ATLANT 3D, a pioneering deep-tech company that has created the world’s first-ever atomic layer processing technology platform announces the launch of the ATOSENS project in collaboration with the Institute of Electrical Engineering Slovak Academy of Science, National Yang Ming Chiao Tung University in Taiwan, and Comenius University Bratislava in Slovakia under M-ERA project funding. The project aims to develop a fully Atomic Layer Additive Manufacturing (ALAM)-printed smart TiO2-based low-power hydrogen sensor system prototype with low-level in-sensor data processing in an industrially relevant environment.
The ATOSENS project leverages each partners' expertise to address the call for sustainable, local, energy-efficient high-tech manufacturing and progress regarding integrating renewable energy technologies into end-use applications. The development of the smart in-sensor-processing gas sensor will result in a positive impact on the safety of the hydrogen energy infrastructure.
The collaboration between these industry and academic partners brings together complementary expertise to achieve these aspirational goals. By combining ATLANT 3D's expertise in atomic-layer advanced manufacturing (ALAM) technology, memristor-based hardware neural networks(HNN), and microscopic hydrogen sensors with our partners' experience in research and innovation; the project can develop a revolutionary approach that could potentially provide a 10-fold increase in efficiency compared to current sensorics technologies.
The ATOSENS project also aims to establish an open innovation hub framework for on-demand rapid prototyping using ALAM, which will enable the rapid prototyping of various ALAM-processed HNN designs from students, enthusiasts, and customers. This will facilitate a two-way exchange, leading to a wider societal and economic impact.
The project addresses the needs for novel process technologies considering circular economy and CRM strategies in accordance with SDG 7 &9 and EGD, where rapid on-demand prototyping and a low-burden, cheap, fab-less fabrication method is implemented, minimalizing hazardous materials use and waste production during micro-fabrication and prototyping.
The collaboration also aligns with the goals of the UN 2030 Agenda forSustainable Development Goals and the European Green Deal. With the launch of the ATOSENS project, the partners aim to revolutionize smart sensorics through the use of atomic-layer 3D processing as a new paradigm for sustainable, local, energy-efficient high-tech manufacturing
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