The Best Vex Robotics Online Courses

Banner Image The Best Vex Robotics Online Courses

Picture this: You’re an educator or a student, eagerly diving into the world of robotics, excited to level up your skills and immerse yourself in hands-on learning experiences. But how can you make this magical process happen from the comfort of your home or classroom without feeling overwhelmed? Enter Vex Robotics online courses! Your all-in-one platform for robotics education, skill-building, and, most importantly, creating fun memories.

Imagine having a wide array of programs and expert guidance at your fingertips, making Vex Robotics the perfect companion for your robotics journey. In this blog post, we’ll explore the ins and outs of Vex Robotics online courses, and how they’re revolutionizing the way we approach robotics learning, whether you’re a student dipping their toes into the limitless pool of knowledge or an educator seeking to inspire the innovators of tomorrow. So grab your gears, and let’s dive into the world of Vex Robotics!

Vex Robotics Courses – Table of Contents

  1. Zero to Hero in Vex Robotics
  2. Vex Robotics For Beginners
  3. Fundmentals in Robot C and VEX Robotics
  4. Industrial Robotics
  5. ROS2 For Beginners (ROS Foxy, Humble – 2023)
  6. Complete UiPath RPA Developer Course: Build 7 Robots
  7. Robotic Drives & Physics: Robotics, learn by building III
  8. ROS2 Robotics Developer Course – Using ROS2 In Python

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Zero to Hero in Vex Robotics

Course Preview Zero to Hero in Vex Robotics


4.2 out of 5

Why should you consider this Vex Robotics online course? First off, the course utilizes a powerful and versatile platform that combines a robust micro-controller, high-torque motors, precise sensors, and a durable metal frame. To top it off, programming the platform is a breeze thanks to the user-friendly CodeBlocks interface and Robot C language, which is essentially the versatile C programming language tailored for robotics applications.

Diving into the course content, you’ll find that it’s organized into four comprehensive modules. In the first module, students tackle advanced input/output programming examples which involve controlling motor speed and direction using distance sensors. The second module builds on this by teaching students to create functions for precise robot movement and arm control. In the third module, students learn algorithms for line-following and maintaining a constant distance from objects. Finally, the fourth module challenges students to put their newfound skills to the test with advanced tasks such as line-following while picking up cans and creating an environment scanner to locate and collect rubbish. With its engaging and systematic approach, this online course is an excellent choice for anyone looking to master Vex Robotics.

Skills you’ll learn in this course:

  1. Input/output programming with distance sensors
  2. Controlling motor speed and direction
  3. Creating and utilizing functions for precise robot movements
  4. Mastering robot arm control for grabbing and lifting
  5. Understanding key programming concepts like booleans and while loops
  6. Implementing line-following algorithms and sensor feedback loops
  7. Developing environment scanning and object collection programs
  8. Applying learned concepts to create advanced robotics tasks

Vex Robotics For Beginners

Course Preview Vex Robotics For Beginners


3.7 out of 5

Are you a middle or high school student with no experience with the Vex platform and looking to learn how to build your first Vex robot? You’re in luck! This online course offers everything you need, including detailed steps on how to build a robot, how to download RobotC to your computer, how to code using RobotC, and how to write the code for this robot, download it, and test it! As a bonus, you’ll receive an Instruction Packet PDF with written instructions and pictures as an extra supplement to the video tutorials.

With 13 instructional videos totaling about 1 hour, this course breaks down the process in a comprehensive manner. The first 8 videos focus on constructing your robot, while the last 5 delve into programming in RobotC and testing your creation. All you need to get started is a standard classroom Vex kit and a proper workstation. Don’t hesitate to message the course creator with any questions or concerns – they’ll be more than happy to assist you! Dive into this exciting world and start building your very own Vex robot today!

Skills you’ll learn in this course:

  1. Building a Vex Robot with a Vex PIC microcontroller
  2. Downloading and installing RobotC software
  3. Basic RobotC programming and coding skills
  4. Writing code for a custom Vex robot
  5. Assembling and constructing Vex robots from scratch
  6. Utilizing instructional PDFs and video tutorials for guidance
  7. Troubleshooting and testing Vex robots
  8. Effective communication with instructors for support and assistance

Fundmentals in Robot C and VEX Robotics

Course Preview Fundmentals in Robot C and VEX Robotics


3.8 out of 5

Vex Robotics is an incredible platform designed for students in the 7-10 Digital Technologies Curriculum. As the host of the world’s largest robotics competition, VEX challenges students to create and compete with their own unique robot designs. With text-based coding in the widespread programming language C’, VEX also offers capabilities in data management, analysis, and real-world problem-solving through coding and robotics.

This particular online course consists of eight lessons that help students master INPUT/OUTPUT programming. By the end of the course, students will be able to control a motor’s speed and direction using a distance sensor. Each lesson breaks tasks down into the simplest steps, focusing on just two to three lines of code at a time. This approach ensures students not only grasp what each line of code does, but also comprehend how it functions and the possible outcomes when variables are altered. Dive into this course to develop your understanding and skills in VEX robotics.

Skills you’ll learn in this course:

  1. Understanding the VEX Robotics platform
  2. Text-based coding in C’
  3. Data management and analysis
  4. Problem-solving with coding and robotics
  5. INPUT/OUTPUT programming
  6. Controlling motor speed and direction
  7. Experimenting with variables in code
  8. Understanding the impact of code changes on a robot’s output

Industrial Robotics

Course Preview Industrial Robotics


4.6 out of 5

Discover the fascinating world of industrial 6-axes anthropomorphic robots through this comprehensive online course. Starting with building the kinematic model step-by-step, you’ll dive deep into planning geometrical paths and optimizing motion trajectories. Don’t worry – you’ll also learn how to size the electric motors correctly and understand the ins and outs of fine-tuning procedures for the servo drives. Plus, you’ll get to explore calibration procedures for the arm, tool, and cell, which will ultimately help you generate a realistic digital twin for your simulations!

But wait, there’s more! As a bonus, the course offers an additional lecture that focuses on the kinematic model of a UR robot. So not only will you be mastering the skills you need to work with these cutting-edge robots, but you’ll also gain an extra understanding of another popular robot model. Don’t miss this fantastic opportunity to boost your knowledge and elevate your robotics journey!

Skills you’ll learn in this course:

  1. Building a kinematic model of an industrial robot
  2. Planning and optimizing motion trajectories
  3. Sizing electric motors accurately
  4. Fine-tuning servo drives
  5. Calibration of robotic arm, tool, and cell
  6. Creating a realistic digital twin for simulations
  7. Understanding 6-axes anthropomorphic robots
  8. Kinematic modeling of UR robots (bonus skill)

ROS2 For Beginners (ROS Foxy, Humble – 2023)

Course Preview ROS2 For Beginners (ROS Foxy, Humble - 2023)


4.7 out of 5

Are you a beginner interested in learning ROS2 (Robot Operating System 2) from scratch? Look no further! This course takes you step-by-step through the learning process to become a ROS2 developer capable of writing scalable robotics applications. The course is designed to help you learn ROS2 from the beginning, without any prior knowledge in Robot Operating System. This means that you can say goodbye to the big learning curve that many people face when starting with ROS2.

The teaching method is practical, focusing on three points: step-by-step learning, going straight to the point, and lots of practice. The course covers key concepts such as ROS2 installation, workspaces, packages, nodes, topics, services, custom messages, parameters, launch files, and more. Each section/module focuses on one ROS2 concept and includes concept explanations, step-by-step “how-to” videos (for both Python and Cpp), hands-on activities, detailed solution videos, and recaps with code downloads. At the end of the course, you’ll have the opportunity to work on a complete project using the Turtlesim simulation, helping you practice what you’ve learned and start any future ROS2 projects confidently. Just a quick note: this course might not be suitable for advanced ROS2 developers or those with no Python or C++ experience.

Skills you’ll learn in this course:

  1. ROS2 Installation, Workspace, Packages
  2. Creating and managing ROS2 Nodes
  3. Working with ROS2 Topics
  4. Implementing ROS2 Services
  5. Developing ROS2 Custom Messages
  6. Managing ROS2 Parameters
  7. Creating and using ROS2 Launch Files
  8. Utilizing ROS2 tools for debugging and monitoring

Complete UiPath RPA Developer Course: Build 7 Robots

Course Preview Complete UiPath RPA Developer Course: Build 7 Robots


4.6 out of 5

Welcome to the Complete UiPath RPA Developer Course: Build 7 Robots! This hands-on, project-based course is designed to help you master UiPath Studio and develop state-of-the-art software robots from scratch. Offering over 300 lectures and 30 hours of on-demand video content, as well as real-world projects, activities, quizzes, and assignments, the course is perfect for those who learn best by doing. In addition, you’ll get all 7 robots built during the course for free to use as templates for your own custom projects.

The course starts by introducing Robotic Process Automation (RPA) concepts and covers everything from installing UiPath to building your first simple robot. As you progress, you’ll take on more complex projects, such as web scraping real estate data, automating invoice data entry, and integrating email operations with your Gmail account. Taught by a qualified Industrial and Systems Engineer with extensive RPA development experience, this comprehensive course aims to not only make you comfortable building your own software robots but also help you land that high-paying RPA job you’ve been dreaming of.

Skills you’ll learn in this course:

  1. Mastering UiPath Studio and its user interface.
  2. Web scraping and data extraction from websites.
  3. Automating data entry tasks in web and desktop applications.
  4. PDF data scraping, including working with OCR technology.
  5. Integrating Gmail and performing email automation tasks.
  6. Building robots that adapt to changing screen layouts.
  7. Exporting structured data to MS Excel spreadsheets.
  8. Designing and building software robots for various real-world applications.

Robotic Drives & Physics: Robotics, learn by building III

Course Preview Robotic Drives & Physics: Robotics, learn by building III


4.7 out of 5

Get ready to dive into the fascinating world of robotic drives and physics with this highly-rated online course. Part of the Robotics: Learn by Building series, this comprehensive module draws on the knowledge gained in the Analog Electronics and Digital Electronics courses. Whether you’re interested in designing deep-diving submarine robots or action-packed battle robots, you’ll gain essential insights into robotic drive systems and physics.

With over 45,000 students enrolled and more than 3,200 five-star ratings, the course series has attracted learners of all ages. No prior knowledge of mechanics, physics, or robotics is needed, although basic electricity, electronics, and math understanding is necessary. You’ll need the Analog Electronics Kit from Module I and Digital Electronics Kit from Module II, or provide your own parts, along with the Robotic Drives & Physics Experimenter’s kit. Topics covered range from simple machines to complex robotic drives, designing an arm robot, hydraulics, pneumatics, and even a case study on deep-submarine, remotely operated vehicles. So jump in and start expanding your skills in robotic drive systems and physics today!

Skills you’ll learn in this course:

  1. Understanding and designing robotic drive systems and physics
  2. Learning about different commercial and industrial robotic drive systems
  3. Basic knowledge of hydraulics and pneumatics in robotics
  4. Operating various types of motor systems (DC motors, BLDC motors, servo motors, etc.)
  5. Designing a deep-submarine robot with specific real-world challenges
  6. Building and using various types of servos for different applications
  7. Understanding safety measures and precautions in the robotics industry
  8. Exploring different robot designs (articulated arm, gantry, spine, collaborative) and their applications

ROS2 Robotics Developer Course – Using ROS2 In Python

Course Preview ROS2 Robotics Developer Course - Using ROS2 In Python


4.8 out of 5

Are you fascinated by robotics and looking to delve into the world of programming autonomous systems? Look no further! Raymond, a Robotics Systems Developer with over 10 years of experience, has designed a comprehensive online course for beginners eager to learn how to use the Robot Operating System (ROS) version 2 platform (ROS2). Whether it’s industrial robots, autonomous cars, or research and development systems, ROS2 is the backbone of a wide range of automated systems.

Throughout the course, you’ll become proficient in Python 3 using ROS2 Humble. Designed for novices with little to no experience in ROS2, this course will take you through a step-by-step process starting from installing ROS2, developing code using the framework, and even working on simulation tools to create your own robot. The course is divided into 8 main sections, covering topics such as environment setup, ROS2 overview, using ROS2 in Python, additional ROS2 tools, robotics simulation, and advanced features in ROS2. The best part? You’ll be working with the renowned OpenCV library to work with image data from your robot’s camera. So, are you ready to get started on programming with the most widely-used open source robotics platform? Dive in and explore the world of ROS2 now!

Skills you’ll learn in this course:

  1. Installing and setting up ROS2 on Ubuntu operating system.
  2. Understanding ROS2 framework and its various tools.
  3. Programming robots with Python and ROS2.
  4. Utilizing simulation and sensor data visualization tools in ROS2.
  5. Implementing advanced features in ROSsuch as SROS and ROS2 bridge.
  6. Working with the OpenCV library for image processing.
  7. Creating and controlling robotic simulations.
  8. Integrating and building ROS2 from source for custom applications.

In conclusion, Vex Robotics online courses are an incredible investment towards a future in robotics and engineering. Not only are they convenient and adaptable to different schedules, but they also allow students to develop vital skills that will surely shape them as the innovators of tomorrow. With courses catering to a variety of age groups, there’s a strong emphasis on fostering teamwork, collaboration, critical thinking, and problem-solving – all of which are essential career skills, beyond just the realm of robotics.

Whether you’re an educator looking to integrate robotic elements into your curriculum, or a curious individual eager to immerse yourself in the world of robotics, Vex Robotics online courses are indeed a game-changer. By embracing this unique educational opportunity, you’re fostering creativity, empowering young minds to explore the boundless world of technology, and ultimately, contributing to a brighter future powered by innovation and human ingenuity. So, don’t hesitate – hop on the Vex Robotics bandwagon now, and experience the fascinating world of robotics first-hand!