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I think your comment reveals a narrowness of perspective on how much things can change. I didn't claim you can do that kind of work on an iPad now. You will be
by orbitur 9y ago
I think your comment reveals a narrowness of perspective on how much things can change. I didn't claim you can do that kind of work on an iPad now.
You will be able to do that kind of work on something running iOS (or its successor) in 5 years.
- exergy 9y agoI would take that bet. Mechanical, civil, aeronautical engineering, these fields are notoriously slow at adopting the latest and greatest technology. A lot of our code is still written in Fortran, and C++ libraries might as well be considered state-of-the-art. Further, when you're doing a lot of work on code, you are also multitasking like nobody's business. I have three screens, one for code, another for documentation or something, and a third for my browser (for example). iOS specifically will need massively more multitasking capabilities, a proper filesystem, the actual ports of software like CATIA/ANSYS, USB ports etc. to even become part of the conversation. Not to mention the fact that I just don't see why an ipad would be useful in this context. I'm not constantly moving between offices, or from my home to office, as I do advanced simulations. My workstation stays plugged in, and so the ipad doesn't solve any existing problems for me. As a final note, these fields are involved in most things that you and I use on a day to day basis, so it would also not be right to call them an outdated niche that can be neglected (not that you are calling them that).