So I’m jumping from one nerdish topic – bodybuilding to be a Warhammer 40k Space Marine – to another one: space exploration. My ADD is kicking in. Let’s ride this train! WOO!
Okay so hear me out.
The US is having a hell of a time getting back on its feet. Manufacturing inside the US is down, unemployment is high, we’re lagging the rest of the developed world in education.
That said, according to CNBC today, jobless claims are down and durable goods orders are up: http://www.cnbc.com/id/49549215
It’s my opinion that this slight drop in jobless claims and increase in durable goods orders will be short lived, especially if we trip off the fiscal cliff, cueing $1.2 Trillion worth of spending cuts over the next decade, and an increase in payroll taxes (http://www.cnbc.com/id/49464221/).
This is bad, m’kay?
So how do we beat this fiscal cliff? How do we cushion ourselves from our ultra-bipartisan government’s (Reactionary Right AND Radical Left all included) inability to come up with a budget?
Legalize and tax marijuana!
Wait, no, that’s not what this post is about . . . though I think, while I do not smoke weed, this would be an intelligent decision, and then the government and businesses could treat it like alcohol (don’t drive or operate heavy machinery or weapons when you’re high, no showing up to work high, etc.). Plus think of the money the government would make on taxing it!
But I digress.
Let’s go to space! Seriously!
Seriously . . .
Why space, though, you may ask? Well here is my five points of why encouraging space travel, exploration, and colonization would save the US, perhaps even the world. (But the US first. ‘Merica!)
Want to create jobs? Going to space is the key! You need to design the space craft. You’ll need engineers and their staffs for that. Then you need to build the space ships. You’ll need laborers, welders, electricians, machinists, and other skilled and unskilled labor. Designing and assembling the engines for these things is a task in and of itself. You’ll need programmers and computer scientists to get the computers and systems in the ships working properly. You’ll need administrative staffs to manage all these people, their pay, and the contracts and purchases that support them. You’ll have to secure these manufacturing plants, so security personnel will need to be hired. You’re going to want to have a foothold in space, so you’ll need to build, launch, and assemble space stations – and you’ll need all the labor and support personnel for that, too.
Then you’ll need space ship and space station crews to man these ships and space stations you build. You’ll need pilots, technicians, mechanics, engineers, computer specialists, and scientists from several disciplines. They’ll need training, and you’ll need trainers to train them. They’ll need facilities to train at, and your daily operations will need facilities, which will require construction workers, facilities management personnel, IT personnel, and even janitors. If you want on-site catered meals you’ll have to hire those personnel, or contract those services out – either way, jobs are being made to fulfill this requirement.
Want to build moon habitats? Need personnel for that. Stuff to go to Mars? Even more people.
The list of positions and specialities is very broad and I’ve only barely touched on them. The point being: a lot of people are required to get all of this done. Jobs will be created.
And as people go to space, the amenities they love on Earth will be wanted in space, and so other companies will follow. I know I’d want my Starbucks in the morning before going to work on a space station or moon colony, and I’d want internet connectivity to stay up on my news (and LOLcats).
This leads me to my next point-
2. Increase in Wealth for the Middle Class
Here’s an economic plan we can truly believe in (I have zero trust in Obama and his administration; my political quip for this post).
The increase in specialized, high skill jobs will lead to greater wealth in the middle class. Going to be working around fuels and explosives? Or a nuclear power plant for the ship, station, or colony? There’s added pay for that. Just because people are in space doesn’t mean government regulations about work and pay go away.
This is where government SHOULD step in: ensure that workers are treated fairly and pay is equitable both on Earth and out in space.
And I’m sure the new space companies will pay hefty salaries and wages to those who train, certify, and qualify on all the areas these companies need to cover – certain welding certifications, training on certain equipment, experience in programming systems for air/space craft, etc.
Some companies may even pay applicants to learn a new skill and/or job. Of course, this may come with a five year contract with the company. But a five year contract, with benefits, and annual or semi-annual raises? Probably starting at or around $25 an hour? (That’s really good in Nebraska. If it’s not good where you’re from, think about an equivalent wage. $35/hour? $45/hour? More?) It sounds like a good deal to me.
I caveat this with: I don’t like unions, and the space industry should strive to keep them out of the industry, and to attract union members out of unions with better benefits, 401(K)’s, IRAs/Roth IRAs, and wages. Who needs a union or some government organization to tell us we need to take care of our people? Good sense, and maybe a single article from Harvard Business Review can do that a hundred times better.
3. Increase in STEM Education
All of these space companies are going to need well educated workers. We don’t need to go to India or China to get them. We can get them, right here, in the US. The drive to space will drive schools to make the shift to the Science, Technology, Engineering, and Math (STEM) disciplines we need. Where the schools fail, the space companies could make up the short-fall with their own programs.
“Corporate funded schools are evil!” you say.
Not really, says I.
This is another place where the government could do a lot of good: tax credits to companies that run STEM-focused (though not exclusively STEM, gotta get history, government, and economics in there, and what about art?) schools that are low tuition or free, and if there is a tuition then give out scholarships to students in low income/impoverished parts of the United States. Amazing! Tapping into the untapped resources that reside in our low income neighborhoods/Section 8 housing. There ARE kids in those areas that want to excell! This would give them that chance! How can Democrats and Republicans NOT agree on this? (I’m sure there’s a way . . . unfortunately.)
Companies could also work together to set up classes and courses to give quality education and certification to high school and college level students to fulfill needs. It could be extended on the job training (OJT) with pay raises and bonuses based on milestones met, or number of job areas mastered both on paper and with experience.
Just ideas. Lots of ideas.
4. Taxes: Defeating That Fiscal Cliff
And now for an area the government can truly play its part: taxes.
We wouldn’t want to tax these companies too much. They’d just be starting out, just beginning to take man to space and help rebuild the economy. And I’m all for low taxes to stimulate the economy. But taxes must be levelled, none the less.
The increase in the number of people paying payroll tax would fill the US coffers, along with the corporate taxes the organizations themselves would have to pay.
There would also be licenses. The government would be right in validating the companies that are building these things. I’m sure there are already regulations in place that determine what Space X, Armadillo Aerospace, Planetary Resources, and Bigelow Aerospace can and cannot do. This is an excellent place for government to be to ensure the safety of the workers, the general public, and the State(s)/country.
This does NOT mean the government decides it needs an influx of government workers. We’re supposed to be fighting the deficit, and by extension the fiscal cliff, not making it worse. I admit, a few, A FEW, government employees will need to be hired. It’s the nature of the beast. But not on the level that the government probably would hire.
“We need a thousand GS 12 and 13 level employees to oversee space!” They would scream.
Really? I mean . . . really!? No, no you don’t. *Rolls up a newspaper and hits the government on the nose with it.* That’s a bad government!
So the government would have to get a clue and be frugal about its hires, and allow the taxes that flow from these space companies to pile up. They would actually have to save money. They would be on an actual budget . . .
Craziness, I know.
5. Because It’s Cool and the U. S. of A. Rocks
Yes, this is really one of my legitimate points.
Going into space is awesome. Did you see the Space Jump the other day? You did? That’s awesome. Wouldn’t you like to do that? I DO! Wouldn’t you want to go to the Moon and Mars and explore places humans have never seen with their own eyes. I DO! Wouldn’t you want to see the Moon and Mars explored, colonized, and perhaps even terraformed?
I DO! I DO! I DO!
We all should. How cool would that be!? What an experience!
And we as Americans can do it. We have the ideas and innovation, the drive, and the vision to do it. We have the sheer number of people and resources to create these companies and put people into space. It is possible. It can be done. Just look at some of the companies out there: Space X, Armadillo Aerospace, Bigelow Aerospace, Planetary Resources, Virgin Galactic. I’m sure I’m forgetting a bunch.
People like John Carmack, Elon Musk, and Richard Bronson took the risk to go into space and succeeded. Sure, they could have failed, but they never would have known if they could or not if they didn’t try! (Yes, Sir Richard Bronson is British, but Virgin Galactics Space Port is here in the U.S. . . . ‘Mercia!)
Jersey Shore and Honey Boo Boo aside (WHY!?), the USofA is still great. We still have potential and we can still do amazing things. But we as Americans must stand up (off the couch) and take action.
Writing this, I know I lack what I call for. I have no mechanical background. My STEM intelligence is low.
But I have the desire and drive to learn . . . and so far I’ve spent like $200 or more on rocketry books. Like one of my idols, John Carmack, I can teach myself. 🙂 And take some basic classes at the local community college.
My parting thought is that we are never too old to learn, and constant learning is part of constant self-improvement. And though I work hard to live by this principle purely for the sake of growing as an individual, in today’s world this is pretty much a requirement.
Until next time . . .
As many of you may know I love miniature war-games. Not that I play many of them these days – work, my Master’s program, and running around and creating havoc in Omaha and the Continental United States take up most of my time. I wanted to go to a local shop, Orcs 4 Hire, and play a rousing game of Warhammer 40k…may not happen.
But I digress.
In my love for tabletop wargames I have the desire to create my own. This is no easy feat. Rules must be created, play tested, rewritten, play tested again, re-rewritten. Miniatures must be sculpted and then mass produced, they have to be packaged, and then a distribution system, paired with a marketing strategy, must be created.
But most of that is down the line. Right now working on the game is that “miniatures sculpted” section. Hiring a sculptor is expensive. Currently the quote is $400 PER MINI. $8000 is where we’re sitting if we pay a guy. And for a small start-up that can be debilitating.
There’s another option that has become more and more viable over the past few years: 3D printing.
3D printing has really taken off in the last decade. Instead of companies using giant machinery one can now purchase a desktop 3D printer for $3000 or less, and the plastic material is $50 or so a spool.
I give you MakerBot. MakerBot manufactures some excellent, affordable 3D printers for companies, or for the average user. The MakerBot Replicator is a rather affordable $1,749. http://store.makerbot.com/replicator-404.html
It’s upgraded sibling, the MakerBot Replicator 2, is a bit pricier at $2,199. http://store.makerbot.com/replicator2.html
Whichever model, they are a much cheaper alternative to paying a sculptor.
But there ARE drawbacks. Instead of having a sculptor do all the work, one (namely me) would have to learn to use CAD or the MakerBot program, MakerWare. This is time consuming, and not prefferable if working to meet a certain deadline, whether that be a shopping holiday season or pre-convention.
Still a bit expensive though? There are some great Kickstarter Campaigns pushing small, very affordable desktop 3D Printers. Like this one here:
For a backing of $1,395 you can get a very nice, all metal 3D printer.
Creating your own miniatures, toys, or parts is more affordable than ever, and the entrepreneur-on-the-cheap that needs one for their operations can find a list of affordable 3D printers on the internet. It’s something I’m looking into, for sure.
Until next time . . .