https://oceanexpert.org/expert/46354

PhD

Research
Institutional Management
Decision Making & Policy

Marine Geology, Geophysics
Policy, Law, Economics, Management
Research Support Services

Caribbean Sea

Dr Roberto Betancourt A. is a Venezuelan specialist in research policy in engineering, science and technology, with a professional trajectory situated at the intersection of scientific governance, seismological monitoring, institutional leadership and international technical cooperation. His work combines strategic public-policy design with operational experience in scientific institutions, particularly in areas where science serves national resilience, disaster-risk reduction, public safety and peaceful international cooperation.

His principal area of expertise is the formulation, implementation and evaluation of science, technology and innovation policies. As President of the Observatorio Nacional de Ciencia, Tecnología e Innovación (Oncti), he has led work related to national R&D indicators, research-information systems, evidence-based policymaking, institutional performance metrics and the strengthening of Venezuela’s scientific and technological capacities. 

A second area of expertise is applied seismology and the management of geophysical monitoring networks. As President of the Funvisis, from 2017 to 2025, he directed institutional efforts related to seismic monitoring, waveform-analysis capacity, station maintenance, scientific training and the strengthening of Venezuela’s National Data Centre. His work has addressed both the technical and organisational dimensions of seismological services, including the need to preserve institutional memory, improve analytical reliability and ensure continuity of operations under complex resource constraints.

A third field is the peaceful scientific use of CTBTO data and infrastructure. Dr. Betancourt has promoted Venezuela’s technical engagement with the CTBTO, including participation in Working Group B activities, technical workshops, expert exchanges and initiatives associated with the International Monitoring System. He has been particularly involved in advancing the civilian and humanitarian applications of IMS data, including seismic and hydroacoustic information for tsunami-relevance assessment, early-warning improvement and scientific cooperation in the Caribbean and Atlantic regions.

A fourth area of expertise is the integration of artificial intelligence, deep learning and high-performance computing into seismic and hydroacoustic analysis. His recent work has focused on the development of AI-enabled workflows for waveform preprocessing, quality control, phase picking, event association, plausibility analysis and tsunami-relevance assessment. 

A fifth area is science diplomacy and international scientific-technical cooperation. Dr. Betancourt has worked to transform institutional relationships into practical technical capabilities, particularly through cooperation with the CTBTO, UNESCO-IOC and other international organisations. His approach emphasises expert-to-expert dialogue, training, shared scientific objectives and the use of multilateral mechanisms to strengthen national capacities.

Finally, Dr. Betancourt has extensive experience in academic and institutional leadership. In his role as Secretary of the Universidad Nacional de las Ciencias Dr Humberto Fernández-Morán, he contributes to the design of a new university model oriented toward frontier science, advanced training, research coordination and the articulation of higher education with the national science, technology and innovation system. This experience complements his broader profile as a public manager, researcher and policy expert capable of linking strategic vision with operational execution.

Taken together, these areas define a professional profile grounded in science policy, seismology, CTBTO cooperation, AI/HPC applications, institutional management and science diplomacy. His expertise is particularly relevant to initiatives that seek to expand the peaceful uses of IMS data, reinforce national and regional monitoring capacities, and build resilient scientific institutions capable of serving both national development and international security.

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