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Hello,
Why does PTC Mathcad Prime seem more oriented towards CIVIL and MECHANICAL Engineering, and much less towards Electrical Engineering, and Physics, and more in depth Mathematics? Will this be the case in the future?
My marketing plan is to go through different engineering domains one at a time (because we don't have resources to do several simultaneously).
Civil engineering happened to go first.
Mechanical engineering will be later this year.
Electrical engineering gets its time in the sun next year. (I don't have a speaker lined up for the future "Mathcad for Electrical Engineers" webinar yet, by the way, if you know anyone who'd be interested and proficient at presenting such a thing.)
"next year" ended up being early 2025 for Mathcad for Electrical Engineers. But we're finally about to do it, plus the Mathcad Community Challenge January 2025 being EE-themed.
Oh, I see that one of the presenters (Marius Pop) which by name is for sure a Romanian guy, as I am too 😁. That's great to see more Romanian guys.
Other than that, I am waiting to see what will be about this webinar, that I am not so attracted to the details. Calculating voltage divider circuits and calculating output voltage of an integrator amplifier I can do them with pen and paper without any tool, and Mathcad Prime is not put in any difficulty by these very, very simple examples in the electrical engineering problems
I’d like to make two points:
1) With apologies to Mr. Newman PTC doesn’t appear to display much strong Mathcad skill when marketing it.
2) Examples at webinars need to be “short and sweet”, easy to understand and flashy in appearance.
With this in mind the voltage divider and the integrator examples make sense. Mathcad has always been able to handle the math of a problem if you could express it properly, Prime still doesn’t have the power of the original versions but it’s getting better. If you have a specific project in mind, give it a try and use this forum for what it’s always been good for—getting advice on using Mathcad.
While I can understand your points, then they should have also prepared webinars/presentations with how Mathcad Prime can handle more advanced problems in electrical engineering or mathematics, which they do not have. Why they do not have? Do not know. Most of the webinars/presentation that I mostly saw was only about how Mathcad Prime can handle very simple example, every time.
The examples are purposefully meant to be on the simpler side and more... "classical", the type you'd find in a college textbook or so. One of (the main, really) the intended audiences for this are electrical engineers who don't use Mathcad today and don't have a lot, or any, exposure to it. Civil engineering and mechanical engineering's webinars were also "beginner level" so electrical engineering is going to get its time to shine. Future events may be more complex to build off this beginner knowledge, but we need that foundational event first! It's not intended to show the maximum advanced power of the software, but to generate people's interest in it and spark people's imaginations on how it's useful, and then if they want to know more they can schedule private and personalised demos with our team.
Our speaker uses Mathcad for much more complicated things at his actual job, but, naturally, he can't show off his company IP or anything at this event, especially because we're making his worksheets available to download after the event. It's more like... a proof of concept. And, yes, it's only an hour long event (and some of that time is reserved for non-demo material like Q&A) so the demos need to be concise and digestible.
As for PTC's skill with Mathcad when marketing it, the public demos we make are, again, meant to be very approachable. But, yeah, we always want to make more demos. But it's a big time commitment and we don't have people working full-time just making demos, not for Mathcad anyway. (The application engineer team spends a lot of time behind the scenes helping customers with their problems that we can't share to the public because they're private data.) Nor do we have our own engineering IP or anything.
I'd say a lot of what PTC has publicly shown with Advanced Controls in Prime 10 is proof that we have skill with our own product, since a lot of people aren't incorporating them into their projects yet and they'd benefit so much from it.
When I ask for feedback in webinars with the surveys, we get far more people asking for foundational / basics Mathcad content than people who ask for advanced Mathcad content... with the exception of the people asking for stuff using the Mathcad API. At the risk of oversharing, marketing the API with cool examples is something I've wanted to address for years, but... that's an area where PTC's team legitimately has knowledge gaps that we're trying to work on. With the exception of the guy who actually develops it in R&D. We've been trying to get his time to make marketing content for that, but that's naturally difficult to do.
Edit: Feel free to say I don't have skill with the product if you want. I don't have an engineering / math / science background, I'm just some marketing guy with a business degree, so I don't know what I'm doing most of the time and I'm just using Mathcad for fun and because I like knowing stuff about the products I'm in charge of marketing. (Though I think I've done some very cool, inventive stuff with Mathcad, like with the Game Gallery.) But the people I work with on Team Mathcad are very bright and very talented with actual math / engineering backgrounds.
...Also, I have oversimplified / underpromised the contents of what Marius will present on the registration page, so I'm going to explore changing the text of the page to make it less simple (which will also make it more accurate), since it sounds like that'll help interest. So thanks for the feedback on that.
Edit: and by "explore" I mean "it's changed now"
Can you post an example of a problem that you believe Mathcad can’t solve? I’m sure we probably have someone who would enjoy the challenge!
The Millennium Prize Problems are seven well-known complex mathematical problems selected by the Clay Mathematics Institute in 2000. The Clay Institute has pledged a US $1 million prize for the first correct solution to each problem.
In my opinion (only):
PTC's original intent when they bought Mathcad was to wrap it into their modeling programs as a "built-in" calculator. As such, your impression that they were marketing for civil and mechanical engineers was basically correct. They were however surprised by the range of the existing users they inherited. The progression of Prime's development illustrates the result.
As a data point for this thread, I have used MCAD and Prime for several large projects, none of which is CE-derived: