On International Automation Professionals Day, perhaps the most important message is not simply to celebrate a profession. Rather, it is to recognize that automation is no longer a specialty confined to the plant floor. It has become one of the central languages of contemporary industry.
Through automation, we organize energy, water, production, safety, quality, data and decision-making. We connect physical assets to digital systems. We transform industrial processes into architectures capable of learning, responding and sustaining value in increasingly complex environments. This shift profoundly changes the role of the automation professional.
Automation professionals: Architects of operational trust
For a long time, this professional was seen as someone called upon to solve technical problems: programming a controller, configuring an interface, integrating equipment, correcting a fault or bringing a production line into operation. All of this remains essential, but it no longer defines the strategic dimension of the profession.
The automation professional has become an architect of operational trust. In a world that speaks more and more about artificial intelligence, digital twins, IIoT, analytics, edge computing and cybersecurity, there is a truth that must be stated clearly: No technology creates value by itself. Value emerges from the right integration between process, architecture, people, method and decision.
And when we speak about people, we are not referring only to isolated technical skills. We are speaking about the ability to bring the plant floor closer to leadership, operations closer to strategy and the practical experience of operators closer to the decisions made by coordinators, managers and directors.
Automation has a silent but decisive role: it translates languages. It transforms field signals into operational information, operational information into management indicators, indicators into decisions and decisions into concrete action within the production process.
Automation: An infrastructure of trust
For this reason, the automation professional does not connect only machines, sensors, controllers, supervisory systems and digital platforms. This professional connects people who see industry from different angles, but who need to act upon the same reality. Every form of digital intelligence depends on the quality of the reality we are able to capture, control, contextualize and transform into action.
Without proper instrumentation, there is no reliable data.
Without well-designed control, there is no stability.
Without architecture, there is no scale.
Without cybersecurity, there is no trust.
Without qualified people, there is no sustainable transformation.
That is why automation is not merely a technical layer of industry. Automation is infrastructure of trust.
This statement is especially important in a world where industrial systems are becoming more interconnected, more distributed, more data-driven and more exposed to technological, environmental, economic and geopolitical pressures. The global agenda around industrial competitiveness, energy transition, productivity, decarbonization, traceability, operational safety and artificial intelligence applied to industry will not be sustained by good intentions alone, by isolated investments or by the acquisition of new platforms.
Across different regions, sectors and levels of technological maturity, this agenda will depend on our ability to transform strategy into reliable systems. Automation connects industrial ambition to the concrete reality of operations. It connects sustainability to measurement, control and efficiency. It connects innovation to execution. It connects applied science to productivity. It connects business strategy to the discipline of systems that execute, record, protect and learn.
There will be no more competitive industry without well-conceived automation. There will be no robust energy transition without reliable control, supervision and protection systems. There will be no relevant industrial artificial intelligence if the source data is fragile, decontextualized or disconnected from operational reality. There will be no technological resilience without professionals capable of designing, integrating, operating and evolving complex systems.
This discussion becomes even more concrete when we look at the diversity of industrial realities around the world. Automation is present in advanced manufacturing centers, mining operations, energy systems, water and sanitation infrastructure, textile plants, food production, logistics networks, research laboratories, utilities and critical infrastructure. It operates in highly digitalized environments, but also in brownfield plants where legacy systems, resource constraints, local knowledge and operational improvisation are part of daily reality. It serves global corporations, medium-sized manufacturers, public utilities, startups, technology providers, system integrators, universities and research centers. In this sense, automation is not an abstract agenda; it runs through the real economy. It is present wherever society depends on systems that must operate safely, efficiently, continuously and responsibly.
Education in automation: An industry imperative
For this reason, strengthening this field must be understood as an agenda for economic development, talent formation, institutional maturity and technological resilience. This is where technical and institutional networks become essential. The International Society of Automation has played a historic role in organizing knowledge, standards, training and professional communities around automation.
Local and regional sections, such as the ISA Minas Gerais Section, are part of this global architecture. They translate international knowledge into local relevance, connect professionals across sectors, and create spaces where industry, academia, students, technology providers, institutions and public leaders can engage around the future of automation. This kind of network is increasingly important because industrial transformation is not only a technological challenge. It is also an institutional, educational, cultural and human challenge.
Industrial transformation does not happen by decree. Nor does it happen through the mere acquisition of technology. It happens when ecosystems are able to align vision, competence, method, investment and execution. I also say this from my own professional experience. In industry, in the leadership of the ISA Minas Gerais Section, and in institutional spaces connected to technology and innovation, I have increasingly seen that automation must move beyond the condition of a peripheral topic and occupy the place it deserves: that of a strategic competence for the industrial future.
This is not a corporate defense of a profession. It is a defense of technical maturity as a condition for development. Automation is a natural bridge between worlds that do not always speak well to one another. It brings applied research closer to the plant floor. It connects business strategy to operations. It translates sustainability into engineering. It transforms innovation into reliability. It converts technology into safety. It brings professional education closer to competitiveness.
But this bridge is also human and organizational. It connects the operator who perceives instability before the indicator does, the maintenance professional who knows the real behavior of the asset, the coordinator who must sustain the production routine, the manager who is accountable for performance and risk, and the director who must decide on investment, competitiveness and the future. When properly conducted, automation creates a common language among these levels.
It allows the experience of the plant floor to reach strategy without losing context, and allows strategy to return to operations as method, architecture, safety and productive capacity. But for this bridge to be strong, we must better recognize those who build it. The automation professional must no longer be remembered only when something stops, fails or needs to be commissioned. This professional must be present from the conception of projects, from the definition of architectures, from the formulation of digital strategies, and from the discussions on risk, productivity, cybersecurity, sustainability and the future of work. Many decisions that appear to be merely technology decisions are, in fact, automation decisions. And many automation decisions are, at their core, decisions about the kind of industry we want to build:
An industry that is safer or more vulnerable.
More efficient or more wasteful. More integrated or more fragmented.
More human or more alienating.
More prepared for the future or more tied to the improvisations of the past.
That is the scale of the responsibility. Celebrating automation professionals is not only about thanking them for what they do. It is about recognizing what they represent:
The possibility of transforming complexity into system.
Risk into protection.
Data into decision.
Technology into productive capacity.
Knowledge into infrastructure.
Operations into strategy.
On this day, my message is direct:
- To industry: bring automation professionals closer to strategic decisions.
- To academia: recognize automation as a scientific, technological and socially relevant field.
- To business organizations and development institutions: treat automation as a structuring agenda for competitiveness, sustainability and productive advancement.
- To students: see in this profession one of the most concrete ways to work at the frontier between technology, industry and real impact.
- To experienced professionals: occupy space, share knowledge, develop new leaders and help raise the level of the debate.
- And to public and private leaders: understand that there will be no consistent industrial transformation without a technical foundation, without standards, without governance and without professionals prepared to sustain complex systems.
This is a moment of affirmation—not out of technical vanity—but out of historical responsibility. Automation depends on people. But perhaps it is time to also say the reverse: Many of the major agendas of contemporary society depend on well-applied automation.
They depend on reliable systems. They depend on integral data. They depend on resilient infrastructure. They depend on safe processes. They depend on professionals prepared to build, protect and evolve the technical foundation of our future.
Today, we celebrate these professionals.
But above all, we recognize that the future of industry will not be defined only by those who imagine new technologies. It will be defined by those who know how to transform them into reliable, sustainable and human systems. And this is, to a great extent, the rigorous, strategic and indispensable work of automation professionals.
