Aeromexico

The Engineer’s View of Cabin Transformation

My background as an aeronautical engineer strongly influences how I understand and lead in-flight technology. My experience in aircraft engineering, design, configuration and line-fit programs for Aeromexico, Boeing 787-9, 737-8 MAX and 737-9 MAX fleets taught me that aviation technology must be viewed as an integrated system.

Engineering taught me to balance safety, reliability, integration, certification, cost and performance. The same applies to passenger experience: technology must be intuitive and engaging while remaining robust, maintainable and scalable.

Today, my focus is connecting what passengers expect, what operations require and what airlines can sustainably support. The future of cabin transformation lies in creating an integrated digital ecosystem rather than viewing IFE, connectivity and devices as separate systems.

Innovation that Survives the Fleet Lifecycle

For an airline, a technology roadmap must consider the entire fleet life cycle, not simply what is available and certified when a decision is made.

I structure these priorities around six elements: fleet strategy, business model, passenger experience, technology architecture, scalability and sustainability.

A strong example was introducing Bluetooth connectivity across our Boeing 737 MAX fleet. The displays were initially selected with scalability in mind. We later developed the software activation and completed certification to demonstrate safe Bluetooth operation without interfering with aircraft systems. This enabled passengers to use their own Bluetooth headphones with the IFE system while reducing reliance on individually distributed wired headphones. The initiative was recognized by SkyTeam’s Sustainable Flight Challenge with the Most Innovative Inflight Solution award in 2023.

" Technology creates true value when the organization is prepared to integrate and operate it effectively. "

What made the project innovative was not Bluetooth itself, but integrating, certifying and scaling the technology across an aircraft fleet.

That is the challenge of a technology roadmap: avoiding architectures that become future bottlenecks while considering maintenance, modifications, supply chains and long-term evolution. Every decision must look beyond the next aircraft and consider the entire life of the fleet.

Prove It, Measure It, Then Scale It

To achieve that balance, I use an integrated value perspective. Technology should not be evaluated solely by passenger appeal, but by the value it creates across the entire system.

We consider passenger experience, reliability, operational impact, total cost of ownership, including CAPEX and OPEX, revenue potential, maintenance, certification and long-term scalability.

I also believe new technologies should be introduced progressively: first demonstrate the solution under real operating conditions, then measure its performance and impact and finally scale it.

This approach reduces risk and prevents innovation from becoming an operational burden. A new feature creates value only when it can be delivered consistently, safely and sustainably throughout the operation.

Planning for Integration from Day One

The main lesson is that integrating technology into an aircraft means working within an extremely complex ecosystem. Electronic systems, software, cabin infrastructure, seats, certification, maintenance, suppliers, logistics and operations are all interconnected. Even a simple modification can significantly affect cost, certification timelines and aircraft availability.

Another key lesson is designing with operations and maintenance in mind from the beginning. We must consider failure diagnosis, component replacement, software updates, parts management and technology obsolescence throughout the life cycle.

Supplier and supply-chain management are equally critical. A technology may be ready, but a component, certification milestone or software update can determine the entire modification schedule.

I have also seen how rapidly technology evolves. When I worked on Boeing 787-9 configurations around 2014, connectivity relied primarily on GEO satellite-based solutions. Today, LEO-based solutions offer greater speed, capacity and lower latency.

This evolution creates opportunities but also complex decisions involving certification, engineering, modifications, downtime, fleet plans, existing contracts, investment and financial capacity.

Ultimately, successful implementation requires engineering, operations, maintenance, fleet planning, product, procurement, suppliers and certification teams to collaborate from the beginning. Technology creates true value when the organization is prepared to integrate and operate it effectively.

Building a Cabin That Learns from Its Passengers

For many years, decisions around IFE and connectivity were based on surveys, benchmarks or perceptions. Today, we can see much more accurately what passengers use, how long they use it, what content they consume and how their behavior changes throughout the flight.

But collecting data is not the most important part. The real value is turning it into decisions. We can analyze connectivity usage, content consumption and digital behavior to determine where investment makes sense, which features should evolve and what drives engagement.

We can also correlate this data with metrics such as NPS, identifying behaviors or software and touchscreen issues that may not be apparent during maintenance inspections.

The objective is to move from “what we believe passengers want” to “what passengers actually use and value.”

My vision is a personalized ecosystem where IFE, connectivity, airline applications and passenger data interact intelligently. AI and personalization can help the platform evolve with passenger expectations while maintaining aviation’s core principles of safety, reliability, operational efficiency and technological control.

The true transformation will not simply be a larger screen or faster connection, but turning the aircraft into an intelligent extension of the passenger’s digital ecosystem.