STEM

• All experiments include comprehensive manuals and experiment guides.

• One complete set, covering six focus areas, is designed for four to six students.

• Mathematics Integration: Mathematical aspects were added to each kit to strengthen the connection between mathematics and the other STEM areas.

• Curriculum Review: The experiments were reviewed according to NGSS, German curricula, and PISA standards to ensure they meet the requirements.

• Practicality: Each kit contains a manageable number of experiments that can easily be integrated into the school routine.

• All Kits are delivered with complete materials, instructions, and digital resources to make learning engaging and effective.

• The coordinated content is supplied in durable and robust boxes.

Topics: Mechanics, Electricity, Optics, Energy

Experiments:

• Measurement of acceleration and velocity – Connection to Mathematics: Analysis of motion data (graphs, equations).

• Investigation of electromagnetic fields – Connection to Mathematics: Calculation of field strengths and potentials.

• Analysis of motion with accelerometers – Connection to Mathematics: Differential calculus (derivatives of position-time functions).

• Construction of mechanical systems (e.g., levers, gears) – Connection to Mathematics: Calculation of forces and torques.

Topics: Chemical Reactions, Analytical Chemistry, Electrochemistry, Material Properties

Experiments:

• Investigation of gas laws – Connection to Mathematics: Ideal gas law (proportionalities).

• Titration experiments – Connection to Mathematics: Stoichiometry (calculation of concentrations).

• pH measurement and conductivity – Connection to Mathematics: Data analysis (trend lines, correlations).

• Acid-base reactions – Connection to Mathematics: pH calculations (logarithms).

Topics: Microscopy, Genetics, Ecology, Sustainability Experiments

Topics: Programming, Robotics, Renewable Energy, Data Collection Experiments

Experiments:

• Construction of electrical circuits – Connection to Mathematics: Ohm's law (calculation of current, voltage, resistance).

• Measurement of solar cell power – Connection to Mathematics: Energy conversion efficiency.

• Data analysis with sensors – Connection to Mathematics: Data visualization (graphs, charts).

• Construction and programming of robots – Connection to Mathematics: Algorithms, coordinate systems.

Topics: Mechanics, Electrical Engineering, Construction, Energy Conversion

Topics: Geometry, Algebra, Statistics, Modeling Experiments