Spherical Coil Design & Magnetic Field Simulation | Magpylib & Fusion 360

In this tutorial, we take our magnetic field simulations to the next level by designing and analyzing a spherical coil! Watch step-by-step as we create a spherical coil using parametrization in Python, simulate its magnetic field, and design a custom 3D coil housing using Fusion 360. To bring this to life, we'll be leveraging the power of Magpylib for computing the magnetic fields, Plotly for rendering interactive 3D visualizations, and Fusion 360 to bridge our code with 3D CAD design. Whether you're an engineering student, a physics enthusiast, or a maker looking to integrate Python simulations with physical 3D modeling, this video will walk you through the entire workflow from start to finish! 💻 Get the Code: You can find the Jupyter Notebook and project files on my GitHub: https://github.com/SipanHovsep/Youtube-vid... 📚 Libraries & Tools Used in This Video: Magpylib: https://magpylib.readthedocs.io/ (For calculating magnetic fields) Plotly: https://plotly.com/ (For interactive 3D graphing and visualization) Fusion 360 CSV Import Add-on:    • Autodesk Fusion: Import CSV Points   (Check out this excellent tutorial, "Autodesk Fusion: Import CSV Points" by Christopher Lum, to see how to import .csv coordinate data into Fusion 360 using Hans Kelner's add-in) ⏱️ Video Chapters: 00:00 Introduction 00:25 Spherical coil parametrization with Plotly 05:43 Simulating magnetic fields with Magpylib 06:51 Exporting data to .csv 07:36 3D Design of the coil housing in Fusion 360 🔔 If you found this video helpful, please leave a LIKE, drop a comment with your questions or feedback, and SUBSCRIBE for more Python physics, visualization, and 3D modeling tutorials! #Hashtags: #Python #Magpylib #Plotly #Fusion360 #SphericalCoil #Physics #MagneticFields #DataVisualization #PythonTutorial #Engineering #PhysicsSimulation #3DModeling #stem