Digital transformation is not just creating new professions. It is also changing the way familiar activities are performed and, consequently, the skills needed to carry them out. In Brazil, this movement already appears in a concrete projection: the Industrial Work Map 2025–2027 points to the need to qualify about 14 million professionals by 2027, with 11.8 million being workers who are already in the market, but who will also need support to keep up with technological developments. The number does not represent 11.8 million jobs that will be eliminated. It indicates the scale of the professional retraining effort needed to keep pace with changes brought about by new technologies, automation, and transformations in work processes. And the phenomenon is not exclusively Brazilian. The World Economic Forum estimates that 39% of workers' current skills are expected to change or become obsolete by 2030, while technological skills and competencies like analytical thinking, creativity, resilience, and flexibility gain ground.

The job market is changing before many careers realize it

Technological transformation is usually noticed when a new tool arrives at the company, but its impact on work is broader. Software can modify processes, automate steps, alter responsibilities, and cause the same role to require knowledge that was not necessary a few years ago.

This is precisely why the discussion about the future of work should not be limited to the creation or disappearance of professions. What is also changing is the set of skills required to remain relevant within a profession.

The World Economic Forum points to technological change as one of the main drivers of market transformation by 2030, with a focus on digitalization, artificial intelligence, robotics, and automation.

Why will 11.8 million workers need to be retrained?

The data from SENAI reveals an important characteristic of the transformation of the Brazilian market: a good part of the future demand is not related to people who are yet to enter the market, but to professionals who are already working and will need to update their skills.

This happens because technology does not only change the tools used by companies. It also alters processes, tasks, and responsibilities. An administrative professional, for example, may remain in the same role, but need to master new systems, data analysis, and digital tools. In the technology field, new architectures, platforms, and practices also require constant updating.

Retraining, therefore, does not necessarily mean changing professions. Often, it means learning new ways to perform the same function. The professional maintains their experience but incorporates the skills that the market begins to demand.

In this scenario, learning stops being an isolated stage of a career and becomes a part of it.

Technology does not just eliminate roles: it reorganizes tasks

Automation of repetitive tasks

Automation tends to first take over predictable, repetitive, and rule-based activities. Systems can make entries, organize information, process data, or perform operational steps with less human intervention. This does not necessarily mean that the entire role disappears, but that a portion of its activities ceases to depend on manual execution.

Expansion of human work

When technology takes over operational tasks, the professional's work can shift to activities that require interpretation, supervision, and decision-making. Instead of dedicating time to the execution of each step, the person begins to monitor the results produced by systems, identify problems, analyze information, and decide how to act based on them.

New skills for new ways of working

This shift also changes the skills needed within the same profession. It is not enough to just know how to execute a certain process: it is necessary to understand the tools that have become part of it, interpret data, monitor automated systems, and understand how technology influences results. Retraining arises precisely from this change, because technological evolution transforms not only the tools used at work, but also the way the professional needs to use them.

Therefore, the impact of automation should not be analyzed solely by the number of jobs that may cease to exist. It is necessary to observe which tasks are being automated, which responsibilities are being expanded, and which new skills are becoming necessary. It is in this reorganization of work that technological transformation becomes, in practice, a matter of professional retraining.

Upskilling and reskilling: two ways to keep up with the transformation

Upskilling and reskilling appear more and more when the subject is professional adaptation, but they represent different movements. Upskilling means expanding skills within the role the professional already performs, while reskilling involves developing new skills to take on another role or migrate to a different area.

In practice, both paths can arise from the same technological transformation. A company can adopt new tools and require its employees to learn how to use them, characterizing an upskilling process. In other cases, the change can reduce certain activities and create the need to prepare professionals for new roles.

This difference shows that retraining does not necessarily mean abandoning a career. Often, the way to remain relevant is to update what the professional already knows how to do, incorporating new skills into the experience they have accumulated throughout their career.

Technical skills are gaining ground, but they are not alone

The advancement of digital skills

Technological transformation increases the demand for professionals capable of dealing with digital tools, data, automated systems, and new technologies. The World Economic Forum places AI and big data, networks and cybersecurity, and technological literacy among the skills most expected to grow in importance by 2030.

Human skills remain relevant

Adaptation, however, does not depend only on technical knowledge. Analytical thinking, creativity, flexibility, and the ability to learn continuously also appear among the competencies that gain relevance in this scenario.

The combination the market is looking for

This shows that the professional prepared for the next changes will not necessarily be the one who masters the most tools, but the one who can combine technical knowledge with the ability to learn, solve problems, and adapt as work requirements evolve.

Retraining has also become a challenge for companies

The need to retrain millions of professionals is not an issue that can be placed solely on the worker. As new technologies modify processes and roles, companies themselves need to find ways to prepare their teams to keep up with these changes. It is not enough to invest in new tools if the people responsible for using them do not have the necessary skills.

This scenario can also change the relationship between hiring and development. Instead of searching the market for a ready-to-go professional for each new need, companies can invest in updating those who already know their processes, products, and customers. Internally accumulated knowledge can be combined with new skills, creating professionals prepared for roles that did not even exist in the same way a few years earlier.

The World Economic Forum points out precisely this difficulty: 63% of employers consider skills gaps to be one of the main barriers to business transformation. At the same time, 85% of the companies surveyed state that they intend to prioritize the development of their own workers' skills.

In this context, training programs, internal mobility, and continuous learning stop being just initiatives aimed at individual development. They become part of organizations' strategies to keep up with technological changes without losing knowledge and productivity during the process.

By 2027, the main advantage may be to keep learning

The 11.8 million professionals who, according to SENAI, will need to go through training and development processes by 2027 do not represent a prediction that these people will lose their jobs. The number reveals something broader: the skills needed to work are changing, and a significant portion of those already in the market will need to keep up with this transformation.

Technology will continue to alter processes, tools, and roles. Some activities will be automated, others will gain new stages, and new professions will emerge from these changes. In this scenario, education completed at the beginning of a career may no longer be sufficient to keep up with all the transformations that will arise over the years.

This does not mean that accumulated experience has lost value. On the contrary: business knowledge, problem-solving ability, and practical experience continue to be important differentiators. The difference is that this knowledge needs to be combined with new skills. Continuous learning becomes a way to preserve and expand the value of one's own experience.

For companies, the challenge is similar. Organizations that invest in updating their teams manage to transform part of the technological change into internal development, while those that ignore knowledge gaps may find difficulties precisely when new tools and processes become indispensable.

Therefore, the discussion about professional retraining should not start only when a technology arrives or when a role ceases to exist. The movement needs to happen sooner, keeping pace with the speed at which the market changes.

After all, the greatest risk for a career might not be technology replacing your job, but the market changing and you remaining prepared for the job that existed before.