I do not currently have the energy to fully type out an in-depth roleplay about Solus Unus' pacifistic and conservationist motivations and how they intersect with the focus descriptions, but I still want to get the focuses written down for others to see, so I will type this out just as a list for now and make a more in-depth description edit later.
I dropped two minors for extra focuses on majors
Majors
Computing, with a focus on Quantum Computing and (decentralized) Networking
Energy, with a focus on Clean Natural Energy
Resource Extraction, with a focus on Recycling
Civil Engineering, with a dual focus on Urban Engineering and Geoscaping
Transport with a focus on (underground) Rail
Design
Agriculture, with a focus on Non-Geoponic Methods
Architecture
Electronics
Illusion, with a focus on Pacification
Minors
Robotics
Geo-Engineering
Industrial Tech, with a focus on Sustainable Production Methods
Supplements
Sustainability
Communications
Engineering
President of 36th Cabinet, MDA of 19th, 20th, and 21st, 26th, and 27th Cabinets and MOJ of 25th Cabinet
3. Design focus in durability and artistics and aesthetics
4. Agriculture focus in geoponics
5. Energy focus in clean and natural energy
6. Material Sciences focus in nanomaterials
7. Civil Engineering focus in eco scaping
8. Robotics focus in nanorobotics
9. Health focus in nanomedicine
10. Electronics focus in nanoelectronics
Minor:
1. Industrial Tech focus in sustainability
2. Computing focus in quantum computing
3. Meta tuning focus in nature tuning
4. Alchemy focus in toxicology
5. This minor skill was traded for the secondary focus in Design
Supplements:
Applied Physics
Nanotechnology
Sustainability
Explanation:
Mon Sil will focus on two main branches: nanotechnology, and blurring the line between nature and man-made structures. For examples of blending nature and architecture, google "Singapore Changi Airport", "Montreal Botanical Gardens."
The rail system will be run by sustainable methods. Trains are the main method of transportation, with busses and trucks not being used often, and cars even less so. So having a comprehensive rail system is a must. With all the nanotechnology, the rail system is incredibly efficient and safe. With durability and the artistics, the system doesn't need to be fixed that often, and is very pleasing to both use and look at (while some may enjoy the subway systems of New York and such, that is not at all the aesthetics that the system will be modelled after).
I wanna take nanotechnology in uni, so how that integrates into my nation will be determined the more I learn about it.