100 Examples of sentences containing the common noun "robot"

Definition

A robot is a machine designed to carry out complex tasks automatically, especially one programmable by a computer. Robots can be autonomous or semi-autonomous and are used in various settings, including manufacturing, healthcare, and service industries. The term can also refer to a virtual agent or software application that performs tasks on behalf of a user.

Synonyms

• Automaton
• Droid
• Machine
• Android
• Mechanoid
• Cyborg
• Bot
• Mechanical being

Antonyms

• Human
• Person
• Individual
• Organic being

Examples

1. The engineer designed a new robot to assist in surgery.
2. In the factory, the robot replaced human workers for repetitive tasks.
3. The robot delivered packages to customers in the neighborhood.
4. A robot can learn from its environment and adapt its behavior.
5. The robot performed complex calculations faster than any human.
6. They programmed the robot to assist in household chores.
7. The robot was equipped with advanced sensors to detect obstacles.
8. Scientists are working on a robot that can mimic human emotions.
9. The robot participated in a competition for the most efficient design.
10. An industrial robot is often used for welding in car manufacturing.
11. The robot helped researchers in analyzing vast amounts of data.
12. Developers are creating a robot that can understand natural language.
13. The robot was programmed to navigate through a maze.
14. Many companies are investing in robot technology to improve productivity.
15. The humanoid robot interacted with visitors at the science fair.
16. A robot can operate in dangerous environments where humans cannot.
17. The autonomous robot delivered medical supplies during the pandemic.
18. This robot is capable of performing multiple tasks simultaneously.
19. The robot was designed for precision work in electronics assembly.
20. Researchers are developing a robot that can carry heavy loads.
21. The friendly robot entertained children at the event.
22. The robot demonstrated its abilities in front of a live audience.
23. A robot can be programmed to learn new skills over time.
24. The robot moved effortlessly across the uneven terrain.
25. This robot was created to assist the elderly in daily tasks.
26. The robot is being tested for its efficiency in waste sorting.
27. The robot analyzed the data and provided valuable insights.
28. A robotic arm can perform delicate surgeries with high precision.
29. The robot was equipped with a camera for real-time monitoring.
30. The new robot is designed to entertain users with games.
31. The robot repeated the tasks it learned from its training sessions.
32. Engineers are excited about the potential of the new robot model.
33. The robot was able to respond to voice commands accurately.
34. A robot can assist in research by collecting data in remote locations.
35. The robot was programmed to recognize faces and objects.
36. The autonomous robot navigated through the building without assistance.
37. The robot could analyze complex patterns in the data.
38. This robot is capable of dancing and performing choreographed routines.
39. The robot was designed to aid in disaster recovery efforts.
40. A robot can simulate human movement in virtual environments.
41. The robot delivered a presentation on artificial intelligence.
42. The robot was showcased at an international technology expo.
43. The friendly robot helped children learn math through interactive games.
44. The robot is being used to clean large office spaces efficiently.
45. The robot interacted with users through a touchscreen interface.
46. A robot can be programmed to perform specific tasks repetitively.
47. The robot was designed to work alongside human employees.
48. The robot collected data from the environment for analysis.
49. A robot can assist in agricultural tasks like planting and harvesting.
50. The robot is built to withstand harsh weather conditions.
51. The robot was created to mimic human behavior in social situations.
52. The robot was able to navigate using GPS technology.
53. The robot analyzed traffic patterns to improve city planning.
54. The robot was used to monitor patients in a healthcare setting.
55. This robot could recognize different languages and dialects.
56. The robot was designed to assist firefighters during emergencies.
57. A robot can provide companionship to those living alone.
58. The robot collected samples from the ocean floor for research.
59. The robot was programmed to respond to emergency situations.
60. Engineers are excited to see how the new robot performs in tests.
61. The robot was used to analyze the soil quality for farming.
62. A robot can be deployed in hazardous environments for safety.
63. The robot was designed to assist scientists in laboratory experiments.
64. The robot delivered groceries to households in the neighborhood.
65. This robot can mimic a wide range of human expressions.
66. The robot was capable of learning from its previous experiences.
67. A robot can be programmed to adapt its strategies for tasks.
68. The robot was sent to explore the surface of Mars.
69. The robot was designed to perform maintenance on machinery.
70. This robot is capable of assisting in educational settings.
71. The robot was able to detect and avoid obstacles in its path.
72. A robot can be used in search and rescue missions.
73. The robot analyzed the air quality and reported the findings.
74. The robot was programmed to engage in conversation with users.
75. This robot can assist in creating art and music.
76. The robot was designed to navigate through crowded spaces.
77. The robot delivered first aid supplies during the disaster.
78. A robot can be trained to recognize specific patterns.
79. The robot was created to perform inspections in hazardous areas.
80. This robot can help with logistics in warehouses.
81. The robot was equipped with tools for carpentry work.
82. The robot was designed to help with cooking and meal preparation.
83. A robot can be programmed to assist in customer service.
84. The robot was able to identify and sort different materials.
85. This robot can serve as a communication tool for the disabled.
86. The robot accompanied students on field trips for educational purposes.
87. The robot was designed to assist in physical therapy sessions.
88. A robot can be utilized for monitoring environmental changes.
89. The robot delivered updates about the weather to residents.
90. The robot was programmed to assist with language translation.
91. This robot can interact with users through gestures and voice.
92. The robot was designed to perform inspections in high places.
93. A robot can help in maintaining cleanliness in public spaces.
94. The robot was able to navigate through complex urban environments.
95. This robot was created to assist in laboratory experiments.
96. The robot delivered news updates during the live broadcast.
97. A robot can be programmed to monitor traffic flow.
98. The robot was designed to help manage resources in a crisis.
99. This robot can engage in friendly conversation with users.
100. The robot was used to demonstrate new technology at the expo.