I think it is a excellent presentation slide for robotics.

1. ROBOTICS
CRAZY ENGINEERS
Abdullah Al Amin
ID: 171-15-9365
Akash Chandra Das
ID: 171-15-9351
Naushad Ali
ID: 171-15-93
Md Touhidul Islam
ID: 171-15-9345
Sakhawat Hossain
ID: 171-15-93

2. • Design
• Construction
• Operation
• Structural disposition
• Manufacture
• Application of Robots
Robotics ?

3.  Reprogrammable
 Multifunctional
 Manipulator
ROBOT

4. Why?
• Speed
• Hazardous
• Temperature
• Accuracy
• Repetitive

5. FIRST USE OF WORD ROBOTICS
Czech writer Karel Capek
(1890-1938)

6. ROBOTICS TECHNOLOGY
Most industrial robots have at least five following parts:
Sensors
Effectors
Actuators
Controllers
Arms

7. Sensor
Effector

8. Controller
Arm
Actuators

9. Md Noushad Ali
ID: 171 – 15 – 9349

10. HISTORY OF ROBOTICS
 The term “robot” was first used in 1920 in a play called “R.U.R.” or
“Rossum`s universal robots” by the Czech writer Karel Capek
The word “Robot” comes from the word “Robota” , meaning in
Czech “forced labour, drudgery.

11. HISTORY OF ROBOTIC SURGERY
• 1980`s first robot assisted surgery
• 1998 first robot assisted heart bypass
• 2006 first unmanned robotic surgery

12. HISTORY OF ROBOTICS
First Industrial Robots – UNIMATE

14. LAWS OF ROBOTICS
Not Injure
Human
Must obey
Human order
Must
protect
own
existence

15. Akash Chandra Das
ID: 171 – 15 – 9351

16. TYPES OF ROBOTS
 Mobile robots
 Rolling robots
 Walking robots
 Stationary robots
 Autonomous robots
 Remote control robot

17. ROLLING ROBOTS
• Rolling robots have wheels to move around .
• They can quickly and easily scarce.

18. WALKING ROBOTS
• Robots on legs are usually brought in when the terrain is rock.

19. STATIONARY ROBOTS
• Robots are not only used to explore areas or imitate a human being
• Most robots perform repeating task ,without ever moving an inch.

20. AUTONOMOUS ROBOT
• Autonomous robots are self supporting or in other works self
contained in a way they on their own brains.

21. REMOTE CONTROL ROBOTS
• A person can perform difficult and usually dangerous task without
being at the spot where the tasks are performed.

22. Shakhwat Hossen
ID: 171 – 15 – 9346

23. ROBOT PROGRAMMING AND ITS EVOLUTION

24. ROBOT PROGRAMMING
 Programming
Process of developing and implementing various sets of instructions
to enable a computer to do a certain task.
 Robot Programming
Robot programming is the defining of desired motions so that the
robot may perform them without human intervention.
High level languages are used for programming

25. EVOLUTION ROBOT PROGRAMMING
 In 1770 Swiss clock maker Pierre Jaquet Droz start
making automaton for European royalty.
 First inventor of a programmable humanoid robot
with a unique function.
ROBOT PROGRAMMING LANGUAGE
TYPES:
 First Generation
 Second Generation

26. FIRST GENERATION
Combination command statements pendent procedures also
reffered as motion level language
Features
• Motion control
• Easier to use
 Example
• VAL I –Variable Assembly Language
• Designed by simple syntax
• Adopted mainly for unimation robots

27. Limitation
InabIlity to specify complex arithmetic Computation.
Inability to make use of complex sensor data.
Limited capacity to communicate.
SECOND GENERATION
Features
 Motion control
 Advanced sensor capabilities
 Limited
 Intelligence
 Communication and data processing

28. SECOND GENERATION LANGUAGE
 AML-A manufacturing language
 Rail- High level robot language based on pascal
 MCL-Controlling two major tasks such as the manipulation and vision system
 VAL- Cariable assembly language

29. Md Touhidul Islam Shawan
ID: 171 – 15 – 9354

30. BENIFITS OF ROBOTS
Productivity
SafetySavings

31. PRODUCTIVITY
More
Accurately
No
Mistakes
More
Precise

32. SAFETY
Save workers Save money
Lifting heavy
load

33. DISADVANTAGE OF ROBOTS
• Maintenance cost
• Equipment cost
• Replace the Humans
• Cause of Destruction