* Structural materials: These include materials such as metal, plastic, or carbon fiber that will be used to construct the robot's body and frame.
* Electrical components: These include components such as motors, sensors, batteries, and circuit boards that will be used to power and control the robot.
* Mechanical components: These include components such as gears, bearings, and joints that will be used to enable the robot to move and manipulate objects.
2. Tools:
* Hand tools: These include tools such as screwdrivers, wrenches, pliers, and hammers that will be used to assemble the robot.
* Power tools: These include tools such as drills, saws, and grinders that will be used to cut and shape the robot's components.
* Test equipment: These include tools such as multimeters, oscilloscopes, and logic analyzers that will be used to test and debug the robot's circuits and systems.
3. Software:
* Operating system: This is the software that will control the robot's basic functions, such as its movement and sensors.
* Application software: This is the software that will be used to program the robot to perform specific tasks, such as navigating its environment or interacting with humans.
* Development environment: This is the software that will be used to write and test the robot's software programs.
4. Knowledge and skills:
* Mechanical engineering: This is the knowledge and skills required to design and build the robot's physical structure.
* Electrical engineering: This is the knowledge and skills required to design and build the robot's electrical circuits and systems.
* Computer science: This is the knowledge and skills required to program the robot's software.
5. Facilities:
* Workshop: This is a dedicated space where the robot can be built and tested.
* Laboratory: This is a dedicated space where the robot's performance can be tested and evaluated.
* Office: This is a dedicated space where the robot's software can be developed and tested.