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QA 001 Arduino For Beginners – 2024 Complete Course
What you'll learn
Master Arduino from scratch, even if you’re a complete beginner
Gain the confidence to create your own custom Arduino projects
Build an interactive obstacle detection application
Design and assemble Arduino circuits with a variety of components
Program your Arduino using C/C++
Simulate your project online for better understanding
Learn through hands-on lessons and real practice
Complete 20 activities and a major final project
Focus on learning by doing, not just watching
Understand the “why” behind each concept
Start with the best practices for efficient coding
Develop an engineer’s mindset for problem-solving
Set up and optimize the Arduino IDE for smooth development
Master digital and analog pins for various tasks
Work with LEDs, push buttons, and potentiometers
Communicate between your Arduino and your computer using Serial
Save data on Arduino with EEPROM memory
Solve timing challenges using millis() and micros()
Multitask and manage multiple functions in your programs
Debounce push buttons for accurate input
Discover the power of Arduino interrupts
Use interrupts with ultrasonic sensors for real-time applications
Measure distances with an ultrasonic sensor
Display data on a 16x2 LCD screen
Control your Arduino with an InfraRed remote
Measure light levels using a photoresistor
Install and manage Arduino libraries, including different versions
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QA ROS for Beginners: Basics, Motion, and OpenCV
What you'll learn
Gain a comprehensive understanding of the ROS ecosystem, including topics, nodes, messages, services, and ActionLib.
Create basic applications to control robot motion effectively.
Learn how position and orientation are represented within the ROS framework.
Master the process of developing ROS projects using C++ or Python.
Build foundational computer vision applications using ROS and OpenCV.
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QA ROS for Beginners II: Localization, Navigation and SLAM
What you'll learn
2D and 3D Localization: Understand the theoretical foundations.
Frame Transformations: Learn how to perform transformations between frames in 2D and 3D spaces.
The tf Package: Master this powerful tool for representing frames and performing transformations and localization.
SLAM Basics: Explore the theoretical principles of localization and mapping.
Navigation Concepts: Gain insights into global path planning, local path planning, and collision avoidance.
Navigation Approaches: Compare map-based navigation with reactive navigation.
ROS Navigation Stack: Get hands-on with key packages like move_base, amcl, and gmapping.
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QA ROS for Beginners III: Web-based Navigation with ROSBridge
What you'll learn
Develop a Web Interface for Teleoperating a Robot
Build a Web Interface for Robot Navigation
Utilize React for Front-End JavaScript Development
Leverage ROSBridge to Integrate with the ROS Ecosystem
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Trending
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-87%
QA 001 Arduino For Beginners – 2024 Complete Course
What you'll learn
Master Arduino from scratch, even if you’re a complete beginner
Gain the confidence to create your own custom Arduino projects
Build an interactive obstacle detection application
Design and assemble Arduino circuits with a variety of components
Program your Arduino using C/C++
Simulate your project online for better understanding
Learn through hands-on lessons and real practice
Complete 20 activities and a major final project
Focus on learning by doing, not just watching
Understand the “why” behind each concept
Start with the best practices for efficient coding
Develop an engineer’s mindset for problem-solving
Set up and optimize the Arduino IDE for smooth development
Master digital and analog pins for various tasks
Work with LEDs, push buttons, and potentiometers
Communicate between your Arduino and your computer using Serial
Save data on Arduino with EEPROM memory
Solve timing challenges using millis() and micros()
Multitask and manage multiple functions in your programs
Debounce push buttons for accurate input
Discover the power of Arduino interrupts
Use interrupts with ultrasonic sensors for real-time applications
Measure distances with an ultrasonic sensor
Display data on a 16x2 LCD screen
Control your Arduino with an InfraRed remote
Measure light levels using a photoresistor
Install and manage Arduino libraries, including different versions
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QA ROS for Beginners II: Localization, Navigation and SLAM
What you'll learn
2D and 3D Localization: Understand the theoretical foundations.
Frame Transformations: Learn how to perform transformations between frames in 2D and 3D spaces.
The tf Package: Master this powerful tool for representing frames and performing transformations and localization.
SLAM Basics: Explore the theoretical principles of localization and mapping.
Navigation Concepts: Gain insights into global path planning, local path planning, and collision avoidance.
Navigation Approaches: Compare map-based navigation with reactive navigation.
ROS Navigation Stack: Get hands-on with key packages like move_base, amcl, and gmapping.
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QA ROS for Beginners III: Web-based Navigation with ROSBridge
What you'll learn
Develop a Web Interface for Teleoperating a Robot
Build a Web Interface for Robot Navigation
Utilize React for Front-End JavaScript Development
Leverage ROSBridge to Integrate with the ROS Ecosystem
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QA ROS for Beginners: Basics, Motion, and OpenCV
What you'll learn
Gain a comprehensive understanding of the ROS ecosystem, including topics, nodes, messages, services, and ActionLib.
Create basic applications to control robot motion effectively.
Learn how position and orientation are represented within the ROS framework.
Master the process of developing ROS projects using C++ or Python.
Build foundational computer vision applications using ROS and OpenCV.
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2D and 3D Localization: Understand the theoretical foundations.
Frame Transformations: Learn how to perform transformations between frames in 2D and 3D spaces.
The tf Package: Master this powerful tool for representing frames and performing transformations and localization.
SLAM Basics: Explore the theoretical principles of localization and mapping.
Navigation Concepts: Gain insights into global path planning, local path planning, and collision avoidance.
Navigation Approaches: Compare map-based navigation with reactive navigation.
ROS Navigation Stack: Get hands-on with key packages like move_base, amcl, and gmapping.
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What you'll learn
Gain a comprehensive understanding of the ROS ecosystem, including topics, nodes, messages, services, and ActionLib.
Create basic applications to control robot motion effectively.
Learn how position and orientation are represented within the ROS framework.
Master the process of developing ROS projects using C++ or Python.
Build foundational computer vision applications using ROS and OpenCV.
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QA 001 Arduino For Beginners – 2024 Complete Course
What you'll learn
Master Arduino from scratch, even if you’re a complete beginner
Gain the confidence to create your own custom Arduino projects
Build an interactive obstacle detection application
Design and assemble Arduino circuits with a variety of components
Program your Arduino using C/C++
Simulate your project online for better understanding
Learn through hands-on lessons and real practice
Complete 20 activities and a major final project
Focus on learning by doing, not just watching
Understand the “why” behind each concept
Start with the best practices for efficient coding
Develop an engineer’s mindset for problem-solving
Set up and optimize the Arduino IDE for smooth development
Master digital and analog pins for various tasks
Work with LEDs, push buttons, and potentiometers
Communicate between your Arduino and your computer using Serial
Save data on Arduino with EEPROM memory
Solve timing challenges using millis() and micros()
Multitask and manage multiple functions in your programs
Debounce push buttons for accurate input
Discover the power of Arduino interrupts
Use interrupts with ultrasonic sensors for real-time applications
Measure distances with an ultrasonic sensor
Display data on a 16x2 LCD screen
Control your Arduino with an InfraRed remote
Measure light levels using a photoresistor
Install and manage Arduino libraries, including different versions
