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What deserves attention now.

The newest stories from News and Journal — brief here, complete in their own section.

News · Energy transition

The energy transition needs more than announcements: it needs prepared systems.

A promising technology can fail when infrastructure, maintenance, comparable data, technical capabilities or monitoring are missing. This note brings together eight conditions and eight questions for moving from promise to a solution that can operate, endure and demonstrate results.

Profile · Mechanical engineering · Energy · Climate

Challenge what fails. Build what works.

I am Luis Guillermo Pinilla Rodríguez, a mechanical engineer working across energy transition, climate action, sustainability, air quality and project delivery. I focus on the point where ideas meet real conditions.

Portrait of Luis Guillermo Pinilla Rodríguez
01 / Field of work

Where engineering meets transition.

Technical work across systems, policy, implementation and measurable results.

01

Energy transition

Efficiency, infrastructure, implementation conditions, technology assessment and life-cycle thinking.

02

Climate action

Strategies, mitigation, international processes, emissions reduction and cross-sector coordination.

03

Air quality

Emission sources, technical measures, standards, monitoring and evidence-based decisions.

04

Project delivery

Coordination, risk, stakeholder engagement, capacity building and continuity beyond the launch.

Portfolio

Selected work and applied projects.

Technical projects, policy work, research, coordination and engineering solutions developed under real constraints.

01 / ENERGY

Energy and transport transition

Technical analysis, implementation conditions, infrastructure and coordination across public and private actors.

View project →
02 / CLIMATE

Climate change through engineering

Technology, energy, emissions and implementation conditions examined through an engineering lens.

View project →
03 / AIR

Air quality and emissions

Vehicle emissions, standards, monitoring, particle number and evidence for decision-making.

View project →
04 / ENGINEERING

Applied mechanical engineering

Design, testing, modeling and solutions adapted to real operating conditions.

View project →
Tools

The tools behind the work.

Software, methods and technical environments used to analyze systems, communicate findings and deliver workable projects.

Engineering, simulation & design

MATLABANSYSOpenModelicaSolidWorks

Energy & emissions

LEAPEEVmodGHG inventoriesEmissions modelling

Data & programming

PythonRExcel / Power QueryData visualisation

Instrumentation & testing

ArduinoNational Instruments / DAQSensors & actuatorsEngine & chassis dynamometers
02 / Approach

Ask the questions others skip.

A technology can look impressive and still fail. These questions keep ideas honest.

Q01Will it work under real operating conditions?
Q02Is the required infrastructure actually available?
Q03Who will operate, maintain and finance it?
Q04What happens across the full life cycle?
Q05How does it connect with the systems already in place?
Q06What evidence will prove that it works?
03 / More

Work, thought and life — clearly separated.

Journal

Articles and technical reflections

A dedicated page for essays, long-form writing and analysis.

Open journal →
Hobbies

The things that keep curiosity alive

Woodworking, swimming, electronics, books, music and personal projects.

Open hobbies →

Hard problem? Good.

Open to roles, consultancies and collaborations in energy transition, climate action, sustainability, air quality and complex project delivery.