The proposed project will focus on the development an automotive competitive fuel cell technology based on the unique attributes of loop energy's bipolar plate design and johnson matthey fuel cells extensive experience in automotive mea design and high volume manufacturing.
In this project, the partners will develop workflows, software solutions, material characterization methods, and validation case studies for next generation composites forming simulations which can be performed in a standard engineering design environment.
Primary goal is to establish commercial viability of the cloud army reactor together with the noble networks product vision in the european market. This includes r&d collaboration surrounding implicit association and fast explicit experiments and related data analysis.
The development of a magnetometer and electromagnetic system that can be deployed on an autonomous underwater vehicle (auv) for high speed inspection of the condition of the cathodic protection of subsea pipelines.
The development of the nextgen steering system (ngss) controller incorporates the development of a new imbedded digital controller along with a new digital steering head
To establish a predictive, repeatable, product benchmark that demonstrates the commercial viability and value of a repeatable, multi-product ‘neuro-index’.
Improvement of the existing hosted pbx multi-tenant cloud solution into a true cloud telephone system capable of offering enhanced features including, but not limited to, video call, real time voip and on demand call recording.