Strategic Objectives
• Master the principles of low-cost, modular robotic unit design.
• Understand power management strategies for long-term autonomous swarms.
• Explore mechanical interlocks and physical docking for collective structures.
• Optimize sensor integration for decentralized environmental awareness.
The Core Challenge
Traditional robotics focuses on singular, expensive complexity, which fails in the face of large-scale environmental challenges and hardware redundancy needs.
01
The Swarm Paradigm
02
Principles of Modular Design
03
Micro-Mechatronic Systems
04
Powering the Swarm
05
Autonomous Recharging
06
Embedded Systems Architecture
07
Sensory Perception in Swarms
08
Propulsion and Locomotion
09
Mechanical Interlocking Mechanisms
10
Wireless Communication Hardware
11
Materials Science for Robotics
12
Manufacturing at Scale
13
Actuator Technology
14
Thermal Management
15
Printed Circuit Board Design
16
Reliability Engineering
17
Microcontrollers and Processing
18
Prototyping Techniques
19
Human-Swarm Interaction
20
Environmental Impact and Sustainability
21