Hi there, I'm excited about the newest version of MMA, namely for the microcontroller Kit that has finally been added. I've played around with some arduino projects, and examples. However I find the selection slightly lacking. For actual work projects, arduino just doesn't cut it, and I'd like to use this awesome new feature for programming more professional targets. STM and TI products for example...or the ESP32
Does your kid love Roblox? With this coding class, your child will be able to create their own games for Roblox in no time. The coding approach is similar to Scratch, but is tailored specifically for developing Roblox games. It is a lot more effective for younger students compared to using Lua. Your child will learn and practice advanced coding skills, apply their imaginations, and create! In this first part we introduce the basics of Roblox coding through building fun games! Most students have not interacted with complex coding environments such as Roblox Studio before, so we will ensure they are setup for success by teaching foundational skills. This includes how to use workspace and how to configure properties of objects such as color and texture to implement in games. We will start learning important coding concepts such as if/then, loop, and variable in the context of Roblox coding, as well as how to have game elements respond to interactions from players such as clicks, movements, and more! Roblox requires relatively powerful computers. Registration Deadline: July 29
A fun ScratchJr coding class for kindergarteners and first graders. Technical Requirements: Students must have a laptop or desktop device with Zoom, a Chrome browser, and high internet connectivity. Your child might have started playing with your phone at 3 years old, and have become an expert of YouTube and mobile apps at age 5. So why not get started understanding how computers work with coding? As Apple CEO Tim Cook said, "Coding is the most important second language for everyone to learn". This series of fun ScratchJr lessons uses the Scratch Junior platform, developed by the same MIT team that created Scratch. While building interactive stories and games, your child will be introduced to the basics of coding concepts, solve problems, and most importantly, they will create and apply their imaginations! Scratch Junior Prerequisites - Ideally, use an iPad or Android Tablet to attend the class. You also need a computer. Please join Zoom from your computer. If you want to use a computer, please make sure your kid is comfortable with typing on keyboard and using mouse on a computer. Chromebook does not support Scratch Junior. Registration Deadline: July 15
Code games and animations with the #1 beginner classes. Technical Requirements: Students must have a laptop or desktop device with Zoom, a Chrome browser, and high internet connectivity. In this fun and creative class, we introduce students to the wonderful world of coding using Scratch, a platform developed by MIT. Students will use colorful drag-and-drop blocks that are intuitive and easy to use to create stories, games, and animations. We cover essential coding concepts such as conditional, loop, variables, and much more, while also exploring the intriguing features Scratch offers such as motion, sensing, and clones. At Create & Learn, we believe an essential goal for your child to learn coding is also to develop computational thinking, creativity, and critical thinking. With our project- and inquiry -based learning approach, our online classrooms are very interactive, as teachers lead kids through an enlightening process of creating, logic, and problem solving. Given our small class size, every child will enjoy a lot of personalized attention from their teacher. Regardless of what your child is excited about, they will surely find a way to express their interests and build their creativity with Scratch! Registration Deadline: July 29
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Sorry, no specific plans yet. The main problem is that most Arduino users expect the development tools to be free and hence would not be interested in buying a VisualGDB license. We may eventually add basic experimental support and see if it gets any traction, but currently we are prioritizing other features over it, sorry.
Not sure that is entirely the case. I for one find the Arduino tools very limiting, so would be happy to pay a moderate fee for additional capability. I think this would be an excellent and really beneficial addition.
In the past, I have developed some code for Arduino Unos and Nanos using Arduino IDE. It is extremely easy to use and has tons of libraries and community support. I have also written code in AtmelStudio for non-arduino Atmel micros such as the mega645A.
Until we officially support it, we can answer general questions (e.g. help you resolve the Wire.h problem), but we cannot guarantee that it will fully work, as there might be non-trivial Arduino-specific changes. We could also help you convert the project to VisualGDB as a part of our paid consulting services, however if you are OK waiting a few months until Arduino is fully supported, you will get this functionality as a part of your regular VisualGDB license.
This looks like all necessary header files were included properly, but the .cpp file (or library) containing the implementation of HardwareSerial::begin() was not included in the project. The solution would be to locate the source file implementing this method and add it to the project as well.
Are you a final-year student or a beginner looking to improve your skills in IoT technology? If yes, this blog has some of the best and most exciting IoT projects for you! You will find various IoT-based projects relevant to different industries that can help you land your dream job in data science!
IoT is likely to grow from 8.74 billion in 2020 to more than 13 billion in 2023, according to Statista Research Department. So, this is the right time to learn and get started with IoT. The emerging advances in the field of the Internet of things or IoT are game changers. You can see IoT everywhere, devices of all shapes and sizes. Soon IoT technology is poised to disrupt several other industries with amazing projects.
This blog will explore the top 30 interesting IoT project ideas for beginners in 2022. These simple IoT projects are exciting and worth adding to your portfolio. Now, let us dive right into the exciting project ideas!
Problem: Our world today is fighting against a global enemy, Coronavirus disease (Covid-19). The virus which causes Covid-19 transmits via droplets produced by an infected person sneezing, coughing, or exhaling. If you are a healthcare worker or a caregiver, you are at risk of catching the virus as you will be in close contact with the patient. This is where the Remote patient monitoring or RPM IoT project idea finds its application. RPM is a way of gathering medical data outside conventional healthcare facilities. But it is not easy for all to set up an advanced Remote Patient Monitoring system at home. And this IoT-based health monitoring system aims to provide an affordable solution.
Solution: This is a cost-effective and easy-to-build automated RPM system. The device requires the person to stand near the non-contact temperature sensor. The caregiver or the medical personnel presses the start button, and the device will collect and log the measurements such as blood pressure, heartbeat, etc. (including date and time) into Google sheets. Additionally, it can relay data to doctors, allowing for remote monitoring.
Problem: Many countries are still battling Covid-19. The number of Novel Coronavirus infections is rising to set new records daily, and India has become one of the world's top-most Covid-19 affected countries. The Indian government, on the other hand, is struggling to bring vaccines to its population. People cannot book slots in the Cowin App due to the limited availability of vaccines and heavy website traffic.
Solution: This hardware device notifies users when a vaccine slot is available. Now note that this project relies upon an API used by the Indian government on the official website to check the availability of vaccine slots. This is one of the beginner's most simple yet interesting IoT project ideas. The Arduino program written in this project will collect data and notify users when a vaccine slot is available in Cowin.
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