Ever wondered how a PhD lab project becomes a multimillion-dollar acquisition—without endless rounds of VC funding?
Paul Webster walked the path from PhD lab to industry leader. He took his research in optical imaging, pivoted it into industrial manufacturing, leveraged university resources, and built strategic partnerships—ultimately exiting via acquisition by IPG Photonics.
Get a detailed look at his journey via the link in our bio.
Ever wished you could walk around and interact with a massive energy plant before it’s even built?
Meet Immersive Engineering in Designcenter NX software! This groundbreaking tool bridges the gap between the real and digital worlds. Whether you're in Virtual Reality or Mixed Reality using the Sony HMD, you can experience complex digital twins at a perfect 1:1 scale.
Link in bio for more info and on how to bring your ideas to life! 🌐
#ImmersiveEngineering #EngineeringInnovation #DigitalTwin #IndustrialDesign #VirtualReality #TechTrends
How can classic computer games serve as inspiration for simulation standardization? Find out in this video featuring Material Flow Simulation Specialist Carsten Meyer from @boschmotorsport , whose team used Plant Simulation software in the Tecnomatix portfolio to reduce modeling effort by 50%, unify factory simulations across global sites and develop the Automatic Line Builder tool to create production lines in minutes.
When it comes to solving everyday problems like keeping up with biking toddlers, engineers like Jin Calta, an inventor and CEO of @splim.bike , put their practical skills to use. 🚲💨
Check out this blog post (link in our bio 🔗) to learn how this hardware startup for children's balance bikes with adjustable speed limiters went from parameters in a spreadsheet to 3D designs made using Designcenter X Solid Edge software to now 20 working prototypes.
For Teradyne, a global leader in automated test equipment for the semiconductor, automotive, storage and defense industries, speed and precision are of equal importance for their New Production Introduction team. To unify the data and teams involved in the development process, they integrated our Opcenter Execution Electronics manufacturing execution system (MES) with Teamcenter software for PLM and the @mendixinc low-code platform to create a scalable ecosystem that supports data synchronization, real-time visibility and flexibility.
Check out the link in our bio for more details. 🎬🔗⬇️
Precision in every step. 👟
For the elite athletes at Barcelona’s @ergodinamica , a fraction of a millimeter is the difference between a podium finish and a sideline injury.
But as demand for their custom orthopedic insoles grew, their manual processes hit a wall. The solution? A digital revolution with Siemens NX X Manufacturing and ATS Global.
Now, complex biomechanical data transforms into custom gear automatically:
⏱️ 5 hours saved weekly
🎯 100% consistency
📈 Faster recovery for athletes
When technology meets medicine, performance has no limits.
Check the link in bio to read the success story 🔗
#SportsMedicine #Manufacturing #SportsTech #CloudCAD #Automation
65% lower hardware costs. 85% less energy. Zero prototypes.
@bmwgroup is moving vehicle development into the virtual realm with our #simulation technology designed with @nvidia .
This means more efficient, more sustainable vehicles – designed before they're ever built.
May the 4th be with you! 🌌🪐💫
Is this the droid you’re looking for? 🤖 This amazing R2-D2 was built in Siemens NX by @aldo__fabrizzio back when he was a mechatronics student at @tecdemonterrey .
Fast-forward to today: Aldo is now a Reliability Engineer, proving that the leap from student projects to professional engineering is just a hyperdrive jump away!
#MayThe4th #Mechatronics #EngineeringLife
Most people don't think about energy when they drink coffee.
That's the problem.
We drink 2.25 billion cups a day — and roasting them wastes massive amounts of heat.
Engineers at CEE and @ray_jules_coffee asked: if energy loss comes from stopping and starting, why stop at all?
They built a continuous roasting system using a #DigitalTwin to optimize it before building the real machine.
The result?
⚡ 3× less energy
☀️ Runs on solar power
Meaningful progress comes from rethinking everyday systems. Even coffee. ☕
In the 1990s, cloud didn’t exist. But the idea did.
Our CEO, Tony Hemmelgarn, likes to joke he was “doing cloud before cloud was cool.” Customers, connected by phone lines, paid only for what they used. Parts of that Intergraph software live on at Siemens today.
The truth is, the foundational idea behind cloud hasn’t changed. Technology should be available when you need it, scalable, and accessible without massive upfront investment.
The era of the "AI factory" is here. 🏭️
Data centers are transforming into complex industrial plants that blend liquid cooling, power utility-scale energy, and high-end IT. The challenge? The world literally cannot produce enough electricity to keep up.
Success now comes down to two things:
1️⃣ Time to token: How fast can you go from concept to compute?
2️⃣ Tokens per watt: How much intelligence can you squeeze out of every kilowatt?
Enter Siemens Digital Twin Composer—a way to simulate, validate, and optimize AI infrastructure before a single drop of concrete is poured.
Check out the link in our bio to see how we’re solving the "power problem" and building the future of AI. 🔗
#AI #TechTrends #DataCenter #Innovation #DigitalTwin #Engineering
