• 60 prompts
  • Checked October 2026

Robotics Writing Prompts

A robot for one chore, a bug in the code, the first test, and rules for robots.

Robotics Writing Prompts

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  1. Some robots work alone and some need a person at the controls. Write a rule about which jobs need the person.Fact: some robots can do work by themselves. Others must always have a person telling them what to do.
  2. Describe in words a gripper built to pick up one thing: an egg, a marble or a wet sponge.Fact: grippers are one of the most common kinds of end effector, the tool or hand of a robot arm.
  3. Two club members find the same bug at the same second. Write the scene, and who gets to fix it.Angle: one of them found it by reading, the other by watching the robot.

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All 60 prompts

A robot for one chore 15

  • A robot arm on a space station moves parts too big for people. Write one shift as the astronaut at the controls. Fact: NASA uses robotic arms to move large objects in space, and a person must control them.
  • A robot makes your bed. Break the chore into the smallest steps you can and write them all. Angle: you will be surprised how many there are.
  • A robot that feeds the cat gets one sensor. Write which one you choose and what goes wrong without it. Angle: how does it know the bowl is empty, or that the cat is the cat?
  • A robotics club has parts for one robot and four chores to pick from. Write the vote. Angle: someone argues for the chore nobody else wants.
  • A scout robot goes ahead to find the best place to walk. Write its report back. Fact: scout robots can take photographs and measure the terrain.
  • Choose one chore you would hand to a robot. Write exactly what the robot must do, step by step. Fact: robots are machines that can be used to do jobs.
  • Describe in words a gripper built to pick up one thing: an egg, a marble or a wet sponge. Fact: grippers are one of the most common kinds of end effector, the tool or hand of a robot arm.
  • Design a robot that only sorts socks. Write about the three hardest socks. Angle: the one inside out, the one with a hole, the one with no partner.
  • Wheels, legs or tracks? Your chore robot has to cross a messy bedroom floor. Write your choice and your reasons. Fact: most mobile robots have four wheels or continuous tracks.
  • Write a page of what your chore robot does not do: everything that is somebody else's job. Angle: a robot built for one chore is good at exactly one thing.
  • Write about one job you would give a robot because it is dull and one because it is risky. Fact: a robot's job may be boring, such as cleaning at home, or dangerous, such as exploring a volcano.
  • Write the job description for a robot that carries the recycling to the curb. Angle: list its duties, then the one thing it must never do.
  • Your chore robot runs on a battery. Write the afternoon it ran out halfway through the job. Fact: designing a battery-powered robot means weighing safety, battery lifetime and weight.
  • Your robot has finished the chore. How does it know? Write the test for done. Angle: clean enough, full enough or dry enough. Pick one and define it.
  • Your robot waters one plant. Write what it needs to sense before it pours. Fact: sensors let a robot receive information about what is around it.

A bug in the code 15

  • A robot spins in a circle because of one missing word. Write what the word was and how it was found. Angle: the word is short. Stop, wait or until.
  • The code worked yesterday and nobody changed anything. Write the argument about who changed something. Angle: somebody did. It was small.
  • Engineers called a defect a bug long before computers. Write a workshop in the 1870s where someone says it. Fact: the word bug for a defect has been engineering jargon since at least the 1870s.
  • Explain a bug to a grandparent with a recipe that has one wrong step. Angle: salt for sugar, or bake before you mix.
  • The fix for one bug makes a new one. Write the afternoon that keeps happening. Angle: count the fixes, and end on the one that held.
  • Give the bug a voice. Write its side of the story from inside line forty. Angle: it does not think it is a mistake.
  • It is the night before the competition and the robot will not start. Write the hour between nine and ten. Angle: the last thing they check is the first thing they should have.
  • One wrong number in the program makes the robot stop a hand's width too late. Write what it bumps into. Angle: nothing breaks. Something wobbles.
  • The robot does exactly what the code says, which is not what you meant. Write the difference. Fact: robots follow the commands people send.
  • The robot turns left every time you tell it to go straight. Write the hunt for the bug. Fact: a software bug is a defect in computer software.
  • Two club members find the same bug at the same second. Write the scene, and who gets to fix it. Angle: one of them found it by reading, the other by watching the robot.
  • Write a bug report: what you expected, what happened and how to make it happen again. Fact: a bug's effects range from minor, such as a misspelled word on screen, to severe, such as crashing.
  • Write a program in plain words for a robot that crosses a room. Then read it as the robot would and find your mistake. Fact: a program is how a robot decides when or how to do something.
  • Write a test so sneaky that it catches a bug nobody knew was there. Fact: one goal of software testing is to find bugs.
  • Write the note a programmer leaves inside the code for whoever reads it next year. First line: If you are reading this, the left motor is not the problem.

The first test 15

  • A robot arm practices picking up a block and misses by the width of a finger. Write tries one through five. Angle: each miss is smaller than the last.
  • A robot follows a black line on the floor until the line ends. Write what it does next and what you wish it did. Angle: nobody told it what to do when the line stops.
  • A robot plane is tested with no pilot aboard. Write the flight from the ground, looking up. Fact: some robotic planes are flown by remote control by pilots on the ground.
  • A rover is tested in a sandbox before it is sent anywhere. Write the sandbox test as if it were another planet. Fact: the rovers that explore the surface of Mars are robots.
  • The first test lasts four seconds. Write the forty minutes of talk that follow. Angle: everyone saw something different.
  • Narrate a robot's first test the way a nature film would: quietly, from a distance. First line: Here, at the edge of the mat, a young robot prepares to move.
  • On its first test the robot drives straight for the table edge, and a hand catches it. Write whose hand, and what changes. Angle: what sensor would have seen the edge?
  • The robot is on the floor, the laptop is open and the whole club is holding its breath. Write the first ten seconds. Angle: write the sound it makes.
  • The robot passes its first test on the smooth table and fails it on the carpet. Write what the club learns about floors. Angle: same robot, same code, different ground.
  • Something small falls off during the first test. Write the search for where it came from. Angle: one screw on the floor and a robot that still works. That is worse.
  • Tell the first test from the robot's side: only what its one sensor notices. Angle: it knows light and dark, or near and far, and nothing else.
  • Write the checklist a robotics club reads aloud before a first test. Angle: battery, wheels, wires, and one item added after last time.
  • Write the club notebook page for test number one: what we tried, what we saw, what we will change. Angle: three headings, and a drawing described in words.
  • Write three predictions for your robot's first test, then the three things that happened. Angle: let one prediction come true, to be fair.
  • The youngest member of the club presses Go for the first time. Write that minute. Angle: everyone else has stopped giving advice.

Rules for robots 15

  • A library gets a robot that shelves books. Write the rules the librarians give it and the one rule the robot would add. Angle: its rule is about the returns cart.
  • A robot must be easy to stop. Write the rule about the big red button and the day somebody needed it. Angle: nobody is hurt, and one sandwich is saved.
  • Rule one says stop when something is in the way. Write a day in a crowded hallway for a robot with only that rule. Angle: it is very safe and very late.
  • Should a robot ever be allowed to say no? Write your answer and your reason. Angle: think of one order it should refuse.
  • Some robots work alone and some need a person at the controls. Write a rule about which jobs need the person. Fact: some robots can do work by themselves. Others must always have a person telling them what to do.
  • Which matters more for a robot, being fast or being careful? Write the rule, then the job that changes your mind. Angle: a robot that carries soup. A robot that catches a ball.
  • The word robot comes from a word for forced work. Write a rule that makes a robot's work fair, and say if a machine needs it. Fact: the word robot comes from Czech words for a forced worker and forced labor.
  • Write a rule for robots that work where no person can go to check on them. Fact: robots take jobs people cannot reach, such as exploring another planet or cleaning inside a long pipe.
  • Write a rule for robots that you would also want people to follow. Angle: then write the one that only makes sense for a machine.
  • Write five rules for a robot that works in a kitchen with people in it. Angle: every rule starts from something that could go wrong.
  • Write the last rule on the list, the one that was added after something happened. Angle: tell what happened in one sentence, then the rule.
  • Write the rules for a delivery robot that shares a sidewalk with dogs, strollers and bikes. Angle: who goes first?
  • Write the rules of a robot competition you make up: the task, the time limit, what is not allowed. Fact: robot competitions have brought robotics to school students.
  • Write the sign on the door of a robotics club room: the rules for the people. Angle: charge it, label it, put the screws back.
  • Your club's robot will be driven by remote control. Write the rules for the person holding the controller. Angle: the driver needs rules as much as the robot does.

How it works

A writing prompt on robotics should sound like the club room: one task, one sensor, one thing that went wrong. These robotics writing prompts are about building and programming a robot, with facts from NASA and Wikipedia.

Read the full guide

One chore, one sensor

The first group gives a robot a single job: water one plant, sort the socks, feed the cat. Each prompt asks what the robot must sense, grip or cross to do it.

When the robot does not work

A bug in the code and The first test are thirty prompts about failure. A robot turns left when told to go straight, the fix for one bug makes a new one, and a robot that passed on the table fails on the carpet.

  • Write the robot's job in one sentence first. What it senses and does follows from that.
  • In a bug prompt, let the robot be right. It did what the code said.

Questions and answers

What is a good writing prompt on robotics?

One that starts from a real task. Your robot has finished the chore: how does it know? Or write a bug report: what you expected, what happened and how to make it happen again.

What is robotics?

NASA's answer for students: robotics is the study of robots, and robots are machines that can be used to do jobs. Some can do work by themselves. Others must always have a person telling them what to do.

Where does the word robot come from?

From Czech. Wikipedia traces it to robotník, a forced worker, and robota, forced labor. One prompt asks for a rule that makes a robot's work fair, and whether a machine needs one.

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