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Autodesk Fusion Tutorial for basic Design and for calculation of center of mass and moment of inertia

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placeCH home_workRemote assignmentContract publicAggregated job · CH

eventPublished on Oct 05, 2026 · verifiedWe confirmed on Oct 05, 2026 that it's still live

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US$ 100.000 per project

About the job

I am looking for a paid, focused Autodesk Fusion tutorial covering basic modelling and the calculation of a camper vehicle’s centre of mass and mass moments of inertia. I have experience with other 3D programs, but I have never used Fusion. I therefore need a brief introduction to creating, sizing and positioning simple objects, followed by the calculation workflow. I am an Apple Macintosh user, but the tutorial does not need to be Mac-specific. Please provide a short screen-recorded video for my personal use, showing the necessary steps and menu commands. The narration can be in English, German or Spanish. In Spanish, please explain technical terms in plain language, as I am unfamiliar with the specialised vocabulary. ChatGPT has suggested that these calculations are possible in Fusion. Please verify this yourself before accepting the task, including whether the assembly’s inertia can be obtained about axes through its combined centre of mass. For a quick check: in the Design workspace, right-click the top-level component in the Browser and open Properties → Physical to inspect the assembly’s mass, centre of mass and moment-of-inertia values. Inspect → Center of Mass also displays the centre of mass in the model. Please check the reference point and axes used for the inertia values. Please demonstrate how to: * Create boxes for equipment and tanks, and cylinders or hollow cylinders for wheels, as solid bodies, each in a separate component. * Enter dimensions and assign the physical properties needed for the calculations. I already have each object’s volume, mass and calculated density, and can provide these values. Please show how to use them so that each modelled object has the correct mass. * Position the components accurately using vehicle coordinates: X forward, Y sideways and Z upward. * Obtain the complete assembly’s total mass, centre-of-mass coordinates and mass moments of inertia for roll, pitch and yaw about axes through the combined centre of mass. * Move equipment or change tank contents and update the results. Please explain the reference axes, units and limitations of simplified shapes. I only need the basic modelling tools required for this task, without detailed modelling, rendering or structural simulation. Please let me know your price and estimated video length.

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