İbrahim's Way Of Solving Problems

I want to summarize how do I come up with feasible solutions that can be rapidly implemented.

I think iteratively. I start from the origin (current position) and think toward the main objective. As I face obstacles, I search for alternative ways and even return back to the origin. I don't restrict myself with current solutions. I propose extraordinary solutions and look for strength and weaknesses of them. When I spot a strength, I search other things that have the same strength, but lack the weakness. Also, I try to overcome the weaknesses by adding some other things to the solution without overcomplicating too much. This going forward and backward form the iterations. The key is to take the extraordinary paths.

I try to eliminate complicated parts in a solution and break them into smaller less complex parts. Also try to come up with solutions that allow parallel paths to implementation. Eliminating complex problems and enhancing the parallelism, speed up the implementation of the solution.

If we analyze my Yurt Rocket design. It just requires propellent tanks which is a mature technology and can be mass produced. The rocket operates with less powerful and less complex engines that can be 3d printed allowing fast iterations. The payload section can almost independently be developed again by using mature manufacturing technologies and don't require exotic raw materials. The design allows easy scalability of the rocket by adding more sections around a larger belt. This is impossible with classical rockets. You have to design every one of them from ground up.