Meet the Pioneers - Gisael Gomez
Date: 28.04.26
In this Q&A, Gisael Gomez, Project Manager for the marine fenders business in the Americas, shares how a career spanning subsea oil & gas fabrication, financial data analytics, and marine infrastructure has shaped his approach to project delivery.
Delivering large‑scale marine infrastructure projects today requires more than technical expertise. It demands disciplined execution, data‑informed decision‑making, and the ability to align diverse stakeholders under real‑world constraints. In this conversation, Gisael explains how these principles come together in practice—bringing structure to complexity and driving more predictable, reliable project outcomes.
Your career journey spans three distinct industries - subsea oil & gas fabrication, financial data analytics, and now marine infrastructure. How do these seemingly different experiences come together to shape your approach today?
While the industries are different, the core principles are very similar - managing complexity, coordinating multiple stakeholders, and delivering under constraints.
From oil and gas, I developed a strong foundation in fabrication, engineering coordination, and execution discipline. My time in financial data analytics strengthened my ability to structure information, identify patterns, and make data-driven decisions.
Today, in marine infrastructure, I combine both perspectives. I approach projects with a strong operational mindset while also leveraging data to improve planning, forecasting, and decision-making. That combination helps me bring structure to complex projects and drive more predictable outcomes.
With a master’s in data analytics, how do you apply data-driven decision making to project management in the marine sector? Can you share a specific example?
I use data primarily to improve visibility, consistency, and decision-making across projects.
For example, we track key variables such as procurement timelines, production capacity, and logistics performance across multiple projects. By consolidating this information, we can better forecast delivery dates, identify potential bottlenecks, and make adjustments proactively.
In one case, by analyzing production demand across several projects, we were able to anticipate constraints in mold availability and adjust our planning early. This allowed us to prioritize critical projects and avoid delays that would have been much more difficult to recover from later.
You support large-scale globally significant infrastructure projects across the Americas. When projects reach a certain scale, what makes them uniquely challenging?
You are often working with multiple parties - owners, EPC contractors, engineers, suppliers—all with different priorities and timelines. In addition, these projects typically have strict technical requirements, limited margin for error, and significant visibility at senior levels. Projects at this scale involve a high level of complexity across technical, logistical, and stakeholder dimensions.
Another key challenge is that decisions made early in the project can have major downstream impacts. That requires careful planning, clear communication, and strong alignment from the beginning. Success comes down to anticipating risks early, maintaining transparency, and staying disciplined in execution.
Managing projects from initial scope through commissioning requires coordination with multiple stakeholders. What's your approach to keeping complex projects on track across quality, budget, and delivery targets?
It starts with structure and clarity from the beginning. Defining scope clearly, aligning expectations, and establishing a realistic plan are critical first steps.
From there, I focus on maintaining consistent communication and visibility. That includes regular progress tracking, clear reporting, and early identification of risks or deviations.
I also emphasize accountability within the team and across stakeholders. Everyone needs to understand their role and how their work impacts the overall project.
Ultimately, keeping projects on track is about being proactive rather than reactive - identifying issues early and addressing them before they impact quality, cost, or schedule.
You've been inspiring young minds about STEM careers through your daughter's career days. How do you explain the impact and importance of marine infrastructure to the next generation?
I try to keep it simple and relatable. I explain that most of the things we use every day - food, cars, and electronics - arrive through ports.
Then I connect that to what we do. I explain that our systems help ships dock safely, protect the port structures, and ensure operations run efficiently.
Once they understand that connection, it becomes easier for them to see how engineering and project management play a role in everyday life. The goal is to make it tangible and show that what we do has a real impact on how the world works.
As you focus on training your team and aligning cross-functional teams for strategic growth, what key skills do you believe are most critical for the next generation of marine project managers?
Technical knowledge is important, but the most critical skills are communication, organization, and accountability.
Project managers need to be able to coordinate across different teams, manage expectations, and communicate clearly with both technical and non-technical stakeholders. Attention to detail is also essential, especially in projects where small issues can have significant impacts.
In addition, I believe adaptability is increasingly important. Projects today move quickly and involve global coordination, so being able to adjust and respond effectively is key.
Finally, having a structured and data-informed mindset helps project managers make better decisions and continuously improve how they deliver projects.
Your career journey spans three distinct industries - subsea oil & gas fabrication, financial data analytics, and now marine infrastructure. How do these seemingly different experiences come together to shape your approach today?
While the industries are different, the core principles are very similar - managing complexity, coordinating multiple stakeholders, and delivering under constraints.
From oil and gas, I developed a strong foundation in fabrication, engineering coordination, and execution discipline. My time in financial data analytics strengthened my ability to structure information, identify patterns, and make data-driven decisions.
Today, in marine infrastructure, I combine both perspectives. I approach projects with a strong operational mindset while also leveraging data to improve planning, forecasting, and decision-making. That combination helps me bring structure to complex projects and drive more predictable outcomes.
With a master’s in data analytics, how do you apply data-driven decision making to project management in the marine sector? Can you share a specific example?
I use data primarily to improve visibility, consistency, and decision-making across projects.
For example, we track key variables such as procurement timelines, production capacity, and logistics performance across multiple projects. By consolidating this information, we can better forecast delivery dates, identify potential bottlenecks, and make adjustments proactively.
In one case, by analyzing production demand across several projects, we were able to anticipate constraints in mold availability and adjust our planning early. This allowed us to prioritize critical projects and avoid delays that would have been much more difficult to recover from later.
You support large-scale globally significant infrastructure projects across the Americas. When projects reach a certain scale, what makes them uniquely challenging?
You are often working with multiple parties - owners, EPC contractors, engineers, suppliers—all with different priorities and timelines. In addition, these projects typically have strict technical requirements, limited margin for error, and significant visibility at senior levels. Projects at this scale involve a high level of complexity across technical, logistical, and stakeholder dimensions.
Another key challenge is that decisions made early in the project can have major downstream impacts. That requires careful planning, clear communication, and strong alignment from the beginning. Success comes down to anticipating risks early, maintaining transparency, and staying disciplined in execution.
Managing projects from initial scope through commissioning requires coordination with multiple stakeholders. What's your approach to keeping complex projects on track across quality, budget, and delivery targets?
It starts with structure and clarity from the beginning. Defining scope clearly, aligning expectations, and establishing a realistic plan are critical first steps.
From there, I focus on maintaining consistent communication and visibility. That includes regular progress tracking, clear reporting, and early identification of risks or deviations.
I also emphasize accountability within the team and across stakeholders. Everyone needs to understand their role and how their work impacts the overall project.
Ultimately, keeping projects on track is about being proactive rather than reactive - identifying issues early and addressing them before they impact quality, cost, or schedule.
You've been inspiring young minds about STEM careers through your daughter's career days. How do you explain the impact and importance of marine infrastructure to the next generation?
I try to keep it simple and relatable. I explain that most of the things we use every day - food, cars, and electronics - arrive through ports.
Then I connect that to what we do. I explain that our systems help ships dock safely, protect the port structures, and ensure operations run efficiently.
Once they understand that connection, it becomes easier for them to see how engineering and project management play a role in everyday life. The goal is to make it tangible and show that what we do has a real impact on how the world works.
As you focus on training your team and aligning cross-functional teams for strategic growth, what key skills do you believe are most critical for the next generation of marine project managers?
Technical knowledge is important, but the most critical skills are communication, organization, and accountability.
Project managers need to be able to coordinate across different teams, manage expectations, and communicate clearly with both technical and non-technical stakeholders. Attention to detail is also essential, especially in projects where small issues can have significant impacts.
In addition, I believe adaptability is increasingly important. Projects today move quickly and involve global coordination, so being able to adjust and respond effectively is key.
Finally, having a structured and data-informed mindset helps project managers make better decisions and continuously improve how they deliver projects.