Pro Metal Industries Ltd.’s Post

During 8 PM every day, we will discuss one of the available specialties. ⏱️ Let's start with the "Technical" committee! 🔥 What is the "Technical" committee? It is the main committee on which our competitions depend. What are its specialties? It specializes in multiple fields: 📌 Technical (Programming | Electronics): We learn programming and electronics related to robotics, internal components, operation, and movement. Is programming only related to the field of robotics? No, you also learn programming languages like C++ and others. We also hold problem-solving workshops that prepare you for competitive programming competitions. 📌 PCB Design: We help you design printed circuit boards (PCBs), which are boards engraved with conductive materials that connect components together to perform specific tasks. 📌 Laser Cutting: Through training workshops, we learn how to use laser-cutting machines to design two-dimensional shapes. We use them to create robot body parts. 📌 3D Printing: It is a laser-based printing device used to manufacture three-dimensional objects or models. For example, we can create a robot arm, tool holders, and other necessary parts for robot manufacturing. We learn all of this through practical and theoretical training workshops. If you have a background or are interested in learning any of these fields, APEL is the right place for you. You can join us through this form: https://lnkd.in/dTwCX8Kq ☢️ The form will close on October 1st. ☢️ Don't forget, if you applied yesterday, you can re-register and confirm with us through the page's messages. ✨ #apel_للآخر #Robtics

Hey LinkedIn! If you’re new to following me, I talk about #ruby, #rubyonrailsdeveloper, #developer, #3dmodeling, and #3dprinting. Most of the time, I enjoy programming, primarily using the Ruby language. I dedicate myself to enhancing my coding skills on a daily basis, constantly seeking out new knowledge and staying abreast of current trends in the field. This continuous learning process brings me immense satisfaction. In addition to programming, I have a keen interest in 3D printing, which I consider a captivating hobby. There is a unique thrill in visualizing an idea, translating it into a 3D model, and then bringing it to life through the process of printing. The ability to transform my thoughts into tangible objects adds a rewarding and creative dimension to my pursuits.

We didn’t know we were making sushi when we visited the The Magic House, St. Louis Children's Museum MADE Makerspace. He didn’t know he was 3D printing a penguin. I didn’t know I was 3D printing a pickleball with four people standing around worshiping it. The lesson was to enhance creativity using clay and software design. This teaching concept bridges the left side of the brain and the right side of the brain to create whole brain thinking. When you mold with clay, you are using the right side of your brain. When you design in TinkerCAD, you must navigate the software to 3D print an object with your left. Whole brain thinking is a real thing. I didn’t learn about this until years later after school. Whole brained thinking can be taught in schools or in corporations. Some teach it sooner than others and some don’t teach this at all. Does yours?

🚀 Day 9 of 30 Days Coding Challenge: Mastering Pattern Printing 🌟 Are you ready to dive into the fascinating world of pattern printing in coding? Join me on this exhilarating journey as we explore the beauty and intricacies of creating mesmerizing patterns using programming! Why Pattern Printing Matters ? Pattern printing isn't just about creating visually appealing designs; it's a fundamental skill that sharpens your logical thinking, enhances your problem-solving abilities, and lays a strong foundation for mastering algorithms and data structures. The Power of Justified Pattern Printing One of the key techniques in pattern printing is justified printing. This method aligns patterns neatly, making them not only aesthetically pleasing but also easier to understand and analyze. Justified pattern printing involves strategically placing elements to maintain symmetry and balance in your designs.

MyDay as a Mechatronics Engineering student: I started by programming actuators using sensors and a GSM module to control them via text. Then, I worked on CAD design and stress testing, followed by 3D printing and fabrication. It’s fascinating to switch between mechanical and electrical tasks, and not forgetting software related tasks . I've gained invaluable skills and hands-on experience in this field. #MechatronicsEngineering #SkillDevelopment #Programming #CADDesign #3DPrinting #Fabrication #EngineeringStudent

I am creating some tutorials that students can do with the Ned2 robotic arm from Niryo. These examples combine Ai, coding, Arduino, Sensors, 3D design, 3D printing and, of course, Niryo Studio and Ned2. I am having a blast creating these tutorials. This example is the result of the voice command tutorial. Find a job you love, and you will never have to work a day in your life

📚🗒 Just continuing my day 23 /60 of my coding challenge 💪 I am very thrilled to share what I learned today in my coding journey . Key takeaways : solid square printing solid rectangle printing Number square printing In my opinion brainstorming on every question is one of the frustrating tasks that every coder has to face it but we should never give up to be the best version of yourself. You can also share your insights and suggestions with me to motivate and improve me. Thank you for reading my post. #60 days of code # coding journey

Progress report: 1) Precious Metals business active 2)Board game prototype in development 3) Pivot TokenHaven strategy to operate without having irs social club status 4)Accepted admissions from University of Maryland; classes being chosen 5) Started volunteering twice a week as a Docent at a heritage public park 6)established e-commerce distribution for collectable cards 7)Joined MakerSpace Pinellas; learning: Plotters, 3d printing, graphic design, sign making, CnC machine certification, circuit board development, all four pillars of robotic engineering It helps to write down your own progress reports. Gives yourself your own outside perspective on your own life!

You learn more about a person in an hour of play, Than in a year of conversation! The reason why we say STEM Learning from STEMx is always “learn through play”, and students never forget science & math concepts learnt through LEGO Robotics, 3D printing, Electronics & Coding #playstation #teambuilding

Empower Your Engineering Skills: "Programming with OpenSCAD" Unlock the world of 3D-printable objects through " Programming with OpenSCAD," your gateway to coding brilliance. This beginner's guide is tailored for engineers eager to elevate their skill set. Dive into the essentials of OpenSCAD programming, mastering the art of creating intricate 3D designs with code. Whether you're a novice or seasoned engineer, this book provides a hands-on approach, making coding accessible and enjoyable. Don't miss the chance to revolutionize your skill set—grab your copy and shape the future of 3D printing! Get Your Copy Now : https://lnkd.in/dnrf3dcN 🚀🖥️ #OpenSCADProgramming #EngineeringSkills #3DPrintingGuide #CodingMastery #SkillDevelopment #EngineeringBooks #BeginnersCoding #TechInnovation #DigitalDesign #GetYourCopy #EngineerLearning