Cummings Aerospace and the University of Arizona College of Engineering are excited to host an engineering summer camp next week for rising 6th-8th graders from select Title 1 schools in Tucson. From June 3rd-7th, students will learn the fundamentals of 3D Design and Printing, coding in Python and robotics. #stemeducation #engineeringcamp #cummingsaerospace
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My progress on Day-42 of #75daysDSA challenge✨ 🚀 Practiced and revised pattern printing, array and string manipulation problems including some typical technical interview questions for the upcoming placement drives. Hoping to stay consistent throughout the challenge! 🙏🏻 #DSA #programming #coding #learning #consistent
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🔧HackEDU hosted at the Advanced Hackspace has begun this year for our MRes cohort! ⚙️The series of sessions teaches our students many valuable techniques including soldering, 3D printing and coding, and is a great way for them to develop skills outside of the lab!🪛 🛠️If you would like to learn new skills or have an idea you would like to make reality then contact the Advanced Hackspace at [email protected]!
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Exploring Pattern Printing in C++ and DSA | Day 7 of Learning Journey. On the 7th day of my C++ and Data Structures and Algorithms (DSA) learning journey, I delved into the intriguing world of pattern printing. From simple shapes to complex designs, the art of pattern printing enhances problem-solving skills and lays the foundation for algorithmic thinking. Excited to share my progress and newfound skills! 💻🚀 #CPP #DSA #LearningJourney #PatternPrinting #Programming **Hashtags:** #CPP #DSA #LearningJourney #PatternPrinting #Programming
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A few years back I combined my skills of Python, G-Code, Arduino, Circuit Design, 3D Modeling, and 3D Printing to create a somewhat working 2D Plotter. I also live streamed the whole process You can see the culmination of my work in this 8 second clip -> https://lnkd.in/eVDUc8Wy (A conversation for another day is why the clip ends there and all the things I learned.) I've been itching to get back into live streaming. I just got approved to develop on the Steam platform and figured, why not build a game while live streaming? So, starting in the next week or two, I'll be live, building a game, with the goal of getting it published to the app store. https://lnkd.in/dahWuy4R #gamedesign #buildinpublic #programming #godot #gamedevelopment
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Playing wack-o-mole with skills and general studying over the past year. The skills are beginning to overlap, ranging from Product Design 3D surfacing. 3D Visualization to Virtual Reality Motion Graphics Game and Simulation assets Environments and Lighting User Experience Digital Prototyping User Interface Physical Protoyping and Printing Computer Programming and Electronics, electrical theory. I am able to bridge the skills and execute portfolio projects across a large array of skill sets. Making learning new tools to be easier to pick up and understand.
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🤖 Creativity is where theory meets practice! 🚀 ARPICE is driven off a Raspberry Pi, and uses a Python chess engine to generate moves and visualize the chessboard. The Raspberry Pi is the “brains” of the operation, and communicates with an Arduino that controls the arm to grab pieces. The Arduino is responsible for turning large servo motors that move the arm along the x-y coordinate plane. The Raspberry Pi waits for the Arduino to communicate back to it, saying “The move has been made!”. When this happens, the Raspberry Pi decides the next move – by either asking for human input through a Graphical User Interface (GUI) created in Python, or generating its own optimal move based on a MinMax function (a decision rule based artificial intelligence algorithm designed by rules and a scoring system) that I wrote. 🧠 ARPICE hasn't lost to a human challenger yet, a testament to its capabilities and the hours of dedication poured into its development! I am grateful to have worked with such hardworking and talented teammates, Tyler Marois, Charles Cross, and Samuel Faucher. 💡I am eager to continue to develop more extraordinary things! #softwaredevelopment #softwareengineering #devcommunity #artificialintelligence #theorymeetspractice #coding #ai #robot
Introducing ARPICE, our AI-powered chess-playing robot! Students from Professor Peter Drexel’s computer architecture class have spearheaded every step of its creation from 3D printing all of the chess pieces to assembling the 2-axis arm and coding the AI. With Arduino managing motors, Raspberry Pi giving instructions, and a custom circuit board handling interfaces, every variable was thoughtfully tested and executed. This isn't just another CS program—it's where theory transforms into real-world innovation. #ComputerScience #Robotics #Technology
Introducing ARPICE, an AI-Powered Chess Robot
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--- ** Day 10 of My DSA Journey!** Hello everyone, Today was all about pushing the boundaries as I took on some **hard-level Pattern Printing** questions in C++. These challenges really tested my logic and problem-solving skills, but the satisfaction of cracking them was totally worth it! Ready to dive even deeper and tackle what's next! #DSA #Programming #PatternPrinting #CodeMastery #LearningJourney #Gratitude ---
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Data Analyst @Sim Gems Ltd Mumbai | Data Science Enthusiast | Web Developer | Python Expert | BE Computer Engineering '24
🚀 DAY 5/180: Exploring Fundamental Concepts! #180DaysOfDSAChallenge Hello LinkedIn Family, Today, I embarked on a journey through some foundational programming concepts: 1. Nested Loops: Delved into the intricacies of nested loops, understanding their role in controlling program flow and iterating over data structures. 2. Pattern Printing: - Explored various pattern printing techniques, including solid rectangular stars and numerical patterns. During my exploration, I reinforced my understanding of conditional statements and for loops through hands-on practice. Feel free to check out my progress on GitHub: https://lnkd.in/dqgVJG49 Stay tuned for more updates as I continue to expand my coding expertise! #180DaysOfCodeChallenge #LearningInProgress #CodingJourney #dsa #problemsolving #rohitnegi #datastructuresandalgorithms #competitiveprogramming
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Introducing ARPICE, our AI-powered chess-playing robot! Students from Professor Peter Drexel’s computer architecture class have spearheaded every step of its creation from 3D printing all of the chess pieces to assembling the 2-axis arm and coding the AI. With Arduino managing motors, Raspberry Pi giving instructions, and a custom circuit board handling interfaces, every variable was thoughtfully tested and executed. This isn't just another CS program—it's where theory transforms into real-world innovation. #ComputerScience #Robotics #Technology
Introducing ARPICE, an AI-Powered Chess Robot
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The current functioning of my 6dof 3d printed robotic arm #arduino #robotics #3dprinting #programming #roboticarm #cad #mechanical #computer #automation #ai
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