Professor Andrés Tremante is a case in which academic experience and industrial expertise converge in one professional trajectory. Initially trained at Simón Bolívar University (USB), he pursued postgraduate studies in France, earning a PhD in Fluid Mechanics and Thermodynamics from the École Nationale Supérieure d’Arts et Métiers – ENSAM ParisTech in 2000.
His connection to the industry began much earlier, working as a researcher at INTEVEP (PDVSA) between 1985 and 1991, during which he was involved in multiphase flow and oil production projects. Upon returning to Venezuela, he became a tenured professor at USB (1992–2008), where he also served as President of the Foundation for Research and Development (FUNINDES), and founded the Petroleum Technology Development Center (CADETEP).
From FUNINDES, he led numerous university–industry cooperation projects, particularly with the oil sector, proving that the synergy between academic knowledge and operational needs is not only possible but essential for achieving technological excellence.
Since 2008, Professor Tremante has continued his career at Florida International University (FIU), where he is a Teaching Professor in the Department of Mechanical and Materials Engineering, and leads initiatives for student integration and success. His career makes him an authoritative voice to reflect on how to reactivate strategic cooperation between the Venezuelan oil industry and the higher education system, with a view to rebuilding capacity and training a new generation of professionals.
1. Key Trajectory: You’ve worked at INTEVEP–PDVSA, USB, FUNINDES, and now FIU. What key lessons have those stages taught you about university–industry cooperation in Venezuela?
I’ve had the privilege of covering almost all stages of the knowledge cycle: research, teaching, technology transfer, and international cooperation. My time at INTEVEP (PDVSA) was decisive: there I learned that innovation doesn’t emerge from an isolated lab, but from direct contact with real production, maintenance, and operational safety problems. It was a rigorous school in methodology, but above all in purpose: science must serve national efficiency and productivity.
At Simón Bolívar University, where I was a full professor for over a decade, I confirmed that technical knowledge alone is not enough—it must be embedded in a culture of excellence. A university that aspires to transform a country cannot be content with producing good engineers; it must shape critical thinkers, ethical leaders, and citizens committed to scientific and technological development.
When I led FUNINDES, I realized the biggest challenge was not technical but cultural: getting academia and industry to speak the same language. Trust cannot be decreed—it must be built on verifiable results. At FIU, I’ve learned that internationalization and inter-institutional collaboration are the new frontiers of development. Today, innovation is born in networks, not islands.
2. FUNINDES: As president of FUNINDES–USB (1999–2002), you led projects with industry. What models of university–industry cooperation worked best, and which were harder to sustain?
During my tenure at FUNINDES (1995–1998, 1999–2002), we executed high-impact projects with PDVSA, Pequiven, the electric sector, and private companies. The most successful models were those where the company brought a concrete problem and the university delivered a measurable solution, based on timelines, budgets, and performance targets. That discipline allowed many projects to move from the experimental phase to industrial operation.
The greatest challenge was the lack of institutional continuity. When policies shift with the political cycle instead of being guided by results, cooperation weakens. Experience shows that the best projects are those that outlast governments, because they are built on a shared long-term vision.
3. CADETEP: This center promoted training, research, and technology transfer. How could such a model be reactivated today to meet the urgent needs of the oil sector?
The Petroleum Technology Development Center (CADETEP) was created with a clear purpose: to turn academic knowledge into industrial value. We promoted advanced training, applied research, and technology transfer, based on a philosophy of solving concrete problems in the national industry.
Today, such a model could be revived with a more agile and decentralized structure, connected to the Venezuelan diaspora. We don’t need to rebuild large bureaucracies but create innovation nodes with technical and administrative autonomy, capable of responding swiftly to the energy sector’s demands. The key is flexibility, credibility, and transparency.
4. Current Needs: What are the three most urgent technical capacities the Venezuelan oil industry and academia must develop in the next five years?
If I had to choose three critical areas for the next five years, I would focus on:
- Smart rehabilitation of energy infrastructure, using sensors, data analytics, and predictive maintenance algorithms.
- Reliability and integrity management of assets, combining engineering, economics, and sustainability.
- Training for energy transition, preparing new professionals to operate in a world where oil coexists with gas, hydrogen, and renewables.
These capabilities are not optional—they form the foundation for rebuilding the country’s technological competitiveness.
5. Human Capital: How can university curricula align with the needs of the modern oil industry without compromising scientific rigor?
If we envision Venezuela’s oil industry as a technologically viable enterprise, then higher education must be reformed. University curricula must be dynamic, multidisciplinary, and open to collaboration with companies. This is not about replacing theory with practice but integrating both. Universities must teach how to learn, training professionals who master the scientific method, but who also possess digital skills, project management, and ethical reasoning.
In the age of artificial intelligence and automation, engineers cannot merely “operate” systems—they must understand, model, and improve them. That is the frontier of the new oil professional.
6. Diaspora and Return: Thousands of Venezuelan engineers and scientists are abroad. What realistic strategies could reconnect this talent with the industry and academia?
The Venezuelan diaspora is a strategic reservoir of knowledge. A massive physical repatriation is unrealistic—but functional reconnection is achievable. Many scientists, engineers, and professors are willing to collaborate if serious, transparent, results-driven projects are in place.
We can create platforms for remote cooperation, virtual mentoring, shared projects with foreign universities, and temporary affiliation programs. This distributed collaboration could accelerate Venezuela’s organizational learning and help recover some of the lost technical density.
7. Governance and Transparency: Bureaucracy and mistrust often limit university–industry cooperation. What governance mechanisms would you recommend to safeguard joint projects?
University–industry cooperation fails when governance mechanisms are weak or vague. It’s essential to clearly define intellectual property, publication rights, financial traceability, and external evaluation from the outset.
At FUNINDES, we learned that transparency does not scare partners away—it attracts them. Today, digital tools allow us to go further: smart contracts, real-time project tracking, and automated technical audits. Transparency is the foundation upon which trust can be rebuilt.
8. Digitalization and Efficiency: What “quick wins” in digitalization (AI, digital twins, predictive maintenance) could be implemented within 12–18 months to show tangible results?
Digital transformation is not a costly utopia—it’s an immediate opportunity. Within 12 to 18 months, we could implement pilot projects on predictive maintenance for pumping stations, digital twins to simulate refinery operations, and remote well monitoring using sensors and data analytics.
These “quick wins” would demonstrate that digitalization reduces costs, boosts energy efficiency, and enhances operational safety. They’re relatively low-cost projects, but with high symbolic and technical impact.
9. Sustainability: How can environmental management (emissions, water, soils) be integrated into joint projects to meet international standards and unlock green financing?
Today, it’s not enough to produce oil—it must be done under international environmental standards. Including emissions control, water treatment, and soil monitoring in joint projects is not only an ethical imperative but a condition for accessing global financing.
Green funds, climate bonds, and multilateral cooperation mechanisms demand traceability and verifiable metrics. Properly understood, sustainability is not an obstacle—it’s a vector of competitiveness.
10. Roadmap for a New Beginning: If a pilot for university–industry cooperation were launched tomorrow, what would be your three initial deliverables and the three main risks to mitigate?
Initial deliverables:
- An updated map of the technological capacities of Venezuelan universities and potential international partners.
- A demonstrative digitalization project, such as predictive maintenance or digital twins.
- A dual training program in which students work directly with companies on real challenges, guided by professors and senior engineers.
Key risks to mitigate:
- Institutional instability, which undermines project continuity.
- The trust deficit—both internal and external.
- Lack of sustainable financing, which calls for hybrid public–private schemes and partnerships with international organizations.
Epilogue:
Rebuilding the relationship between universities and the oil industry is not a nostalgic gesture—it’s a strategic necessity for Venezuela’s energy future. There will be no development without knowledge, and no useful knowledge without cooperation. It’s time to rebuild the bridges that once made our engineering a regional benchmark.
The views expressed by Dr. Tremante are of his pesonal ownership and responsibility, and do not necessarily reflect the position of PDVSA Ad Hoc.
