International Keynotes · Frontier Science · Complex Planetary Systems

M.Sc. (TUM) Marcelo Moncayo Theurer

Frontier scientist, researcher, professor and framework developer for planetary complex systems, specializing in earthquake engineering, disaster estimation, scientific intelligence and high-impact science communication.

International profile

A scientific voice for understanding planetary risks and complex systems

Marcelo Moncayo combines applied research, teaching experience, mathematical development, real-event analysis and science communication to turn complex problems into useful knowledge for universities, companies, governments and general audiences.

Scientific and academic experience

M.Sc. in Computational Mechanics from the Technical University of Munich, earthquake-engineering training in Japan, university professor and Scientific Director of THEK Research Institute.

His work integrates earthquake engineering, structural dynamics, computational mechanics, artificial intelligence, geophysics and planetary complex systems.

Public and media experience

Long-standing participation in television, radio, print media, conferences and digital platforms, with Facebook communities approaching 100,000 followers and a growing TikTok channel.

His communication style connects technical language with scientific, professional, institutional and general audiences.

International keynote topics

Keynotes and invited lectures

SERRA: seismic energy and disaster estimation

Seismic reactivation, released energy, recurrence, regional risk and analysis of seismogenic systems.

Planetary complex systems

Interactions among tectonics, solar activity, space weather, natural hazards and scientific-intelligence models.

NFF and FGET: new mathematical architectures

Frameworks for discovering, organizing and evolving formulas through recursive nesting and traceable mathematical structures.

Artificial intelligence for science and engineering

Scientific news systems, educational assistants, automated analysis and AI-augmented science communication.

Earthquake engineering for resilient cities

Vulnerability, structural performance, prevention, damage, strengthening and institutional preparedness.

From frontier research to society

How to transform frontier science into education, prevention, outreach and high-impact public decisions.

Updated scientific impact

Academic presence and international circulation

6
Works on Zenodo

Open publications included in the metrics system.

209
Zenodo views

Cumulative views across the works.

327
Zenodo downloads

Cumulative document downloads.

10.6
Zenodo traction index

(Views + downloads) ÷ works ÷ weeks.

31.5
Research Interest Score

Cumulative impact of the ResearchGate profile.

3,165
ResearchGate reads

Cumulative reads across the scientific output.

116
Google Scholar citations

Consolidated academic citations.

560
Figshare interactions

Views and downloads of the Venezuela earthquake study.

Countries reading his work

    Institutions reading his work

      Reader specialties

        Television, radio and press

        Experience communicating science to broad audiences

        Radio Atalaya

        Venezuela earthquake analysis

        Radio I99

        Scientific interview

        Solar activity

        Science and planetary phenomena

        TelevisionLive interviews, recorded appearances, documentaries and panels.
        Radio and podcastsShort or long-form conversations for general and technical audiences.
        Print and digital pressInterviews, columns and journalistic analysis on science and risk.
        Booking, collaboration and licensing

        Request an in-person keynote, Zoom lecture or institutional collaboration

        For keynotes, scientific collaborations, partnerships, consulting or framework licensing, contact marce@hithek.com.

        THEK ecosystem

        Institutional connections