The Innoseis Sensor Technologies focuses on the development and commercialisation of the next generations of novel sensing products. We leverage in-house expertise in high precision, low power wireless sensing technologies to continue to improve the business and operational efficiencies of our clients. Patented MEMS (micro-electro-mechanical systems) technology, born out of fundamental research into gravitational wave detection, are the highlight of the company activities. These devices have already demonstrated world-record performance in their class and prove capable of addressing critical needs in various application areas.

On a mission to power data-driven farming and achieving maximum productivity resultswhile contributing to global sustainability goalswww.agurotech.com

Innoseis delivers game changing innovation to the energy industry. Seismic surveying technology for energy exploration is a crucial link in addressing the energy needs of a growing world population. Innoseis provides wireless sensor solutions that are designed from the ground up to be ultra-low power and scalable to mega-node networks. The cost effectiveness of our technology enables efficient monitoring of resources to utilize them safely and more effectively offering greater return on capital expenditure.

PhD research in the field of gravitational astronomy. Simulations of Newtonian noise and its implications for gravitational wave detectors. World wide seismic measurements and site selection for future detectors. Coordination of a technical team for construction of a prototype high performance seismic isolation system. Presentation of research results at international conferences. Assisting university classes: gravitation and cosmology, classical mechanics and nuclear reactor physics. Thesis: Low-frequency sensitivity of next generation gravitational wave detectorsCitable papers: 54. Number of citations: 996. h_HEP index: 17.

My master’s thesis involved developing an innovative alignment system for particle accelerators in cooperation with CERN, Switzerland.

Onsite field work at all levels of operation and software development to improve seismic imaging surveys.