According to an unprecedented study by the Federation of Commerce of Goods, Services, and Tourism of the State of São Paulo (FecomercioSP), evaluating the trajectory of formal employment and the impact of socioeconomic and technological transformations, the job market for technology-related professions in Brazil grew by up to 740% between 2012 and 2022. In contrast, other occupations—including those tied to administrative, financial, and customer service roles—saw a decline of over 80% in job positions during the same period.
Despite this potential, the shortage of qualified professionals remains a challenge. In this landscape, robotics courses have emerged as a solution to prepare future generations.
According to Marco Giroto, founder of SuperGeeks, the increased demand for robotics courses reflects a clear market need: ‘We are undergoing a technological transformation that increasingly requires professionals capable of creating and operating innovative solutions. Robotics is not just a technical field but a set of skills that develops logical thinking, problem-solving, and critical reasoning.’
These competencies have proven essential in preparing youth for future careers. Robotics courses blend practical and theoretical learning, introducing programming, artificial intelligence, automation, and tools like Arduino boards, sensors, and 3D modeling platforms. Moreover, many specialized schools are adapting their curricula to meet the rising demand for qualified professionals.
Although the outlook for the sector is optimistic, Brazil still faces a significant gap in tech education. Brasscom indicates that out of nearly 700,000 expected job openings by 2025, many may remain unfilled due to a shortage of skilled labor. This mismatch between supply and demand makes robotics courses a vital pathway for youth and adults looking to excel in a highly competitive market.
‘Beyond filling job market gaps, robotics has the power to inspire students to see new possibilities. Often, they enter the course unaware of their potential and leave with projects that transform their lives and communities,’ Giroto remarks.
The growing demand for robotics courses also reflects shifting perspectives on preparing future generations. Educational institutions and businesses have invested in foundational training by offering courses for children and teens. Beyond being a competitive edge, these technical skills spark interest in fields like engineering, computer science, and artificial intelligence.
‘Robotics goes beyond machines—it prepares people for a more connected and opportunity-rich future. Daily, I witness how this technology can transform industries and open doors to careers that once seemed distant,’ says William Adriano de Andrade de Almeida, an expert in robot programming and industrial automation.
The benefits of robotics courses extend beyond the job market. They also foster socioemotional skills like creativity, teamwork, and complex problem-solving—qualities valued not only in tech careers but across diverse fields.
As technology advances and becomes integral to daily life, robotics courses have established themselves as a lasting trend. With projected market growth and an urgent need to fill skilled positions, now is the ideal time to invest in cultivating young talent.
By preparing new generations for an increasingly tech-driven job market, robotics not only meets professional demand but also inspires future engineers, programmers, and scientists to transform the world with innovation and creativity.
Giroto emphasizes: ‘Robotics is a bridge between the present and future. By learning programming and automation early on, youth build a solid foundation to navigate the challenges of an ever-changing world.’
