I’ve always found Creo's ability to handle massive, complex assemblies without lagging to be really impressive. Its top-down design tools make it much easier for multi-person engineering teams to collaborate on intricate projects without stepping on each other's toes, when windchill is involved.

Plus, having parametric modeling, advanced surfacing, and simulation all tightly integrated into one platform saves a ton of time and translation headaches. It definitely has a steep learning curve, but the sheer power and control it offers once you master it make it a favorite for heavy-duty product development. Review collected by and hosted on G2.com.

The biggest frustration with Creo is definitely its notoriously steep learning curve and clunky, non-intuitive user interface. It’s extremely unforgiving when it comes to parent-child relationships, so modifying an early feature can easily trigger a cascading mess of failed references. On top of that, its high licensing costs and modular pricing make simple add-on features surprisingly expensive for smaller teams. While it’s an absolute powerhouse, the constant need for rigid precision and extra clicks can make everyday tasks feel overly tedious. Review collected by and hosted on G2.com.

Creo has been a huge upgrade for how our team manages complex, multi-part projects. The generative design tools we explore dozens of structurally optimized part variants in the time it used to take to model one by hand, which has been a game-changer for weight reduction and material efficiency. Advanced simulation is built right in, so we can validate stress, thermal, and motion behavior without bouncing between separate software that alone has saved us weeks on validation cycles.

The multi-CAD interoperability is probably the standout feature for us. Our field crews and partner teams work across different CAD ecosystems, and Creo handles imported geometry from other platforms cleanly, without the usual headaches of broken features or geometry repair. Review collected by and hosted on G2.com.

The learning curve is real for new users, especially coming from more entry-level tools the depth of features means onboarding takes longer than we’d like. Review collected by and hosted on G2.com.

Creo has good integrations, a comprehensive UI/UX, and an easy-to-understand philosophy for building models, similar to other CADs. The pricing is very good: you get a lot of features for not a lot of money. The exams are very good as well—particularly the Documentation Expert exam, which is the one I took. I also really like that you don’t have to install an application to do it; everything runs inside the virtual AWS machine, which is a big plus. Review collected by and hosted on G2.com.

On the other hand, the AI capabilities seem to be non-existent, and the tutorials on the learning website could be more detailed. Performance can feel a bit sluggish, but I think that comes from it being parametric and needing to define constraints for everything. Review collected by and hosted on G2.com.

The software has lots of commands for modelling but for sheet metal this software is best as compared to others. For making assembly also Creo has very user friendly. Review collected by and hosted on G2.com.

If we want to create surfacing parts in Creo there is only few commands available in the software. Review collected by and hosted on G2.com.

I like Creo for its ease of design, which makes complex product designs, especially power drives, much more manageable. I appreciate the useful features like extrude and cutting, along with all the other operations that enhance the design process. Review collected by and hosted on G2.com.

I find the electrical design capabilities in Creo to be lacking. I'm not able to effectively handle electrical mechanical designs with it. Review collected by and hosted on G2.com.

The parametric modelling feature and 2D drawing. Review collected by and hosted on G2.com.

The visualisation of the 3D parts in the software and selection of working directory before working everytime. Review collected by and hosted on G2.com.

What i appreciate most about creo is how it feels like the only cad tool that invites you to think structurally rather than just draw shapes. when i am building something complex, Creo does not jsut give me features it give me a sense of engineering discipline. the system almost nudges me into designing things the right way with clean dependencies, predictable behavior and a kind of geometric honesty. Review collected by and hosted on G2.com.

what frustrates me most about creo is that it sometimes feels like it was designed by engineers who assume everyone else thinks exactly like them. Small actions like tweaking a feature or switching a constraint can feel heavier than they should, as if you are negotiating with software instead of simply editing a model. Review collected by and hosted on G2.com.

what i truly appreciate about creo is how it blends mechanical precision with design freedom in a way few CAD tools manage. it feels engineered not just for creating models,but for understanding how those models behave in the real world. the parametric system is powerful once you define relationships between components, creo remembers them like a silent collaborator, keeping the entire design logically consistent even after multiple revisions. Review collected by and hosted on G2.com.

what i find challenging about creo is that its depth can sometimes feels like a maze. Every feature is powerful,but that power comes with layers of menus, settings and workflows that take time to truly master. it is almost as if creo assumes you already think like a seasoned engineer before you even start using it. Review collected by and hosted on G2.com.

Creo's robust parametric modeling and routing features enable me to efficiently design and modify wiring harnesses, brackets, and assemblies. Implementing design changes is straightforward, and updates are automatically reflected across all related parts and drawings, which saves time and helps minimize errors. Additionally, Creo manages complex assemblies effectively and integrates seamlessly with Windchill, ensuring proper version control and facilitating collaboration with cross-functional teams. Review collected by and hosted on G2.com.

From my experience, when working with large powertrain and vehicle-level assemblies, I have observed that performance can slow down and regeneration times become longer, which impacts productivity. One major issue I’ve experienced is that when a fatal error occurs, fixing or recovering from it can erase all recent updates if the assembly was not saved, leading to loss of work and rework effort. Review collected by and hosted on G2.com.

Creos use of parametric modelling is extremely efficient, allowing for easy modelling adjustments while situated within an assembly. The interface is very good also, and the ability to implement new addons such as ansys directly into the software makes using it everyday extremely easy. Review collected by and hosted on G2.com.

Sometimes if systems are not modelled correctly there will be complex reference loops which are tricky to solve, and again if poor modelling has been implemented, the system can crash regularly. Review collected by and hosted on G2.com.