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Engineers and researchers at @ge_aerospace, Autodesk Research, and leading universities took on the challenge of reimagining jet turbine design and manufacturing.

Focusing on the turbine center frame, they used #AutodeskFusion to develop a double-conformal lattice structure that improved strength, reduced weight, and withstood extreme heat.

The result? A 1:1-scale component, 3D-printed in a nickel alloy using one of the largest additive manufacturing systems in aerospace.

Engineers and researchers at @ge_aerospace, Autodesk Research, and leading universities took on the challenge of reimagining jet turbine design and manufacturing.

Focusing on the turbine center frame, they used #AutodeskFusion to develop a double-conformal lattice structure that improved strength, reduced weight, and withstood extreme heat.

The result? A 1:1-scale component, 3D-printed in a nickel alloy using one of the largest additive manufacturing systems in aerospace.

Engineers and researchers at @ge_aerospace, Autodesk Research, and leading universities took on the challenge of reimagining jet turbine design and manufacturing.

Focusing on the turbine center frame, they used #AutodeskFusion to develop a double-conformal lattice structure that improved strength, reduced weight, and withstood extreme heat.

The result? A 1:1-scale component, 3D-printed in a nickel alloy using one of the largest additive manufacturing systems in aerospace.

Engineers and researchers at @ge_aerospace, Autodesk Research, and leading universities took on the challenge of reimagining jet turbine design and manufacturing.

Focusing on the turbine center frame, they used #AutodeskFusion to develop a double-conformal lattice structure that improved strength, reduced weight, and withstood extreme heat.

The result? A 1:1-scale component, 3D-printed in a nickel alloy using one of the largest additive manufacturing systems in aerospace.

Engineers and researchers at @ge_aerospace, Autodesk Research, and leading universities took on the challenge of reimagining jet turbine design and manufacturing.

Focusing on the turbine center frame, they used #AutodeskFusion to develop a double-conformal lattice structure that improved strength, reduced weight, and withstood extreme heat.

The result? A 1:1-scale component, 3D-printed in a nickel alloy using one of the largest additive manufacturing systems in aerospace.

Small businesses! This one is for you 🙂‍↔️

We're launching Autodesk for Small Business, built for independent professionals, growing studios, and small but mighty teams powering Design and Make.

We're starting with more tailored experiences, flexible pricing, and product updates.

But this is just the beginning. Let's build it together at our link in bio!

The @datroncnc MLCube is the newest machine in our San Francisco Tech Center that gives our machinists the ability to print and laser cut every project with precision and refinement ⚙️ #engineering #CNC

A toad-ally realistic render using #AutodeskMaya 🐸

@ryandonnahoeart used Maya to blend shapes and breathe life into the design by sculpting multiple different poses of breathing and twitching.

A toad-ally realistic render using #AutodeskMaya 🐸

@ryandonnahoeart used Maya to blend shapes and breathe life into the design by sculpting multiple different poses of breathing and twitching.

A toad-ally realistic render using #AutodeskMaya 🐸

@ryandonnahoeart used Maya to blend shapes and breathe life into the design by sculpting multiple different poses of breathing and twitching.

A toad-ally realistic render using #AutodeskMaya 🐸

@ryandonnahoeart used Maya to blend shapes and breathe life into the design by sculpting multiple different poses of breathing and twitching.

Honored to celebrate the opening of @Howard1867’s first‑ever Makerspace, a new hub where students turn ideas into real‑world prototypes.

Proud to deepen our partnership with Howard and to announce a $1.95M investment to help prepare students for the future of digital construction, a $2T industry facing a major talent shortage.

From designing in #AutodeskFusion to hands‑on prototyping, this space is already unlocking powerful opportunities for creativity and career pathways.

Learn more at our link in bio!

Ideated, modeled, and rendered completely from scratch using #AutodeskMaya, @346eur's gaming character E-Dash is the perfect player for any gamer.

@quin.design protection that thinks ahead! Performance-driven design that empowers riders with built-in confidence. #MakeAnything

@quin.design protection that thinks ahead! Performance-driven design that empowers riders with built-in confidence. #MakeAnything

@quin.design protection that thinks ahead! Performance-driven design that empowers riders with built-in confidence. #MakeAnything

@quin.design protection that thinks ahead! Performance-driven design that empowers riders with built-in confidence. #MakeAnything

@quin.design protection that thinks ahead! Performance-driven design that empowers riders with built-in confidence. #MakeAnything

Designer @exit__ceren channels classic pixel art nostalgia in Pixel Theory, blending logic, repetition, and system-driven thinking with the playful spirit of early digital worlds.

Built and rendered in #3dsMax, each element balances structure with imagination.

Designer @exit__ceren channels classic pixel art nostalgia in Pixel Theory, blending logic, repetition, and system-driven thinking with the playful spirit of early digital worlds.

Built and rendered in #3dsMax, each element balances structure with imagination.

Designer @exit__ceren channels classic pixel art nostalgia in Pixel Theory, blending logic, repetition, and system-driven thinking with the playful spirit of early digital worlds.

Built and rendered in #3dsMax, each element balances structure with imagination.

Designer @exit__ceren channels classic pixel art nostalgia in Pixel Theory, blending logic, repetition, and system-driven thinking with the playful spirit of early digital worlds.

Built and rendered in #3dsMax, each element balances structure with imagination.

Designer @exit__ceren channels classic pixel art nostalgia in Pixel Theory, blending logic, repetition, and system-driven thinking with the playful spirit of early digital worlds.

Built and rendered in #3dsMax, each element balances structure with imagination.

Designer @exit__ceren channels classic pixel art nostalgia in Pixel Theory, blending logic, repetition, and system-driven thinking with the playful spirit of early digital worlds.

Built and rendered in #3dsMax, each element balances structure with imagination.

@hat_3dart used #AutodeskMaya to create this highly expressive character and his various outfits! Which fit is your favorite? #rigging #animation

@hat_3dart used #AutodeskMaya to create this highly expressive character and his various outfits! Which fit is your favorite? #rigging #animation

@hat_3dart used #AutodeskMaya to create this highly expressive character and his various outfits! Which fit is your favorite? #rigging #animation

Breaking the 200 mph barrier takes more than just speed 🏍️ ⚡

@lightningmotorcycle reimagined the swingarm, the core of a bike’s rear suspension, using #AutodeskFusion to reduce weight and improve speed without losing the feel of the ride.

The result is the world’s fastest electric motorbike, leaving outdated perceptions of electric vehicles in the dust.

Breaking the 200 mph barrier takes more than just speed 🏍️ ⚡

@lightningmotorcycle reimagined the swingarm, the core of a bike’s rear suspension, using #AutodeskFusion to reduce weight and improve speed without losing the feel of the ride.

The result is the world’s fastest electric motorbike, leaving outdated perceptions of electric vehicles in the dust.

Breaking the 200 mph barrier takes more than just speed 🏍️ ⚡

@lightningmotorcycle reimagined the swingarm, the core of a bike’s rear suspension, using #AutodeskFusion to reduce weight and improve speed without losing the feel of the ride.

The result is the world’s fastest electric motorbike, leaving outdated perceptions of electric vehicles in the dust.

Breaking the 200 mph barrier takes more than just speed 🏍️ ⚡

@lightningmotorcycle reimagined the swingarm, the core of a bike’s rear suspension, using #AutodeskFusion to reduce weight and improve speed without losing the feel of the ride.

The result is the world’s fastest electric motorbike, leaving outdated perceptions of electric vehicles in the dust.

Breaking the 200 mph barrier takes more than just speed 🏍️ ⚡

@lightningmotorcycle reimagined the swingarm, the core of a bike’s rear suspension, using #AutodeskFusion to reduce weight and improve speed without losing the feel of the ride.

The result is the world’s fastest electric motorbike, leaving outdated perceptions of electric vehicles in the dust.

@a3.arch is a #3dsMax pro 🔥

His high-quality 3D visualizations are perfect for any architectural environment. #animation #architecture

Automated modeling isn’t just about speed; it’s about unlocking smarter design choices 💡

Swipe to explore how we use @adskfusion to move from concepts to design. #modeling #render

Automated modeling isn’t just about speed; it’s about unlocking smarter design choices 💡

Swipe to explore how we use @adskfusion to move from concepts to design. #modeling #render

Automated modeling isn’t just about speed; it’s about unlocking smarter design choices 💡

Swipe to explore how we use @adskfusion to move from concepts to design. #modeling #render

Automated modeling isn’t just about speed; it’s about unlocking smarter design choices 💡

Swipe to explore how we use @adskfusion to move from concepts to design. #modeling #render

Automated modeling isn’t just about speed; it’s about unlocking smarter design choices 💡

Swipe to explore how we use @adskfusion to move from concepts to design. #modeling #render

Automated modeling isn’t just about speed; it’s about unlocking smarter design choices 💡

Swipe to explore how we use @adskfusion to move from concepts to design. #modeling #render