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STEMLOMLOE

Mathematics & STEM

Competencia Matemática y en Ciencia, Tecnología e Ingeniería (STEM)

Ciencia · Tecnología · Ingeniería · Matemáticas

Overview

STEM Competence encompasses the ability to formulate, apply, and interpret mathematics in a variety of contexts, and to engage with scientific inquiry, technological problem-solving, and engineering design thinking. It involves developing a scientific mindset — asking questions, forming hypotheses, gathering evidence, and drawing conclusions — as well as applying mathematical reasoning to real-world situations.

Why It Matters

Mathematical and scientific literacy are foundational for informed citizenship, critical thinking, and participation in a technology-driven economy. STEM competence enables students to understand the world around them, make evidence-based decisions, and contribute to innovation and sustainable development.

Key Dimensions

1

Mathematical Reasoning

Using logical thinking, abstraction, and proof to solve problems and communicate mathematical ideas.

2

Scientific Inquiry

Designing and conducting investigations, analysing data, and drawing evidence-based conclusions.

3

Technological Literacy

Understanding how technology works and using it responsibly to solve problems.

4

Engineering Design

Applying a design-build-test-improve cycle to create solutions to real challenges.

Learning Descriptors by Level

Junior (Years 1–3)
  • Counts, orders, and compares numbers; performs basic arithmetic operations.
  • Identifies shapes, patterns, and simple measurements in everyday contexts.
  • Asks questions about the natural world and makes simple observations.
  • Uses basic tools and materials to build simple structures.
Primary (Years 4–6)
  • Solves multi-step arithmetic problems and explains the reasoning used.
  • Collects, organises, and represents data using tables and graphs.
  • Designs and carries out simple scientific experiments with teacher guidance.
  • Identifies cause-and-effect relationships in natural phenomena.
  • Uses technology purposefully to support learning and problem-solving.
Secondary (Years 7–10 / ESO)
  • Applies algebraic, geometric, and statistical reasoning to solve complex problems.
  • Designs and conducts independent scientific investigations, evaluating methodology.
  • Interprets and critically evaluates scientific data, including media representations.
  • Applies engineering design principles to create and test solutions to real problems.
  • Understands the social, ethical, and environmental implications of scientific and technological advances.
  • Uses digital tools (spreadsheets, simulations, coding) to model and analyse phenomena.

Classroom Examples

1Designing a bridge from recycled materials and testing its load capacity.
2Analysing real statistical data (e.g. climate data) to identify trends.
3Coding a simple simulation of a physical system.
4Investigating the mathematics of music (frequency, ratios, patterns).
5Evaluating news articles about scientific claims using evidence-based criteria.

Linked Subjects

MathematicsNatural SciencesPhysics & ChemistryBiology & GeologyTechnology & EngineeringComputer Science
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