Etto Fin on LinkedIn: RocketPy | LinkedIn (2024)

TITANIC SURVIVAL PREDICTIONUse the Titanic dataset to build a model that predicts whether apassenger on the Titanic survived or not. This is a classic beginnerproject with readily available data.The dataset typically used for this project contains informationabout individual passengers, such as their age, gender, ticketclass, fare, cabin, and whether or not they survived.GitHub : https://lnkd.in/d28hc8KG#codsoft #codsoftinternship #virtual #codsoftintern

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🚀 Day 2 of #100DaysOfCode Challenge 🚀🧩 Problem Solved: Leetcode 26. Remove Duplicates from Sorted Array🔗 Problem Link: https://lnkd.in/dPD32s8K👨💻 Solution: For a detailed explanation, check out my GitHub [https://lnkd.in/gTx4693c]💭 TechFact of the day : The average smartphone today has more computing power than NASA used to put a man on the moon in 1969. 🚀📱#100daysofcodechallenge #Programming #leetcode

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https://lnkd.in/g6XB5CipLearning Vidio for general knowledge purpose of technology problem on rocket lunching

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Falcon is a Digital Twin Integration Platform - and launching NEW integrations is key to propelling higher simulation goals. For example: How can we better incorporate dynamical behaviors — ones defined by mathematical functions over a period of time — into Falcon's high-fidelity #digitaltwin simulations? In this blog, our Spring intern, Allison O'Brien, discusses how to integrate Simulink (an extension of MATLAB) with Falcon, and use it to launch a rocket. 🚀https://lnkd.in/gBj_X59Y#matlab #simulink #simulation #rockets #rocketlaunch

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As Duality continues to build out and extend the footprint of our Falcon Digital Twin Integration platform, here's a great article on some recent MATLAB integration. #digitaltwins #simulation #matlab #simulink

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🚀 Day [52] of my #75HardChallenge: Today's coding journey involved solving the asteroid collision problem using a stack-based approach! 🌟In this session, I utilized a stack to simulate the movement of asteroids and handle collisions efficiently. The algorithm iterates through the asteroids, considering their directions and sizes, and appropriately resolves collisions to determine the final state of the asteroid belt. 💡Key Highlights:🔹 Utilized a stack to keep track of the asteroids' directions and sizes.🔹 Implemented a while loop to handle collisions between asteroids and update the stack accordingly.🔹 Used conditional statements to determine the outcome of each collision.🔹 Processed the remaining asteroids in the stack to obtain the final result.By immersing myself in this coding exercise, I deepened my understanding of stack-based algorithms and gained insights into handling complex scenarios efficiently.Excited to continue exploring various algorithmic challenges and sharpening my problem-solving skills! Stay tuned for more updates! 🚀✨#CodingJourney #StackAlgorithm #AsteroidCollision 🌟

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"In my childhood, I was fascinated by machines that could perform tasks automatically. I was also interested in science and math. Growing up, I watched documentaries about problem source identification and experiments in space exploration and new scientific discoveries. These always fascinated me because I found them both unwinding and intellectually stimulating. This early exposure to engineering and science helped me develop my problem-solving skills and sparked my passion for innovation that shaped me to engineering. As an engineer it's my keen interest to find an elegant solution to a complex problem."Yash Shrimali #EWeek2024 #EngineersWeek #engineering

Discover the power of #collaboration in 🚀 #rocketry with RocketPy! In an amazing and deep #interview with Giovani Ceotto a world-class Mechanical Engineer from the RocketPy team, we delved into the creation and evolution of this #opensource rocket #flight and #trajectory #simulator. RocketPy is not just a #tool—it's a #community effort, fueled by the dedication of talented volunteers who work meticulously to integrate cutting-edge technologies like active flight control and paragliding recovery systems. https://lnkd.in/dsScMPYuIn our conversation, we uncovered the inspirations behind RocketPy and how it significantly enhances #weather #modeling for improved simulation accuracy. With its impressive features like #MATLAB integration, #Montecarlo and #Dispersion #analysis, and in-flight parachute triggering code, RocketPy is setting new standards in the rocketry simulation for university teams.The accuracy of input data and the precision of DAQ systems are crucial in rocketry simulations. Accurate data ensures that simulations reflect real-world conditions and behaviors, making them reliable tools for predicting rocket performance. As highlighted in the interview, having precise inputs is fundamental for effective simulations. Without this level of accuracy, simulations could misrepresent actual outcomes, leading to inefficient design choices and potential safety risks. Hear firsthand how RocketPy played a pivotal role in team preparations for #EuRoC23 and was selected by the organization for flight analysis. Its impact was felt throughout the competition, influencing crucial launch decisions and enabling teams to collaborate more effectively.RocketPy is poised to become even more versatile, with upcoming enhancements. The team's commitment to detail and new technologies positions RocketPy at the forefront of educational and amateur rocketry's future.👉 Please like, comment, share, and subscribe!#RocketPy #OpenSourceInnovation #RocketrySimulation #EuRoC23 #STEM #aerospaceengineering🟢 RocketPy is the most accurate rocket trajectory simulation software in use by academia. Also, it's open-source!🌐 Website https://lnkd.in/dkvVFier💻 https://lnkd.in/dbjmbdtP👔 https://lnkd.in/d9zuzqzw

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With AI and machine learning as their allies, your kids are sure to build a world where tech empowers and enriches lives. Enroll your kids with #QRangers and create a tomorrow that's beyond our wildest dreams.#technology #minecraft #tech #techcourses #technologycourses #kidscourses #coursesforkids

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