• Business development, leading technical proposals and market analysis in UAS/IAM.• Developer of SIAM, the Spanish Innovative Air Mobility cluster of which INECO is founding member.• Technical, safety and human performance support for SESAR projects: U-ELCOME, EUREKA, SPATIO, ENSURE, IRINA, and ECHO 2.

• Design and development of the service https://www.coinfairvalue.com.

• Creator of the Currencies Fair Value (CFV) financial model in June 2017. An unbiased rational pricing model for currencies. Article: https://steemit.com/bitcoin/@pablomp/cryptocurrencies-what-is-the-fair-value-of-a-currency.• Founder of the cryptocurrencies service https://www.coinfairvalue.com, a non-profit service that applies the CFV model to a collection of cryptocurrencies in near real-time.

• Head of UTM area.• Project Coordinator: AMU-LED.• Technical leading and project leading for AIRUS, a complete platform for UTM/U‑Space services. In this project I lead an 8 persons multidisciplinary team and coordinate a multi‑company team of 16 people throughout the whole life‑cycle of the project.• Design of the statistical algorithms and architecture of AIRUS’ UAS Surveillance Data Processor.• Business development, preparation of technical proposals and market… Show more • Head of UTM area.• Project Coordinator: AMU-LED.• Technical leading and project leading for AIRUS, a complete platform for UTM/U‑Space services. In this project I lead an 8 persons multidisciplinary team and coordinate a multi‑company team of 16 people throughout the whole life‑cycle of the project.• Design of the statistical algorithms and architecture of AIRUS’ UAS Surveillance Data Processor.• Business development, preparation of technical proposals and market analysis.• Technical support in UAM (Urban Air Mobility) SESAR projects: AMU‑LED and Metropolis2.• Technical leading for SUGUS, a project for accelerating the use of the European GNSS in the Unmanned Aircraft System (UAS) market.• Technical leading for INVADE, a project for assessing the inspection of navaids and visual aids, and the validation of flight procedures using UAS. Show less

• Made the functional design, mathematical design, prototyping, and technical specification of: iTEC’s surveillance data processor, which is based on optimal estimation kinematic filters (IMM, Kalman, EKF, etc.), Bayesian networks and other probabilistic state estimation algorithms; and iTEC’s weather radars’ data composer.• Created a machine learning RBF network for inferring the atmosphere weather information based on aircraft provided data.• Made the functional design and development… Show more • Made the functional design, mathematical design, prototyping, and technical specification of: iTEC’s surveillance data processor, which is based on optimal estimation kinematic filters (IMM, Kalman, EKF, etc.), Bayesian networks and other probabilistic state estimation algorithms; and iTEC’s weather radars’ data composer.• Created a machine learning RBF network for inferring the atmosphere weather information based on aircraft provided data.• Made the functional design and development (Python) of the Air Traffic Surveillance and Short‑Term Conflict Alerts (STCA) analysis tool for LVNL (the Dutch ANSP).• Designed and prototyped aircraft simulators based on realistic kinematics, autopilot control and ATC procedures. In this context I integrated EUROCONTROL’s BADA aircraft model in iTEC’s ATC simulator.• Provided support to ATM projects in issues regarding cartography and geodesy.• Worked with software lifecycles that conformed to IEEE 12207, ED‑109A and ED‑153, prototyping algorithms and writing the specification of technical documents: SRS, SARAD, SRD, ICD, etc. Show less

• Made the mathematical design, prototyping, and the specification of: the fall‑back tracker for ROMATSA (the Romanian ANSP); surveillance kinematic filters which enable ASMGCS‑I and II in SACTA system (Spanish ATM System); the Near‑Term Conflict Alerts (NTCA) within the safety nets component; and airport surface trackers for SESAR (Single European Sky ATM Research program).• Made the specification and functional design —in technical documents (SRS, SRD, etc.)— of new functionalities for… Show more • Made the mathematical design, prototyping, and the specification of: the fall‑back tracker for ROMATSA (the Romanian ANSP); surveillance kinematic filters which enable ASMGCS‑I and II in SACTA system (Spanish ATM System); the Near‑Term Conflict Alerts (NTCA) within the safety nets component; and airport surface trackers for SESAR (Single European Sky ATM Research program).• Made the specification and functional design —in technical documents (SRS, SRD, etc.)— of new functionalities for Air Traffic Surveillance, Safety Nets, and Simulation subsystems within the SACTA system, such as the Mode‑S, ADS‑B and ADS‑C.• Researched and prototyped Evolutionary Neural Networks and other AI and machine learning algorithms.• Specified Test Procedures and Verified SACTA’s functionalities.• Lectured for software engineering ATM teams on surveillance technologies. Show less