How to Prepare Students for SACA Robotics Certifications using Niryo CTE Pack ?

In today’s rapidly evolving automation era, equipping students with industry-recognized credentials is critical.   The Smart Automation Certification Alliance (SACA) is emerging as a standard for validating skills in Industry 4.0 and robotics. Educators seeking real, hands-on training tools can leverage the Niryo CTE Pack—a turnkey robotics kit plus curriculum platform—to systematically prepare students for […]

Robotics and interdisciplinarity: math, physics, and computer science in action

Imagine a world where machines perform complex tasks, ranging from medical diagnosis to space exploration. That world is already being built, thanks to robotics. But what exactly is robotics? It is the science and technology of designing, manufacturing, operating, and applying robots.   Robotics is not an isolated discipline. Rather, it is the dynamic and […]

ROS, Python, Blockly… How to adapt languages to each school level

Blockly for the youngest, Python for intermediate students, ROS for the most advanced: adapting programming languages to each school level is essential in educational robotics. This pedagogical progression allows students to develop computational thinking, creativity, and digital skills, effectively preparing them for technological careers and the challenges of artificial intelligence.   In 2023, nearly 85% […]

Why teach robotics in high school?

Did you know that, as of 2024, more than 3.9 million industrial robots are in operation worldwide? This statistic highlights the growing role of robotics and automation in our society and economy.    Since its origins in manufacturing, robotics has significantly evolved, now impacting diverse fields such as healthcare, agriculture, and services. In light of […]

NiryoAcademy: A platform designed by teachers, for teachers

In response to the ever-evolving challenges of modern education—where adapting pedagogies, embracing digital tools, and addressing diverse student needs are critical—educators require effective, tailored resources.  NiryoAcademy emerges as an innovative solution precisely developed to meet these needs. This unique platform was designed by educators, for educators, integrating their insights and pedagogical requirements at every stage […]

Educational robots for STEM

According to UNESCO, by 2030, more than 80% of jobs will require STEM (Science, Technology, Engineering, and Mathematics) skills. This statistic highlights the crucial importance of these disciplines in the modern world.   Educational robots, such as Lego robots or Thymio, are innovative tools that allow young people to learn STEM in a fun and […]

Collaborative spaces in Industry 5.0 within schools

Following the digital revolution of Industry 4.0, Industry 5.0 ushers in a new era in the workplace. It advocates for harmonious collaboration between humans and machines. Human beings are placed at the heart of processes, contributing their creativity, emotional intelligence, and ability to solve complex problems.    In this context, collaborative spaces are emerging as […]

Collaborative robots in engineering schools

Robotics is constantly evolving, and collaborative robots, or cobots, represent a significant advancement in this field. Unlike traditional industrial robots, designed to perform repetitive tasks in isolated environments, cobots are designed to work closely with humans.   The integration of cobots into engineering schools has become a necessity. Indeed, they offer an ideal playground for […]

Robotics trends and predictions for 2025

Over the past decade, robotics has evolved rapidly, transforming how humans live and work. Thanks to advancements in artificial intelligence, machine learning, and sensors, robots are becoming more sophisticated and autonomous. In fact, 2025 will be another year marked by innovations in the field of robotics.   In a world increasingly overwhelmed by technological innovation, […]

What is autonomous robotics?

Autonomous robotics is a fast-growing discipline that combines engineering, computer science and artificial intelligence. These new robots are capable of perceiving their environment and making independent decisions, opening up new possibilities across various fields.   The 1980s and 1990s saw the emergence of the first autonomous mobile robots (AMRs), which are capable of moving in […]