The Planet Core Manager

There are many job that work deeper into the ground, but some work so deep it the start of the all depth. They have to make sure that the core is stable, or something unthinkable happen.

After the planet has been fully constructed, the gravity forming by its own mass is considered pretty weak and practically impossible to sustain amount of population, and it is donw to the planet core. The planet core has been built differently depending on each type. Those with the planetoid as foundation did not face much maintaining. The custom-built however, need constant checking.

Operations

Workplace

The group of expert engineers has to be assigned near its core. This is to calibrate the stability of the core until it settle and be natural at the certain time, around decades or so. The gravity can be different to the surface, and sometime more violent with radiation and. These people work on luck. Most of them are monitoring all data measuring from hi-end sensors. Sometime the worker use ship rig with the structure to fix by themselves.

Their quarter were built higher than the actual core to prevent the unstable environment near it.

Aren’t they use robots instead?

There are too many people to raise. Let’s use them for grant!

Computers and robots has been used for this, yet still need human interaction.

It only possible at some regions where this are legal.

Type

Administration / Management

Logs from Terra Colioris

During the infamous Planet implosion, the logs recording from the core of the Terra Coriolis were captured the moment mere minutes before it happened. Trusses supporting the whole planet fell and hit the core at violent speed, creating the dent – as they claimed. The core, rotating at incredible high speed. The chain reaction of structural failure cause the whole core collapse and meltdown. The workers at the nearest floor vaporized in seconds. The higher floor felt the high heat and gravity.

Only less than 10 percent escaped the core before the total meltdown appeared on the surface.