Briggs Aerospace Technologies
 

Research and development team. 

The Oceaneleen program has a specialised team of scientific, engineering and innovative workers to find solutions to design problems within Aceson.

Oceaneleen funds its own research and development team which will have continuing multiple purposes within the effort. The team will consist of people with differing skills, from engineering through to studying and inventing. The team will provide engineering support to problems requiring solutions.

The team will be some of the first staff positions made available. Research staff and engineers will work together to find solutions to basic through to complex issues, ranging adapting concept designs from paper plans to operational usage, working out operational issues to system functionality. They will help build the Bordiva and Cordava designs into working machines as well as developing other designs within Oceaneleen, and external ventures of Aceson and Briggs.

The first elements of the Oceaneleen research and development will be in both conceptual artists and engineers to develop the present concepts of collection vessels and apparatus into working models, and attempt to find competitive or superior alternatives: the world has an abundance of available resources which are often not generally known, even by professionals within the industry.

Oceaneleen’s research and development team will be modelled on the team Thomas Edison used to become prolific at patenting, with Jason Briggs - designer of Aceson and Oceaneleen - as the muse. The team will develop innovations as directed, as well as relevant work from their own knowledge base and findings.

The role the research and development team plays will be five-fold:

  1. Study and be aware of available resources relative to the program and investigate the feasibility in relation to Oceaneleen uses. 

  2. Provide advanced level design and engineering support and solutions to Oceaneleen and other Aceson and Briggs programs: one of the first majjor design programs will be the Cordava filtration ships which the team will develop the ship-board filtration system.

  3. Augment designs and concpets into working models. This applies from a simplistic design, to a model and finally to a working prototype. This can be both in scale and full size components.

  4. The team will take care of patents and processes if any case study is required - already from Oceaneleen’s studies there are major breakthroughs creating innovations set to revolutionise the shipping industry. Some of these patents will generate profit via patents for Oceaneleen.

Oceaneleen Research and Development will handle the development of this work and other viable future concepts into reality.


 
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