By Eng. Vaughn I. Lezama, B.Sc., FAPETT, M.ASCE, R.Eng.
Registrar, Board of Engineering of Trinidad and Tobago (BOETT)
CEO and Principal Engineer, Consulting Engineers Associates 2005 Ltd (CEAL)
The 2026 Venezuela earthquake has once again demonstrated one of the most enduring truths in engineering and disaster management:
Natural hazards are inevitable, but disasters that devastate communities are largely the consequence of human choices.
Building Resilience Is a Choice
The movement of tectonic plates cannot be controlled. Earthquakes will continue to occur along the active Caribbean–South American plate boundary, just as hurricanes will continue to traverse the Caribbean Sea and climate-related hazards will continue to challenge our societies. These are realities of our geographical location that cannot be altered.
What can be altered is the resilience of our built environment. Every building that is properly designed, every bridge that is correctly detailed, every industrial facility that is competently engineered, every retaining structure that is appropriately founded, and every construction project that is executed under effective professional supervision contributes to reducing disaster risk.
Conversely, every compromise in engineering design, every departure from recognised standards, every instance of inadequate supervision, and every decision that places cost ahead of public safety increases the nation’s vulnerability.
The Built Environment Is a National Asset
The quality of the built environment is therefore not merely an engineering issue; it is a national development issue. It directly influences public safety, economic resilience, investor confidence, environmental sustainability and the ability of communities to recover quickly following natural disasters.
For Trinidad and Tobago, the lessons from Venezuela are especially relevant. Our country shares the same tectonic setting, faces many of the same seismic hazards and continues to expand its stock of residential, commercial, industrial and public infrastructure. Much of what is designed and constructed today will remain in service for generations. The engineering decisions made now will determine not only the performance of these structures during their operational life but also their ability to protect future occupants when subjected to earthquakes and other natural hazards.
A Shared National Responsibility
This places a profound responsibility on every participant in the construction industry.
- Governments must provide modern legislation and effective regulatory oversight.
- Developers must recognise that quality engineering is an investment rather than an avoidable cost.
- Contractors must commit themselves to delivering construction that faithfully reflects approved engineering designs and recognised standards.
- Educational institutions must continue producing engineers equipped with the technical competence, ethical values and professional judgement demanded by modern engineering practice.
- Professional institutions must promote lifelong learning, technical excellence and adherence to the highest standards of professional conduct.
- Above all, engineers themselves must continue to honour the fundamental obligation that defines the profession: To hold paramount the safety, health and welfare of the public.
The BOETT’s Public Protection Mandate
The Board of Engineering of Trinidad and Tobago has a central role in advancing these national objectives. Through the registration and regulation of professional engineers, the promotion of competence and Continuing Professional Development (CPD), the enforcement of ethical standards and the maintenance of professional accountability, the Board contributes directly to protecting the people of Trinidad and Tobago.
The Engineering Profession Act is therefore much more than legislation governing a profession. It is an important instrument of public protection. It recognises that engineering decisions affect lives and that society is best served when those decisions are entrusted to competent, qualified and accountable professionals.
Building a Safer Future
As our nation continues to pursue sustainable development, modernise its infrastructure and strengthen its resilience to natural hazards, the importance of regulated engineering practice will become even more pronounced. Emerging technologies, increasingly complex infrastructure systems and evolving environmental challenges will require engineers to exercise ever higher levels of technical competence, professional judgement and ethical responsibility.
The Venezuela earthquake should therefore not be remembered solely for its destruction. It should be remembered as a powerful reminder that resilience begins long before disaster strikes. It begins with informed planning, competent engineering, effective regulation, quality construction and an unwavering commitment to protecting the public interest.
For the engineering profession, this is both a responsibility and a privilege. For the Board of Engineering of Trinidad and Tobago, it is the very essence of its statutory mandate. And for the nation as a whole, it is a reminder that the safest and most sustainable future will always be built upon a foundation of engineering excellence.
Call to Action
The lessons from Venezuela should not fade as the headlines disappear. They should inspire renewed national commitment to engineering excellence, effective regulation and investment in a resilient built environment.
Final Reflection
This Article is one of a series of six Articles published through the BOETT Wensite, addressing contemporary issues arising from the Venezuela Earthquake of 24th June 2026. This series of Articles served as the Author’s position paper on the lessons learnt from that Earthquake. The final reflection on this matter is that”Earthquakes do not distinguish between rich and poor, public and private, or old and young. They simply test the strength of the built environment we have created. The true measure of our preparedness is therefore not the magnitude of the next earthquake, but the quality, integrity and resilience of the engineering decisions we make today.”