To develop a controller for a robotic arm that can be manipulated by people with motor impairments of varying levels. The controller will be able to receive simple verbal or non-verbal instructions from the patient and perform a predefined set of tasks with the arm.
To discover and develop a natural product for the management of a specific plant disease - "fire blight" - offering an alternative or complementary approach to the use of chemical control.
A computer centric method for designing drug-like molecules using fragments will be developed by combining proprietary technology from acellera labs and hql pharmaceuticals. The methodology, will be validated by developing small molecule inhibitors of chemokines, biokine's field of expertise.
The project aims for the development of a new legume variety that will bring agronomic sustainability and gives the starting material for a new and healthy bakery and feed products.
Development of a state-of-the-art, flexible, modular and cost-effective satellite communication system based on open standards (dvb-s2x, dvb-rcs2, e-ssa) consisting of a versatile hub based on low cost tsat technology and a uniquely integrated terminal based on the ayecka rf modem technology.
The main objective of the project is to develop a long reach optical fiber transmission system without active elements at intermediate points, and combined with real time monitoring for the optical path and the transported services.
To develop automotive aem fc stack technology by targeting bi-polar plate, alkaline-proof sealing, membrane electrode assembly, and stack design in order to increase performance, improve the unique water management of aem fc, and move the technology forward to market.