Çok açıktır ki insanlık olarak evimizi, gezegenimizi, hunharca, vahşice katlettik. Kaynakları tükettik. Suları kirlettik. Mutluluğu yok ettik. İşte bu yüzden de insan ırkının geleceği o kadar da parlak sayılmaz .Adaletsizliği yeryüzünün her coğrafyasına yaydık ve insanları sefalete mahkum ettik. Neden? Metropollerimizde huzurlu bir yaşam için. Giydiğimiz o markalı tişörtlerin, gömleklerin, elbiselerin çoğunu saati 1 Dolar gibi acınacak bir ücrete çalışan, açlıktan ölmemek için , insanları DÜŞÜNMEDİK! İnsanları 480 Dolar gibi gülünç maaşlara zorlayan, bu iğrenç Dünya ekonomi sistemi devam mı etmeli?

We can clearly see that: we polluted our home, our planet, savagely. We consumed the sources. We polluted the seas and oceans. We destroyed the happiness. Here,I haven't got any hopes about future. We radiated the injustice all over the world and we compelled the people to misery too. Why? Becase we want a comfortable life in our metropol. We don't think about tailors of our costly clothes. WE DON'T THINK ABOUT THEM! What do you think? This system: go or ok?

CO2 makes up only about 0.04% of the atmosphere, and water vapour can vary from 0 to 4%. But while water vapour is the dominant greenhouse gas in our atmosphere, it has “windows” that allow some of the infrared energy to escape without being absorbed. In addition, water vapour is concentrated lower in the atmosphere, whereas CO2 mixes well all the way to about 50 kilometres up. The higher the greenhouse gas, the more effective it is at trapping heat from the Earth’s surface. The burning of fossil fuels affects the concentration of CO2 in the atmosphere. Before the industrial revolution, the amount of CO2 in the atmosphere was about 288 ppm. We have now reached about 414 ppm, so we are on the way to doubling the amount of CO2 in the atmosphere by the end of this century. Scientists say that if CO2 doubles, it could raise the average global temperature of the Earth between two and five degrees Celsius. We are already increasing the amount of energy that bounces back to the Earth. Because of the greenhouse effect, this is causing global warming with its many destructive impacts. Both water vapour and CO2 are responsible for global warming, and once we increase the CO2 in the atmosphere, the oceans warm up, which inevitably triggers an increase in water vapour. But while we have no way to control water vapour, we can control CO2. And because we are increasing the amount of CO2 in the atmosphere by continuing to burn fossil fuels, even in relatively small amounts compared to the entire mass of the atmosphere, we are disturbing the entire heat balance of the planet. https://www.bloomberg.com/graphics/2015-whats-warming-the-world/?fbclid=IwAR0txNAvRfAfjW8IcGI5LHgX-tzJyEMYqPx_bsbLk9Lz0g3Ef3Vy_iZlnEM

Venezuela is ranked number 22 on the list of countries with the largest number of Asgardian citizens in the world, I am very happy to have contributed to the dissemination of information and support to many Venezuelans to register as Asgardians forever.

Thank you Venezuela, thank you, Whole world!

I know I have been stating for a while now that I would be broadcasting a podcast show "soon". Well, the perfect beginning has arrived with the live streaming of the Asgardia Inauguration ceremony. I will be watching with all of you and recording potentially multiple segments reporting the goings on during the event. This gives people late to the show an opportunity to listen in and join in the discussions afterwards.

I intend to have multiple recordings to break down the event into segments, but we will have to see how things go in the end. I will be excited to begin reporting at least an hour before the ceremony so we can go over early comments of what Asgardians expect of the inauguration.

Follow me on Twitter @ScuroA for updates, and http://galacticnewsenetwork.tumblr.com/ for the posted recordings.

I wrote this a while ago for a brief training course I had to give to my fellow engineers when our departments were combining. Its very basic and it needs a bit more work. But it will have to do for the purposes I have in mind.

Often times people think that, if we think of something, that it can be built with no issues and its a done deal. The process of creating something a product or process has steps you must follow. It also needs a timing schedule and cost of development, cost of the people's salary/wages, cost of materials. I don't think most people really think about these types of things. Then you have a program manager, Program or Product Engineer, Systems Engineers, Hardware and Software Engineers and a few to very many technicians, you may even have Subject Matter Experts (SME). Then you have a customer to deal with. I have always told people that Engineering is 10% actual work, and 90% documentation. Your Documents are key to a good product.

I hope this gives you some basic understanding of what it takes to be an Engineer working for an aerospace firm.

ENGINEERING PRINCIPLES: THE BASICS

BY: DAVID SHAHAL – SYSTEMS ENGINEER

USER REQUIREMENTS:

1. Requirements – This is what the customer(s) want the product to accomplish.
   1. Hardware Requirements – Power supply voltages, wiring, timing, types of materials to be used etc. etc.
   2. Software Requirements – What the software is supposed to accomplish and how it is to do it.
   3. System level Requirements – Overall view of what the product is supposed to do, how it works with other products within a system.
2. Low Level requirements are the nuts and bolts of what the product is supposed to do. These give you the details of your hardware and software
3. High Level requirements are a general overview of what the product is supposed to do.

Requirements are put into statements such as: The box SHALL operate in -200 degree F, temperatures. The box MAY operate in -500 degree F, temperatures, or box WILL operate in -1000 degree F, temperatures.

WILL - Statements are a must have in your design.

MAY - Statements are a maybe/wants in the design.

SHALL - statements are musts as well, but can be changed if needed.

TESTING:

1. It becomes necessary to create test sets for the proper testing of the product. Unless we can use another companies test equipment. We may need to build our own.
2. Creation of test procedures
3. Creation of test reports
4. System integration
5. Tests should be standard
   1. Must be robust
   2. Must test the limits of the product
      1. Upper limits
      2. Lower limits
      3. Middle
      4. Must test the unit to fail – this helps to work out the bugs (in other words when I test I want my tests to make the unit under test to fail, I’m testing the robustness of the unit and software). You will be amazed at the things you learn when you make the unit fail. The upper limits of the unit especially.

QUALITY:

1. Need to perform all Engineering activities to a quality specification (the following are examples)
   1. ISO9001 (for example) - Aerospace always follows ISO standards
   2. FAA regulations
   3. NASA or EASA or some other Space organization
2. Documentation
   1. Requirements documents
   2. Hardware design documents
   3. Software design documents
   4. Test procedure
   5. Test reports
   6. Equipment specification
   7. User manuals
   8. Glossary of terms
   9. Verification and traceability matrix document

Personel

1. Must be trained as an Engineer
   1. Hold a degree and or proper certifications
2. Must be a trained technician
   1. Hold a certification/license
3. Quality
   1. Must be trained in proper quality management
4. Program Management - PM
5. Program Engineer or Product Engineer
6. Systems Engineering (This is what I do)
7. Hardware Engineering
8. Software Engineering
9. Subject Matter Experts - SME