Who is considered the “father of robotics”?
A) George Devol
B) Isaac Asimov
C) Leonardo da Vinci
D) Nikola Tesla
Answer: A) George Devol
2. What was the name of the first industrial robot developed by George Devol and Joseph Engelberger?
A) Unimate
B) Robby
C) Erector
D) Cybot
Answer: A) Unimate
3. In which year was the first industrial robot, Unimate, installed in a General Motors factory?
A) 1956
B) 1961
C) 1965
D) 1970
Answer: B) 1961
4. Who coined the term “robotics” in 1941?
A) Isaac Asimov
B) George Devol
C) Joseph Engelberger
D) Alan Turing
Answer: A) Isaac Asimov
5. What was the name of Isaac Asimov’s first robot short story?
A) “I, Robot”
B) “Runaround”
C) “The Bicentennial Man”
D) “Robbie”
Answer: D) “Robbie”
6. What is significant about the robot named “ASIMO”?
A) It was the first humanoid robot
B) It was developed by Honda in 2000
C) It was used for space exploration
D) It was designed for industrial automation
Answer: B) It was developed by Honda in 2000
7. What does the term “cybernetics” refer to, introduced by Norbert Wiener in 1948?
A) The study of communication and control in living organisms and machines
B) The development of autonomous robots
C) The programming of artificial intelligence
D) The design of industrial robots
Answer: A) The study of communication and control in living organisms and machines
8. What was the purpose of the “Roomba,” introduced by iRobot in 2002?
A) To perform household vacuum cleaning
B) To assist in industrial manufacturing
C) To conduct space exploration
D) To serve as a humanoid robot
Answer: A) To perform household vacuum cleaning
9. Which robot, developed in 1966, was an early example of a mobile robot?
A) Shakey
B) ASIMO
C) Unimate
D) C-3PO
Answer: A) Shakey
10. Who developed the first robot with a functional arm in 1960?
A) George Devol
B) Joseph Engelberger
C) Rodney Brooks
D) Hiroshi Ishiguro
Answer: B) Joseph Engelberger
11. What was the primary application of the robot “Herbie,” developed in the 1960s?
A) Manufacturing automation
B) Educational purposes
C) Military applications
D) Space exploration
Answer: B) Educational purposes
12. What was the name of the robot created by Alan Turing to test machine intelligence?
A) Turing Machine
B) Logic Machine
C) Intelligent Robot
D) Universal Robot
Answer: A) Turing Machine
13. In what decade did robotics research significantly advance due to the development of microprocessors?
A) 1950s
B) 1960s
C) 1970s
D) 1980s
Answer: D) 1980s
14. What was the primary feature of the robot “WABOT-1,” developed in 1973?
A) It was Japan’s first full-scale humanoid robot
B) It was used for space exploration
C) It had advanced sensory systems
D) It was designed for industrial tasks
Answer: A) It was Japan’s first full-scale humanoid robot
15. Who developed the “BigDog” robot, known for its impressive mobility and balance?
A) Boston Dynamics
B) Honda
C) iRobot
D) MIT Robotics Lab
Answer: A) Boston Dynamics
16. What was the main goal of the “DARPA Robotics Challenge,” which began in 2012?
A) To advance robotic technology for disaster response
B) To develop humanoid robots for entertainment
C) To create robots for household chores
D) To explore new applications for industrial robots
Answer: A) To advance robotic technology for disaster response
17. Which robot, developed by Carnegie Mellon University, was notable for its autonomous navigation in an outdoor environment?
A) Aibo
B) Spot
C) Roomba
D) Atlas
Answer: B) Spot
18. In what year was the first autonomous robotic vehicle “Stanley” developed by Stanford University?
A) 2004
B) 2007
C) 2010
D) 2012
Answer: A) 2004
19. What was the name of the robot designed for deep-sea exploration developed in the 1970s?
A) Deep Blue
B) ROV (Remotely Operated Vehicle)
C) Nautilus
D) AquaBot
Answer: B) ROV (Remotely Operated Vehicle)
20. What significant achievement did the robot “R2-D2” contribute to popular culture?
A) It was an iconic character in the “Star Wars” franchise
B) It was the first commercial household robot
C) It demonstrated advanced artificial intelligence
D) It was used in industrial automation
Answer: A) It was an iconic character in the “Star Wars” franchise
21. Which company introduced the “KUKA KR 500,” an influential industrial robot, in 1973?
A) KUKA
B) ABB
C) FANUC
D) Yaskawa
Answer: A) KUKA
22. What was the primary application of the “AIBO” robot, introduced by Sony in 1999?
A) To serve as a robotic pet with artificial intelligence
B) To assist in industrial manufacturing
C) To conduct space exploration
D) To perform medical surgeries
Answer: A) To serve as a robotic pet with artificial intelligence
23. In which decade did the field of robotics see a major increase in the development of collaborative robots (cobots)?
A) 1980s
B) 1990s
C) 2000s
D) 2010s
Answer: C) 2000s
24. What was the name of the robot developed in 1956 that is considered one of the earliest industrial robots?
A) Unimate
B) Cybot
C) Elektra
D) Robby
Answer: A) Unimate
25. What was the significant contribution of “Shakey the Robot” to robotics?
A) It was the first robot to combine perception and reasoning for autonomous navigation
B) It was the first robot to use advanced sensors
C) It was the first robot to perform complex industrial tasks
D) It was the first robot to use machine learning
Answer: A) It was the first robot to combine perception and reasoning for autonomous navigation
26. What was the key feature of the robot “RoboCop” in the 1987 movie?
A) It was a cyborg with both human and robotic elements
B) It was designed for industrial automation
C) It was a prototype for autonomous vehicles
D) It was used in military applications
Answer: A) It was a cyborg with both human and robotic elements
27. What was the primary focus of the “MIT’s Cheetah Robot,” introduced in the 2010s?
A) To achieve high-speed running and agility
B) To assist in medical surgeries
C) To perform household chores
D) To explore outer space
Answer: A) To achieve high-speed running and agility
28. Who developed the “WABOT-2,” an advanced humanoid robot introduced in 1984?
A) Waseda University
B) Stanford University
C) Carnegie Mellon University
D) Tokyo University
Answer: A) Waseda University
29. What was the primary innovation of the robot “Atlas,” developed by Boston Dynamics?
A) Its advanced bipedal locomotion and dynamic balancing
B) Its ability to vacuum clean autonomously
C) Its design for deep-sea exploration
D) Its use in industrial manufacturing
Answer: A) Its advanced bipedal locomotion and dynamic balancing
30. What was the purpose of the “Lunar Roving Vehicle,” developed by NASA for the Apollo missions?
A) To explore the lunar surface
B) To assist astronauts in space
C) To conduct experiments in space
D) To repair spacecraft
Answer: A) To explore the lunar surface
31. What was the name of the robot designed for assisting in surgery, introduced in 1999 by Intuitive Surgical?
A) Da Vinci
B) Robotic Surgeon
C) MedicBot
D) SurgiTech
Answer: A) Da Vinci
32. What is the significance of the robot “Nao,” developed by Aldebaran Robotics?
A) It is a versatile humanoid robot used for education and research
B) It is a robot designed for industrial automation
C) It was the first robot to use artificial intelligence
D) It was used for military applications
Answer: A) It is a versatile humanoid robot used for education and research
33. Which robot was the first to be used in a live television broadcast for entertainment purposes?
A) ASIMO
B) AIBO
C) R2-D2
D) Spot
Answer: B) AIBO
34. What is the “Robot Revolution” referred to in the 21st century?
A) The rapid advancement and adoption of robotics in various industries
B) The introduction of robots for space exploration
C) The development of robots for military applications
D) The creation of robot-based entertainment
Answer: A) The rapid advancement and adoption of robotics in various industries
35. In which year was the “Kismet” robot, developed by MIT, introduced?
A) 1997
B) 2000
C) 2003
D) 2005
Answer: B) 2000
36. What was the key feature of the robot “Curiosity,” which landed on Mars in 2012?
A) Its capability to perform scientific experiments and analyze the Martian environment
B) Its ability to vacuum clean Martian dust
C) Its design for deep-sea exploration
D) Its use in lunar surface exploration
Answer: A) Its capability to perform scientific experiments and analyze the Martian environment
37. What was the name of the robot introduced by Toyota in 2004 that could recognize and respond to human gestures?
A) HRP-4
B) ASIMO
C) Partner Robot
D) T-HR3
Answer: C) Partner Robot
38. What was the purpose of the “Kiva” robot system, developed for warehouse automation?
A) To optimize inventory management and logistics
B) To assist in medical procedures
C) To conduct scientific research
D) To explore outer space
Answer: A) To optimize inventory management and logistics
39. Which robot was known for its ability to navigate through complex terrains and environments, developed by Boston Dynamics?
A) BigDog
B) Atlas
C) Cheetah
D) Spot
Answer: D) Spot
40. What was the significance of the robot “HERB,” developed by the University of Pittsburgh?
A) It was designed to assist in household tasks and caregiving
B) It was used for space exploration
C) It performed industrial automation
D) It was a robotic pet
Answer: A) It was designed to assist in household tasks and caregiving
41. What was the focus of the “DARPA Robotics Challenge” held in 2013?
A) To develop robots for disaster response and rescue operations
B) To create robots for entertainment
C) To advance robotic technology for industrial use
D) To explore new robotic designs for space missions
Answer: A) To develop robots for disaster response and rescue operations
42. What was the key feature of the “PR2” robot developed by Willow Garage?
A) Its ability to perform a wide range of household tasks autonomously
B) Its advanced mobility for outdoor exploration
C) Its use in industrial automation
D) Its design for deep-sea exploration
Answer: A) Its ability to perform a wide range of household tasks autonomously
43. In which year was the “KUKA LBR iiwa,” a collaborative robot, introduced?
A) 2004
B) 2008
C) 2012
D) 2016
Answer: C) 2012
44. What was the primary application of the “Robonaut” robot developed by NASA?
A) To assist astronauts with tasks in space
B) To conduct experiments on Mars
C) To perform deep-sea exploration
D) To optimize industrial processes
Answer: A) To assist astronauts with tasks in space
45. Who developed the “Roomba” robot, and what was its primary purpose?
A) iRobot; to vacuum clean autonomously
B) Sony; to serve as a robotic pet
C) Honda; to assist in household chores
D) Boston Dynamics; to perform industrial tasks
Answer: A) iRobot; to vacuum clean autonomously
46. What was the significance of the robot “R2-D2” in the context of robotics history?
A) It was a popular fictional robot in “Star Wars,” influencing real-world robotics design
B) It was the first industrial robot used in manufacturing
C) It was developed for space exploration
D) It was a prototype for autonomous vehicles
Answer: A) It was a popular fictional robot in “Star Wars,” influencing real-world robotics design
47. What was the focus of the “Honda ASIMO” robot introduced in 2000?
A) To demonstrate advanced humanoid capabilities and mobility
B) To assist in industrial manufacturing
C) To conduct scientific research
D) To perform space exploration tasks
Answer: A) To demonstrate advanced humanoid capabilities and mobility
48. What was the name of the robot developed in 1981 by Waseda University that could walk and talk?
A) WABOT-1
B) WABOT-2
C) HRP-2
D) ASIMO
Answer: B) WABOT-2
49. What is the “Robot Operating System (ROS)” and who developed it?
A) A flexible framework for writing robot software, developed by Willow Garage
B) A programming language for robots, developed by MIT
C) An industrial automation system, developed by KUKA
D) A control system for humanoid robots, developed by Honda
Answer: A) A flexible framework for writing robot software, developed by Willow Garage
50. What was the main feature of the “EEL” robot developed by the University of Tokyo in 2005?
A) Its ability to perform complex tasks using bio-inspired design
B) Its use in industrial automation
C) Its advanced mobility for outdoor exploration
D) Its design for space missions
Answer: A) Its ability to perform complex tasks using bio-inspired design
More MCQS on AI Robot
- Basic Electronics and Mechanics MCQs
- Circuit Theory MCQs
- Sensors and Actuators MCQs
- Mechanics and Dynamics MCQs
- Programming MCQs
- Python MCQs
- C/C++ MCQs
- MATLAB MCQs
- Control Systems MCQs
- Introduction to Robotics MCQs
Intermediate Topics:
- Advanced Kinematics and Dynamics MCQs
- Advanced Control Systems MCQs
- Artificial Intelligence and Machine Learning MCQs
- Robotic Operating System (ROS) MCQs
- Embedded Systems MCQs
- Microcontrollers MCQs
- Real-Time Operating Systems (RTOS) MCQs
- Embedded C Programming MCQs
- Path Planning and Navigation MCQs