4 ms·

> That all being said, if you are ambitious and talented without an all-consuming passion for software, I highly recommend you find something you can work in ha

> That all being said, if you are ambitious and talented without an all-consuming passion for software, I highly recommend you find something you can work in hardware. Since the '70s or so most industries have been basically frozen, besides computer hardware/software. Yet in the meantime materials science and engineering design has advanced considerably, both of which form the basis for innovation in new technologies. This is why SpaceX was able to build components for 10-100x cheaper than the leading suppliers in the early 2000s. I honestly feel like reading this is a moment that I will l recall in about 8 years and think: "Damn, I wish I listend to that comment about hardware from johnmorrison".

GhettoMaestro 7y ago
How do we act on it, instead? (not being a dick)
- johnmorrison 7y ago
  General answer: Become a specialist, or drive funding/regulatory pushes towards these new hardware technologies. Figure out what you see as the barriers to their commercialization, then figure out what component of that problem you'd love to work on, and become an expert in that. My biased answer: If you're in the position to spend a lot of time learning and experimenting with new stuff (e.g. a highschool or uni student), I'd recommend becoming an expert somewhere along the liquid fueled fission reactor stack. Chem eng, nuclear eng, rare earth extraction, uranium extraction, working with molten salts, working with liquid metals, anything like that. If all goes well, I'll be needing people in just about every specialization there.
  - acidburnNSA 7y ago
    I love how you say you're working on fission because it's at <1% of its potential. That's a really wise perspective. > If all goes well, I'll be needing people in just about every specialization there. How far along are you in the Oak Ridge guys' elaborately detailed Molten Salt Reactor development program plan from 1974 [1], as far as it's relevant? If parts of it are irrelevant, how significant are the things you have to do that they didn't? [1] https://www.osti.gov/biblio/4227904 https://www.osti.gov/biblio/4227904
    - johnmorrison 7y ago
      There are some things that have become irrelevant for now, particularly the need for a stellite alloy. Most of the things we are doing differently from ORNL in our division for thermal MSRs is based on the progress in materials and CAD since the winding down of the ORNL MSRs. There are a lot of promising mostly mix-able design choices in MSRs that have become apparent in the last few decades, so we are never fully committed to a particular set.
  - bluGill 7y ago
    Being a specialist isn't enough. You along - no matter how good you are - are not enough. Either you need to control enough money that you can hire many specialist (Elon Musk with SpaceX), or you need to convince someone with money that is the right path. The skills for each of these are people skills not technical. Either way you will spend all your time in management activities so technical skills are not worth learning (beyond enough to understand what is feasible). If you want to focus on technical skills, then you need to find a specialty that someone with good management skills will think important so that you can work with many other experts to develop things.
    - johnmorrison 7y ago
      Companies that change the physical world require a lot higher specialist:founder ratio. There is enough capital and ambitious managerial types around, what we really have a shortage of is specialists in new technical areas.
      - strls 7y ago
        How does a former software engineer get into nuclear tech? What specific skills and positions would be required?
        johnmorrison 7y ago
        Well, there are engineers needed to develop new CAD / sim software to better model liquid nuclear fuels. That basically would require you to have a very good understanding of software engineering + fluid mechanics, nuclear physics, thermodynamics and chemistry
        strls 7y ago
        Thank you. I'm part-time studying applied maths to be able to work on something like that one day.
        7y ago

GhettoMaestro 7y ago

How do we act on it, instead? (not being a dick)

johnmorrison 7y ago
General answer: Become a specialist, or drive funding/regulatory pushes towards these new hardware technologies. Figure out what you see as the barriers to their commercialization, then figure out what component of that problem you'd love to work on, and become an expert in that. My biased answer: If you're in the position to spend a lot of time learning and experimenting with new stuff (e.g. a highschool or uni student), I'd recommend becoming an expert somewhere along the liquid fueled fission reactor stack. Chem eng, nuclear eng, rare earth extraction, uranium extraction, working with molten salts, working with liquid metals, anything like that. If all goes well, I'll be needing people in just about every specialization there.
- acidburnNSA 7y ago
  I love how you say you're working on fission because it's at <1% of its potential. That's a really wise perspective. > If all goes well, I'll be needing people in just about every specialization there. How far along are you in the Oak Ridge guys' elaborately detailed Molten Salt Reactor development program plan from 1974 [1], as far as it's relevant? If parts of it are irrelevant, how significant are the things you have to do that they didn't? [1] https://www.osti.gov/biblio/4227904 https://www.osti.gov/biblio/4227904
  - johnmorrison 7y ago
    There are some things that have become irrelevant for now, particularly the need for a stellite alloy. Most of the things we are doing differently from ORNL in our division for thermal MSRs is based on the progress in materials and CAD since the winding down of the ORNL MSRs. There are a lot of promising mostly mix-able design choices in MSRs that have become apparent in the last few decades, so we are never fully committed to a particular set.
- bluGill 7y ago
  Being a specialist isn't enough. You along - no matter how good you are - are not enough. Either you need to control enough money that you can hire many specialist (Elon Musk with SpaceX), or you need to convince someone with money that is the right path. The skills for each of these are people skills not technical. Either way you will spend all your time in management activities so technical skills are not worth learning (beyond enough to understand what is feasible). If you want to focus on technical skills, then you need to find a specialty that someone with good management skills will think important so that you can work with many other experts to develop things.
  - johnmorrison 7y ago
    Companies that change the physical world require a lot higher specialist:founder ratio. There is enough capital and ambitious managerial types around, what we really have a shortage of is specialists in new technical areas.
    - strls 7y ago
      How does a former software engineer get into nuclear tech? What specific skills and positions would be required?
      - johnmorrison 7y ago
        Well, there are engineers needed to develop new CAD / sim software to better model liquid nuclear fuels. That basically would require you to have a very good understanding of software engineering + fluid mechanics, nuclear physics, thermodynamics and chemistry
        strls 7y ago
        Thank you. I'm part-time studying applied maths to be able to work on something like that one day.
        7y ago