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Joined 1 year ago
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Cake day: July 14th, 2023

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  • I appreciate your opinion. I know that the qualification I made is a controversial one as everyone wants to be an ‘engineer’, but I’m still confident it holds. Applying physics is not purely at the atomic level. In web development, one of the physical challenges can be bandwidth, however, while most people claim to concerned about bandwidth, in reality they don’t do anything about it. Minifying code is cool, but that’s not doing any engineering by itself. Calculating the throughput your datacenter can dish out for your 1million users as you write a function that optimizes load vs lag of streaming video, that’s engineering.

    Thinking about user interaction and experience is more psychological than it is physical in most cases. Designing the user experience of a medical device or cockpit switch are both not automatically qualified for engineering: unless, you are designing the medical interface to overcome spasms that someone with Parkinson’s has, or, the cockpit switch is designed with a plastic mix to survive the temperature, vibration or weight requirement, it’s going to be more of an art-than-science. I’m not saying one is worse, but we need to make the distinction between designers, developers, scientists and engineers.

    I understand that everyone wants to be an engineer, whether for pride or just to feel more important (hell I want the engineer title too). Unfortunately, the tech industry (with arguably one of the most conflated egos) liberally tossed around software engineering to every role to attract talent and I don’t see that changing. It’s a profession, so whatever you are being paid to do will determine if you are engineering


  • I typically tell people that engineering is applying physics. If you aren’t directly interacting with the physical world, you are most likely a developer.

    Working on an app, no matter how complex (or unessarily convoluted) generally makes you a developer. If you aren’t thinking about impact of clock cycles, actuation/hardware interfaces or sensing, there is a high chance that the work you do has little to no risk or a chance of failure that is governed by the physical world. As said in other comments, engineers design and sign off on things. There is an implication that there is an unknown constraint, unlike a fully observable software environment.



  • Just took a look at Framework, it’s a cool concept. I wish the company was older just to see how it forms it’s sea legs. As a mass market item, I can’t imagine the general populace upgrading their own laptop over time, though maybe I’m just old. I didn’t see any computers made from Valve, but I had not thought of them as a hardware company.

    But yeah I agree, companies will form their optimization function for profits not people (by design) so people should never put their faith in them. This M1 Air is my first Mac, but I do have to say it is really nice. Excited to see what other companies do to combat it.



  • I don’t work for Apple, so I don’t really know, but I have worked at many electronics companies. A few points:

    • Companies lock down or will open source IP (software/firmware/hardware) to meet a particular business strategy. In the mass product market, litigation is common for patent infringement so careful control is taken on each technology. I’m not sure I believe in opensourcing everything. Companies need to stay competitive. Behind a company is ten of thousands of employees that are being paid a livelihood (not just all developers making $250k+/yr, plenty other people in operations, quality, distribution, marketing etc)
    • Apple’s strategy is to build a vertically integrated tech stack internally that is aligned with their vision. This is their brand and the people who like the company vision will buy it. You don’t have to like all their choices, but they have done the math and have figured out the proper moving average between pissing off consumers and providing value to know where they stand. They like doing things the Apple way, ensure the company can continue to make money and innovate
    • You don’t have to buy the product. Just because you think the price is absurd doesn’t mean others can’t afford it. Personally, in the work I’m doing, my cheaper MacBook Air is having more value to me than my Linux computer I spent 3x more. The OP is designed for a specific type of user, it’s not meant for everyone. For work, I don’t need my computer to be opensource, I need it to work, so I can get my job done. For personal geekiness, I love the opensource nature of linux and have contributed to many projects, however, a company like Apple is definitely needed to make landmark improvements in technology. There is a reason why you go out to an Italian restaurant and get a $26 pasta dish when you can make it at home for $4.
    • In your thought process, hardware is hardware. But there is also a mission that is attached with it. Apple leads in terms of mitigation of environmental impact which I think is pretty cool. It offers buybacks for most (all ?) products. I don’t know how much they actually recycle per part or if things are just getting shipped off to Zambia and being sold as refurbished. If I’m paying a little more to benefit a company that aligns with my values than so be it. They aren’t going to sell a product for a loss (unless strategically). There are too many retirement funds in Apple for it to be losing money

  • Not sure why this user is getting down voted. They made valid points. I have been using Linux as a personal computer since the I was old enough to type, however, my job uses M1 macs. I can definitely say MacOS in terms of UX is a pain (especially without making some third party updates), but I cannot talk shit about the hardware performance.

    I initially grimaced when I received a 16GB RAM M1 computer from IT, however, the battery life along with the compute power has not failed me. I run 3D CAD, write software, and design simulation models and have been honestly amazed compared to my 64GB RAM + Nvidia GPU Linux computer.

    Everyone talks about Mac fanboys, but I think the anti-Mac fanboys are just as bad. Seem to automatically hate Apple stuff without even using it. If you take a look at what is going on (outside of Apple) with supercomputing and high speed serial links, you would understand why Apple is doing what it is.




  • betz24@lemmynsfw.comtoTechnology@lemmy.world*Permanently Deleted*
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    1 year ago

    While I agree, Linus isn’t getting younger and as we are seeing, long time lead maintainers are starting to step down. It would be a shame if Linux kernel and subsequently it’s OS’s, turns into what happened to Android. We see it happening time and time again (e.g. Reddit, Twitter), when there is the possibility for more revenue, these companies will kill anything that was developed 'for the people ’



  • Mastodon has went through a similar bump, but more recently has had some larger figures begin usage (local government broadcasts, b-level ‘thought-leaders’/‘influencers’, etc). In order to get to the next level, lemmy needs to show it can survive test of time and is worth the effort to establish an online profile. For example, reddit has corporate organizations creating and maintaining subreddits which act as an avenue for community engagement. Having active community engagement leads to advertisement, which can be a double edged sword, but useful if pursuing ‘growth’ metrics. I’m not sure what the lemmy devs (or it’s users) have planned for this.


  • Any launch from the moon would require launch back from earth to retrieve the rocket so it can be put to use again.

    Space elevator and orbit launch is an interesting thought. I think it’s a tough sell. In that case we would be launching uncontrolled asteroid-like dumps towards the earth. Sounds like a nightmare waiting to happen. Every city would need a missile defense system 🤣. The resource dumps would have to be big enough to warrant the investment in the space elevator and not burn up in Earth’s atmosphere, or, we would need a space elevator on earth too (which would be the biggest engineering and political feat humans have ever done).

    Mass driver. That’s another cool idea. From some research it looks like most metals have a temperature which they stop being magnetic and getting into Earth’s atmosphere would put most metals past that. Having a mass driver on top of a space elevator, or just a giant mass driver, also sounds like a head scratcher if most resources we would want can’t be ‘slowed down’

    The problem with all these cool engineering ideas is that they seem to require a united human race. The universal earthling concept is probably lifetimes away or until we face some (un)natural disaster that causes countries to unify. With the way the world is right now, I am having a hard time imagining uniting for ‘progress’.