
We don’t have realistic holograms quite yet, but engineers have utilized AI, AR and VR to improve computer-aided design. This guide provides distinction between all three mediums with definitions and examples.
Mechanical Engineering

Learn all about reverse engineering, an effective process for identifying, categorizing, and reproducing products from days long past.
Electronics Engineering

Robotic process automation (RPA) is a cost-effective, easy-to-integrate solution for organizations with an overload of repetitive and inefficient tasks.
Mechanical Engineering

Injection Molded parts can be found everywhere around you, and now for the first time, you can simulate your own injection molding studies right inside Fusion 360.
Mechanical Engineering

Learn about the advancements in cloud-based software solutions that are enhancing and propelling businesses into new flexible practices.
Electronics Engineering

Artificial intelligence is pushing new boundaries in multiple industries and is changing the way engineers design products.
Industrial Design

A look at what cloud computing is, what we mean by ‘cloud computing security,’ and why your data is safer than ever on the cloud.
Industrial Design

Virtual collaboration is here to stay, and it's opening new doors in many industries. Workplaces need to secure frameworks for their teams.
Industrial Design

Whether you're new to Fusion 360 or an experienced user looking to develop your skills, there's a Fusion 360 tutorial for you.
Industrial Design

Simulation is one of the most important steps in the machine design process. Let's explore its use cases and how to access it in Fusion 360.
Mechanical Engineering

A look at how cloud collaboration tools like Fusion 360 enable engineers to work whenever, wherever.
Mechanical Engineering

AR and VR provide virtual 3D environments for designers, engineers and clients to preview products before they hit the production line.
Industrial Design