None of this finishes in one career. That is not a problem with the plan. That is the plan.
We are not doing outreach. We are recruiting early, and we are telling you the same things we tell the engineers we hire this year, because you will be working on the harder half of it.
Run the dates. You are not early. You are on schedule.
If you are fifteen this year, you finish an aerospace or engineering degree around 2033, and you are three years into real work by 2036. Look at the list further down this page and notice that none of it will be finished by then. Not because the industry is slow, but because the work is genuinely that large.
That work is being handed to your class on purpose. The people building this company now are building the instruments, the measurements, and the first flights. The settlement that runs on them belongs to whoever shows up next, and we would rather that be people who chose it at fifteen than people who wandered into it at thirty.
Five problems nobody has solved. Pick one.
These are not exercises. They are the actual blocking problems between a lunar outpost that gets resupplied forever and a settlement that makes itself. Each one is somebody's career.
Power that survives the night
The lunar night runs about 354 hours. Every watt of solar generation stops, and the hardware has to still be alive on the other side of two Earth weeks in the cold.
Nobody has operated a commercial system through a full lunar night at the pole.
Oxygen out of the ground
Roughly forty percent of lunar regolith is oxygen, locked into oxides. Getting it out at useful rates, with power budgets that close, is a chemical engineering problem sitting on top of a thermal one.
It has been demonstrated in laboratories. It has never been run as a utility.
Pads that get used twice
Landing throws regolith at velocities that sandblast anything nearby. A surface that can take repeated landings is the difference between visits and operations.
There is no lunar construction industry yet. Someone has to be the first crew.
Structures made from what is already there
Everything shipped from Earth costs its mass in launch. A settlement that grows or prints its own structure from regolith and local material changes what is affordable by an order of magnitude.
The materials science is early, and early is where careers get made.
Proving any of it works before it flies
There is still no way to fully qualify hardware for the lunar environment on Earth. Closing that gap is where our manufacturing and qualification work begins, and it is the beginning, not the end.
The measurement chain we are building is the instrument the rest of this list depends on.
Foundations that outlast their builders.
Infrastructure is generational work. The people who laid the first railroads, strung the first grids, and flew the first navigation satellites knew the full value of that work would land on someone else's watch, and they built it anyway. Cislunar infrastructure is the same kind of undertaking: the networks, the standards, and the measurement chains being laid down now are the ground the next fifty years of operations will stand on.
That is why this page exists. A measurement done right outlives the instrument that took it. A standard that gets adopted outlives the team that wrote it. We are building this company to carry the work across generations, and the generation that inherits it is in school right now.
The high ground is not taken. It is built. Come build it.
Nothing about this requires our permission.
Learn to measure something precisely and prove your measurement was right. That single skill is the foundation everything this company builds stands on, and most of what the problems above are made of. Build things that fail, and write down why. Read the papers, including the ones you do not understand yet.
When you are ready, and you will know, our door is the same one everyone else uses. There is no junior version of it.