Control Systems, Sensors and Robotics mind maps
289 mind maps by 272 users · Page 1 of 8
Explore over 260 community-made mind maps on sensors, computer control, data logging and robotics. This collection is mainly for school students studying these topics and teachers looking for material, with some university-level resources too. Choose a map and start exploring.
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- Sensors52
- Control System Components and Feedback13
- Computer Control Systems43
- Data Logging15
- SCADA11
- Embedded Systems14
- Robot Components and Sensors23
- Types and Applications of Robots10
- Robot Programming17
- LEGO SPIKE Prime Programming30
- Robot Escape Challenges15
- LEGO Mindstorms EV314
- Line Following Robots23
- Robot Navigation9
- Mars Rover Robot Projects15
Mind maps
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25 nodesLEGO EV3 MINDSTORMS PROJECT SENSORS · ALL SENSOR TYPES · ROBOTS · EVALUATION · GROUP DESIGN DOCUMENT
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9 nodesSensors Ultrasonic Sensor · Infrared Sensor · Temperature and Humid... · PIR Sensor
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192 nodesMars Exploration Mission Ideation · Impacts · Non-functional Requir... · Constraints + Limitat... · Functional Requirements · Available Resources
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107 nodesMars Exploration Main Mission Objectives · Extension Mission Obj... · Elements to the Project · Constraints
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90 nodesComputer Controls... Basics · Sensors · ADC · Process · Output · Open loop system
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84 nodesEV3 Problem Sensors · Constraints · Prescribed Criteria · Self - Determined Cri... · Available Resources · Ideation
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67 nodesYear 9 Item 1 Task requirements · Planned response · Spike Prime Robot · Algorithm Constructs · Code Constructs
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69 nodesRobot Mind Map Prescribed Criteria 1 · Self-Determined Criteria · Coding Constructs · Algorithm Constructs · Planned response 1 · Prescribed Criteria 2
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51 nodesRobot Project Prescribed Criteria · Self-Determined Criteria · Pseudocode Constructs · Pseudocode Language · Planned Responses
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48 nodesSpike Prime Mind map Task requirements · Spike Prime robot · Planned response · Algorithm constructs · Code constructs
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62 nodesSpike prime Prescribed Criteria · Self-Determined Criteria · Knowledge about Spike... · Coding Constructs · Planned responses/ ro... · Development environment
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103 nodesMars Exploration Project Constraints · Criteria · EV3 Mindstorms
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55 nodesYear 9 Item 1 Task Requirements · Algorithm Constructs · Spike Prime Robot · Planned Response · Code Constructs
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62 nodesYear 9 - Item 1 Spike Prime Robot · Task Requirments · Planned Response · Code Constructs · Algorithm
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116 nodesMars Rover Expedition Variables · Resources · Clearing obstacles · Robot design · Line following · Immoveable obstacles
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41 nodesUntitled Types of Control Systems · Greenhouse Control Sy... · Computer Control Systems
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17 nodesComputer Control Systems SENSORS (inputs) · System made up of thr... · Actuators (outputs) · computers everywhere... · A human or a computer? · The process..
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57 nodesYear 9 item 1 Code Constructs · Spike Prime Robots · Task Requirements · Algorithm constructs · Planned response
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83 nodesRescue Project Course · Requirements · Limitations · EV3 Hardware
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52 nodesRobotics challenge Problems · task requirements · Robotic Parts · Map
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15 nodessensors temperature sensors · infrared sensors · proximity sensors · pressure sensors · level sensors · ultrasonic sensors
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68 nodesMars Mission Constraints · Function Requirements · Available Resources · Ideation · Impacts · Non-Function Requirem...
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33 nodesTopic 5: Control Systems Output devices contro... · Advantages · Disadvantages
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16 nodesComputer Control what is computer cont... · Sensors · ADC · Advantages
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29 nodesEv3 Robot sensors Light · Touch · Ultrasonic
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21 nodesEmbedded Systems Is a computing system... · The Internet of Things · Embedded Operating Sy... · App Processors versus... · Microprocessors vs Mi... · Embedded vs Deeply Em...
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44 nodesComputer Control The computer is used ... · Sensors · ADC · Process · Output · Open loop system
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26 nodesComputer Control Advantages · Disadvantages · What is it? · Sensors (input)
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58 nodesSCADA: Supervisory Control and Data Acquisition. Structural design · BEFORE SCADA · Features · used for · distributed SCADA sys... · networked SCADA system
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55 nodesEV3 Problem Sensors · Constraints · Prescribed Criteria · Self Prescribed Criteria
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29 nodesdata logging and control systems examples of data logging · these systems work 24... · where they can be used · data logging&control ... · data logging examples · definitions
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30 nodesProcess Control Process Control in In... · Robotics · Bionics · Computer control in H... · Artificial Intellligence · Expert Systems
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52 nodesEV3 Sensors Touch · Ultrasonic · Light
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32 nodesData Logging and Control Systems Mind Map Security Systems · Simulation · Traffic Control · Car Parking · Greenhouses · Automatic Doors
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17 nodesSensor Ultrasonic Sensor · Proximity Sensor · Touch Sensor · Temperature Sensor · Infrared Sensor · Pressure Sensor
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39 nodesSpike Prime Challenge Prescribed Criteria · Self-Determined Criteria · Knowledge of Spike Pr... · Coding/Pseudocode Con... · Planned responses / r...
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26 nodesSENSORS TEMPERATURE SENSOR · SOIL MOISTURE SENSOR · IR Sensor · PROXIMITY SENSOR · ULTRASONIC SENSOR · TOUCH SENSOR
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25 nodesSensors Temperature and Humid... · Infrared Sensor · Proximity Sensor · Pressure Sensor · Accelerometer · Smoke Sensor
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19 nodesControl Systems Made up of Sensors, C... · Advantages · Disadvantages · Data Logging
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26 nodesSensors Ultrasonic Sensor · IR Sensor · Temperature Sensor · Proximity Sensor · Level Sensor · Smoke and Gas Sensor
More Control Systems, Sensors and Robotics resources
About control systems, sensors and robotics mind maps
GoConqr OriginalControl systems, sensors and robotics mind maps
These maps offer different routes through the unit. Monitoring and measuring looks at devices that use sensors to measure physical variables over time. Process Control describes real-time responses and feedback. Other maps cover embedded systems, robot navigation and robotic components.
Choose a starting point
Start with Monitoring and measuring if you want to focus on what sensors measure. For a broader view, try Data Logging and Control Systems Mind Map, which includes security systems, traffic control and greenhouses.
Follow one branch at a time, then try explaining its connections without looking. Return to the map to check what you remembered. If you want to test your understanding in a different way, switch to a quiz on the unit page; for shorter study sessions, try its flashcards.
Pick a map that matches the topic you are studying and follow a branch.
Frequently asked questions
Which mind map is a useful place to start?
Try “Monitoring and measuring” if you are studying how devices use sensors to measure physical variables over time. For a wider selection of examples, “Data Logging and Control Systems Mind Map” includes security systems, traffic control and greenhouses. Choose the map that fits the topic you want to explore.
Are these mind maps free to use?
Yes. Every mind map listed here is free to open and study without an account. The resources were made by GoConqr users. A free account also lets you save quiz scores and make your own quizzes, mind maps, flashcards and notes.
Who are these resources for?
The collection is mainly suited to school students studying sensors, computer control and robotics, and to teachers looking for material on those topics. It also includes some university-level resources. Students preparing for GCSE ICT or GCSE Computing can explore maps that match the topics they are studying.