• Furniture Design in the Age of Personalization

    Explore how personalization is reshaping furniture design and how Autodesk Fusion for Design helps designers create customizable, production‑ready furniture. Personalization has become the defining force in modern furniture design. Customers no longer want one‑size‑fits‑all products. They expect furniture that reflects their space, lifestyle, materials preferences, and aesthetic. From made‑to‑order cabinetry and modular seating to bespoke…

    Fusion

  • Designing Furniture That’s Easier to Manufacture (Before You Cut Material)

    Design furniture that’s easier to manufacture by validating fit, joints, and tolerances before cutting material. Learn how early design decisions reduce rework and production delays. Most furniture manufacturing problems don’t originate on the shop floor. They start when designs are created without fully accounting for how parts will be produced, assembled, and changed under real‑world…

    Industrial Design

  • KG Motors Uses Autodesk Fusion to Solve Transportation Challenges in Japan with New, Mini EV

    KG Motors’ mibot is an ultra-compact, single-seat EV designed for everyday short trips in Japan’s regional cities where declining public transit is increasing reliance on cars. Autodesk Fusion was used to design nearly 80% of its hundreds of in-house parts and helped the startup reduce part counts, minimize design time, run simulations, create assemblies, and…

    Case Studies

  • Thermal Simulations in Autodesk Fusion: A Step-by-Step Guide

    Learn how to run thermal simulations in Autodesk Fusion—from materials and loads to mesh, results, and reports. Thermal analysis is essential for validating design decisions when components will operate under specific temperature conditions. Whether you’re designing cooling fins, evaluating insulation performance, or ensuring materials can withstand operational heat, Autodesk Fusion’s simulation workspace provides the tools…

    Product Design & Engineering

  • Why Engineering Handoffs Are Where Projects Break

    Project success depends on smooth transitions between the design, simulation, and manufacturing phases. Autodesk Fusion is a connected product development platform that maintains a single source of truth, accelerating development. Moving from design and production is possibly the greatest challenge in all of product development. Whereas designers focus on aesthetic intent and functional requirements, manufacturing…

    Fusion

  • What is the Difference Between PCB Design and PCB Board Design

    Explore the technical distinctions between PCB design and PCB board design. It examines how integrated workflows and physical layout constraints shape the development of electronic products for engineering teams. Electronic product design requires a balance between developing circuits that are functional and ones that can be manufactured in reality. While teams frequently use the terms…

    Electronics Engineering

  • How Manufacturers Scale Furniture Design Customization Without Chaos

    Learn how modern furniture manufacturers manage mass customization, improve visualization, and connect design to manufacturing using Autodesk Fusion. Customization is no longer a niche offering in furniture manufacturing, it’s an expectation. Customers want furniture that fits their space, their style, and their functional needs, whether that means different dimensions, finishes, materials, or modular configurations. For…

    Industrial Design

  • AI Won’t Replace Engineers—But Engineers Who Use AI Will Replace Those Who Don’t

    AI is reshaping engineering workflows. Learn how engineers use it to design faster, reduce manual work, and stay competitive with Autodesk Fusion. Rather than displacing human ingenuity, AI is enhancing it. Engineers who use these tools gain a competitive edge, accelerating innovation and efficiency in ways traditional methods can’t match. AI capabilities in Autodesk Fusion…

    Manufacturing

  • Mastering Mesh Conversion in Autodesk Fusion: Unlocking the Power of Face Groups

    Learn how generate face groups in Fusion improves mesh‑to‑solid conversion, eliminating compute failed errors and messy surface results. Converting mesh bodies to solid bodies in Autodesk Fusion can be tricky sometimes. You follow the workflow, click convert, and either get a “compute failed” error or end up with a random patchwork of surfaces, instead of…

    Product Design & Engineering

  • Here’s How to Set Up Your Fusion Hub

    Creating your Fusion Hub is the first step after purchasing Autodesk Fusion. Here's everything you need to know about the process.

    Getting Started

  • Toward Smarter Collaboration: Save Freely, Version Intentionally in Fusion

    Discover how Fusion enables real-time, multi-user collaboration with a unified data model and intentional versioning for clearer, faster product development. Fusion is an end to end platform for Design to Make workflows and as laid out in this blog post, we’ve been working towards improving collaboration workflows for teams so you can bring products to…

    Data management

  • Start Your Fusion Designs Right with Intent-Driven Design

    Learn how intent-driven design in Fusion helps you choose part, assembly, or hybrid workflows to start designs with clarity and avoid rework. If you’ve ever lost time fixing model structure instead of actually designing, you’ve felt the pain. Bodies vs. components. The wrong component active. Assemblies spiraling out of control. Intent-driven design in Fusion is…

    Tutorials

  • What Are the Benefits of Integrated CAD/CAM Software?

    Learn about how Autodesk Fusion 360, a cloud-based, integrated CAD/CAM software, can transform your design process.

    Industrial Design

  • AI in CAD Isn’t Replacing Designers — It’s Removing the Work That Slows Them Down

    AI in CAD helps by automate repetitive work and expand design options. See how Fusion’s AI capabilities turn intent into outcomes. For decades, CAD has been the engine of modern engineering. But beneath the surface, much of the work inside CAD has remained stubbornly manual: repetitive modeling steps, configuration changes, design checks, redraws, and rework.…

    Industrial Design

  • Why ECAD-MCAD Collaboration Matters in 2026 (And How to Get It Right)

    ECAD MCAD collaboration connects electrical and mechanical design into a unified workflow, helping teams reduce rework, improve product fit, and accelerate time to market with Autodesk Fusion. If your electrical and mechanical teams are still passing STEP files back and forth, you already know the problem. Designs drift. Late-stage conflicts show up in enclosures, connectors,…

    Fusion