The STEM (science, technology, engineering, mathematics) faculty covers a wide range of disciplines related to science and technical fields. Here are some of the main areas and specialized courses that can be studied at the STEM faculty: STEM Kids
- – STEAM edu programming.
– First steps in robotics Lego we do\ spike essentials
– Basic programming
– STEAM crafts
– Development of fine motor skills, creativity, engineering and science basics through tactile creation of objects.
STEM Junior
- – Lego we do\ spike essentials basics
– Design basics
– Automation and mechanisms
– Algorithms for beginners
STEM MIddle
- – 3D modeling (Fusion 360, Tinkercad)
– Advanced robotics (LEGO Spike Prime \VEX IQ)
– IGCSE physics
– Electronics and circuitry
– Aircraft and ship modeling
STEM high
– 3D modeling (Fusion 360, Tinkercad)
– Industrial robotics and automation (Arduino, Raspberry Pi)
– REV\FTC\Vex V5 robotics
– IGCSE \ A level physics
– Aircraft and ship modeling
– Java\C++ coding
Student Roadmap
STEM Kids (grades 1–2) — STEAM\LEGO education
STEM Junior (grades 3–4) — LEGO essentials\we do
STEM Middle (grades 5–8) — choice of direction: Vex IQ or Lego Prime
STEM High (grades 10–11) — professional projects
Portfolio — preparation for graduation, university admission
You may also be interested in other faculties:
STEM Faculty
The first creative school in Astana has opened its doors in the heart of Kazakhstan’s rapidly developing capital. This unique educational institution offers four innovative areas of study: Art, Music, Digital, and STEM. Today, we will take a closer look at the STEM faculty—a cutting-edge platform for developing future innovators and technology leaders.
What is STEM education?
STEM is an acronym that combines four key disciplines: Science, Technology, Engineering, and Mathematics. This interdisciplinary approach to learning allows students not only to gain theoretical knowledge, but also to apply it in practice by solving real-world problems.
Advantages of STEM education at Astana Creative School:
Integrated approach to learning At our school’s STEM department, students study subjects not in isolation, but in close connection with each other. This helps them better understand how different sciences complement each other in solving complex problems.
Development of critical thinking The STEM faculty program is designed to stimulate students’ analytical skills. They learn to ask the right questions, analyze information, and find non-standard solutions.
Practical application of knowledge Theory is important, but in today’s world, it is equally important to be able to apply knowledge in practice. Our students work on real-world projects, which helps them better understand how their knowledge can be used in life.