Mechatronics, Control and Automation mind maps
14 mind maps by 14 users
This GoConqr page gathers a small set of user-made mind maps on mechatronics, control concepts, robotics and industrial automation. The collection is mainly university-level, for university students studying these topics and teachers looking for material to support teaching. Choose a map that fits the topic you are working on.
Mind maps
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14 nodesMechatronics What is? · Knowledge involved · Possible careers for ... · Main responsibilities · Areas of activity · What is Mechatronics ...
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7 nodesMECHATRONICS,SENSORS AND TRANSDUCERS Sensors and transducers · Introduction to mecha...
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26 nodesMechatronics IS · also · her porpuse · Main components
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80 nodesMech-215 1. The Phasor Diagram · 2.Laplace Transforms · 3. First Order Systems · 4. Second Order Syste... · 5. Second order syste... · 6. Analysis in the fr...
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15 nodesindustrial automation Industrial automation... · Characteristics of In... · Types of Industrial A... · Examples of Industria...
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45 nodesThe history of Mechatronics The name "mechatronic... · Mori wanted to introd... · Previously · mechatronics is class... · This technology is fi...
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31 nodesCONTROL ENGINEERING HISTORICAL REVIEW
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40 nodesME 467 System Dynamic and Automatic Control objectives · Course Outcomes · course chapters
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26 nodesControl System Concept INTRODUCTION · SYSTEM CONFIGURATION · ANALYSIS AND DESIGN O... · THE DESIGN PROCESS · COMPUTER-AIDED DESIGN
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10 nodesIndustrial Robot History Robotic Ideas Began C... · Introduction to Indus... · Industrial Robots are...
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37 nodesHard Skills in Mechatronics Engineering Electronics · Robotics · Mechatronics · Mathematics · Chemistry · Design by Computer
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26 nodesHistory of Mechatronics "Mechatronics” · 1970 · Before 1980's · After 1980's
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14 nodesControl of Mechanical Systems with Dry Friction Dry friction is defin... · Dry friction can be d... · Systems with disconti... · For full-actuated mec... · Discontinuous frictio... · A pendulum
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13 nodesRobotic deburring pipeline Geometry detection sy...
More Mechatronics, Control and Automation resources
About mechatronics, control and automation mind maps
GoConqr OriginalMechatronics, Control and Automation mind maps
These maps offer different ways into the unit. Control System Concept introduces system configurations, including open-loop and closed-loop systems. Mech-215 brings together phasor diagrams and Laplace transforms, while Robotic deburring pipeline outlines a pipeline that includes measuring, detection and classification.
Study with a map
For a broad starting point, choose Mechatronics. One map with that title asks what the field involves and identifies areas of activity. If you want a more focused technical topic, try Mech-215 and follow the connections from the phasor diagram to the transform material.
After reading a map, cover it and explain its main connections in your own words. Return to the map to check what you missed. Switch to flashcards on the unit page when you want to recall individual concepts, or use the unit quiz when you are ready for questions. Pick a map and trace one set of connections.
Frequently asked questions
Which mind map is a good place to start?
One map titled Mechatronics is a useful starting point for an overview. It asks what mechatronics is and identifies the knowledge involved, possible careers and areas of activity. If you are already focusing on control systems, start with Control System Concept instead.
What topics do the mind maps cover?
The collection includes maps on mechatronics, control concepts, industrial automation and robotics history. Mech-215 covers phasor diagrams and Laplace transforms. Robotic deburring pipeline sets out topics including measuring systems, geometry detection and burr classification, offering a more focused topic to explore.
Are these mind maps free to use?
Yes. Every resource listed here is free to open and study without an account. The maps were made by GoConqr users. A free account also lets you create your own mind maps, quizzes, flashcards and notes, and save your quiz scores.
Who are these mind maps for?
The collection is mainly at university level. University students can use the maps to study topics such as control systems and robotics, while teachers can use them as material for teaching. The maps range from broad introductions to more focused technical topics.