycle Management (PLM)
21