This presentation discusses the topic of robotics. It begins by defining a robot and the field of robotics. It then covers the history of robotics, including Nikola Tesla's contributions and Isaac Asimov's Three Laws of Robotics. The main components of robots are described as structure, power supply, actuation, sensing, manipulation, locomotion, and artificial intelligence. Examples of uses for robots in industry, medicine, space, and the military are provided. Advantages include benefits to medical science, education, hazardous environments, and accuracy, while disadvantages include cost and safety issues. In conclusion, robotics is predicted to greatly advance the world.

1. WELCOME TO
OUR
PRESENTATION

3. ROBOTICS

4. WE WILL TALK ABOUT….
 Robot & Robotics
 History of robotics
 Law of robotics
 Components of robots
 Why we use it?
 Usages
 Advantages
 Disadvantages
 Conclusion

5. ROBOT & ROBOTICS
 Originated from the word ROBOTA which means a
worker or forced labor.
 The branch of technology that deals with the design,
construction, operation, and application of robots.

6. HISTORY OF ROBOTICS
• 1st wireless remote control device
• NIKOLA TESLA, The Father of Robotics
1898
• the word ROBOT is introduced by KAREL
CAPREK (1890 – 1938).
1921
• Westinhouse Electric Corp creates 1st
two robots
1940-41

7. ISAAC ASIMOV'S 3 LAWS OF
ROBOTICS
Never injure a human being or through in action
Obey the orders given it by human beings
Protect its own existence

8. COMPONENTS OF ROBOTS
 Structure
 Power supply
 Actuation
 Sensing
 Manipulation
 Locomotion
 Artificial intelligence

9. STRUCTURE
 Mostly mechanical and can be called a kinematic chain.
 The chain is formed of links ( its bones), actuators ( its
muscles) and joints which can allow one or more degrees of
freedom.

10. POWER SUPPLY
 To run the motors and associate circuitry.
Robots are driven by different motors like DC motors,
stepper motors and servo motors.

11. ACTUATION
 Actuators are the “muscles” of a robot ,
the parts which convert stored energy into
environment.
 The most popular actuators are electric
motors.

12. SENSING
 The ability to see, touch, hear and move and uses
algorithms that require environmental feedback.
 Sensors convert the object information into symbols or to
make autonomous decisions.

14. MANIPULATION AND
LOCOMOTION
 To manipulate objects ; pick up, modify, destroy or
otherwise have an effect.
 Robot locomotion is that robots use to transport
themselves from place to place.

15. ARTIFICIAL INTELLIGENCE
 Artificial Intelligence (AI) is a general
term that implies the use of a computer
to model or replicate intelligent
behavior.

16. ASIMO
 It is a humanoid robot designed and
developed by Honda, Introduced on 21
October 2000. ASIMO is the world's first
and the most advanced two-legged
robot.

17. WHY WE USE ROBOTS ?
 Speed
 It can work in dangerous environment
 To perform repetitive task
 Efficiency
 Accuracy
 Adaptability

18. ROBOTS IN INDUSTRY
Material removal
robot
Making car A worker who
never tired

19. ROBOTS IN MEDICAL
Nano
robotics
Surgical
robotics
Robotic suits

20. ROBOTS IN SPACE
Rovers, launch toward
Mars in search of answers
Robots use
in

21. ROBOTS IN MILITARY
Navy
drones
unmanned
BOSTON
DYNAMICS
MAARS
(Modular
advanced armed

22. ADVANTAGES
 Revolution in Medical science and Health care systems.
 New & wide scope in Education & Training.
 A good help in Nuclear industry.
 Used in sports activities.
Can very well handle household business.

23. DISADVANTAGES
 Expensive
No guarantee
 Expertise but takes too time in training
 Safety

24. CONCLUSION
“Robotics and other
combinations will make the
world pretty fantastic compared
with today”
- BILL GATES

25. PRESENTED BY
Team Member:
1. Kaniz Fatema Shetu
ID: 171-15-8947
2. Aklima Hossain Dola
ID: 171-15-9449

26. THANK YOU

27. THE END