What is STEM?

STEM stands for Science, Technology, Engineering and Mathematics. Science explores the world around us. Technology includes tools created to meet a need or make a task easier. Engineering turns ideas and available materials into working solutions, helping us understand why something works or fails. Mathematics provides the language of numbers, shapes, measurements and quantities used in everyday life.

STEM education encourages critical thinking and problem solving, preparing students for opportunities in advanced technology. STEAM adds the Arts, connecting creative expression with scientific and technical subjects. This broader approach recognises the role of creativity in innovation and helps nurture curiosity, engagement and a more rounded learning experience.

black blue and yellow textile
black blue and yellow textile

Our STEM projects

For younger learners

Developing computational thinking in primary school helps children prepare for an increasingly technological world. Bringing Science, Technology, Engineering and Mathematics into lessons encourages curiosity, creativity, critical thinking and problem solving. Hands-on activities, games and group projects make learning engaging and interactive while building collaboration skills. These abilities extend beyond STEM subjects, supporting everyday learning and active, responsible participation in modern society.

worm's-eye view photography of concrete building
worm's-eye view photography of concrete building
A detailed scene of a robotics competition setup with various LEGO robots and mechanized devices on a colorful mat. The mat depicts a city layout with roads, green areas, and small structures, giving it a playful and educational atmosphere. Several robots, equipped with wheels and sensors, are positioned at different points on the mat, engaged in various tasks. One notable robot in the foreground has an arm with a gripper or tool. Parts of the mat simulate different urban elements and activities, such as a small structure with flames and a figure, likely representing a house on fire scenario.
A detailed scene of a robotics competition setup with various LEGO robots and mechanized devices on a colorful mat. The mat depicts a city layout with roads, green areas, and small structures, giving it a playful and educational atmosphere. Several robots, equipped with wheels and sensors, are positioned at different points on the mat, engaged in various tasks. One notable robot in the foreground has an arm with a gripper or tool. Parts of the mat simulate different urban elements and activities, such as a small structure with flames and a figure, likely representing a house on fire scenario.
For older students

In secondary schools, STEM activities develop computational thinking through robot programming and Arduino projects. Students explore programming and engineering concepts through practical work, designing and building robots to solve real challenges. Working with Arduino also introduces electrical circuits and sensors, making learning interactive and engaging. Workshops and group projects strengthen problem-solving and collaboration skills while preparing students for opportunities in technology and innovation.

worm's-eye view photography of concrete building
worm's-eye view photography of concrete building
Two small wheeled robotic platforms with chassis and colorful wiring are placed on a table. Each robot features a yellow base with black tires and exposed circuit components. Nearby, a blue and black electronic board is connected with a wire.
Two small wheeled robotic platforms with chassis and colorful wiring are placed on a table. Each robot features a yellow base with black tires and exposed circuit components. Nearby, a blue and black electronic board is connected with a wire.
Engineering consultancy

Independent consultancy for automation and medical device development.

Contact

info@progt.net

+39

© 2024. All rights reserved.