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Chile Nuclear
A student movement spreading knowledge about nuclear power and how it can help decarbonize Chile's electric grid.
Mechanical & Industrial Engineer
// Energy transition · nuclear · solar & green hydrogen
I design and model energy systems, and I build organizations that move the conversation forward. From discrete-event simulation to a nuclear-energy student movement, I like turning hard problems into things that actually run.
Leadership & impact
Two projects that taught me how to lead people, manage resources, and ship real outcomes — not just ideas.
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A student movement spreading knowledge about nuclear power and how it can help decarbonize Chile's electric grid.
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Community-driven beach cleanups along the Chilean coast — real engagement and long-lasting impact, run on a real budget.
About
I'm a Mechanical & Industrial Engineer from UC Chile with a strong pull toward sustainable energy — nuclear power, solar, and green hydrogen. I'm as comfortable in a simulation as I am in front of a room making the case for clean baseload power.
I learned what impact really means by managing budgets and coordinating beach cleanups with Ucéanos, and I built my own project, Chile Nuclear, from zero. Along the way I've written code to automate complex processes and spent a semester abroad in Prague, because a global problem deserves a global perspective.
Off the clock you'll usually find me on a mountain trail, in the workshop with a new DIY project, or pushing my limits with calisthenics.
Education
Through the years
The short version of how I got here — from first-year engineering to a graduating energy specialist. Tap any photo to view it full size.
First years at UC Chile — thermodynamics, energy conversion, and the spark of an obsession with how we power a country.
Launched a student movement to make the case for nuclear power as part of decarbonizing Chile's grid. Started with a handful of people and a lot of slides.
Ran finance and logistics for beach cleanups along the Chilean coast — budgets, volunteers, and a lot of trash bags. Impact you can measure.
A global problem needs a global perspective. Studied abroad in the Czech Republic and came back with a wider map of how the energy world works.
Deep into modeling — discrete-event simulation in Python, concentrated solar power and green-hydrogen research. The technical core of what I do.
Wrapped the mechanical engineering degree and rolled straight into the industrial engineering master's — finance, optimization, and operations.
Finishing the master's and looking for the right place to put it to work — somewhere serious about the energy transition.
What I work on
Discrete-event and process simulation in Python — fitting distributions, validating statistically, and finding the bottleneck that actually matters.
Concentrated solar power and solar-thermal modeling, including weather-data handling and techno-economic thinking for high-irradiance sites.
Green hydrogen, electrolysis, and thermochemical fuel pathways — the chemistry and economics of storing energy as molecules.
Skills
Contact
I'm always open to new projects, ideas, and opportunities — especially in the energy sector. Reach out and let's see what we can build.