Experimental Physics Lab

Learning objectives

• Learn the fundamental concepts of physics through experimental investigation.
• Use measurement instruments, sensors and digital devices to collect and analyze data.
• Acquire scientific work methodologies, from problem solving to hypothesis testing.
• Promote critical thinking and the ability to build physical-mathematical models.
• Develop interdisciplinary skills across physics, mathematics, computing and technology.

Skills developed

• Measurement of physical quantities: lengths, times, speeds, accelerations, forces, temperature, current.
• Analysis of experimental data with processing and graphical representation software.
• Use of wireless sensors and digital interfaces for real-time experiments (e.g. Vernier, Wacebo Science Bus).
• Experimentation in key fields: kinematics, dynamics, waves, optics, thermology, electromagnetism, modern physics.
• Ability to design, document and communicate an experimental investigation rigorously.

Hands-on exercises (examples)

• Free-fall and uniformly accelerated motion experiments with timers and motion sensors.
• Study of Hooke's law and elastic force with springs and dynamometers.
• Verification of Ohm's and Kirchhoff's laws with breadboards and digital multimeters.
• Interference and diffraction with optical kits and lasers.
• Calculation of specific heat and analysis of thermal transformations.
• Simulations with software for modeling electrical circuits or wave phenomena.

Technical equipment (examples)

• Mechanics, optics, thermology and electromagnetism kits with USB and wireless data-acquisition interfaces.
• Sensors for speed, force, temperature, pressure, current and voltage.
• Educational software for data analysis and simulations (such as LabQuest Vernier, PASCO Capstone or Phywe).
• Wacebo Science Bus: a complete mobile lab with digital sensors, touch display and guided pathways.
• Instruments for radioactivity and radiation physics experiments.

Curricular integration

The lab integrates with the following pathways:

• Scientific Lyceum – Applied Sciences and Cambridge option.
• Technical institutes – Technology Sector (Mechanics, Electronics, Electrical Engineering).
• Vocational institutes – Technical Maintenance and Assistance, Electrical.
• Work-based learning – Cross-curricular and Career Guidance pathways.
• Interdisciplinary STEM projects – Mathematics, Computing, Chemistry.

Accessibility and inclusion

The physics lab is designed according to Universal Design for Learning (UDL) principles to ensure an accessible experience for all students. Provisions include:

• Height-adjustable workstations for students with motor disabilities.
• Software with simplified interfaces, interactive tutorials and high-readability content.
• Wireless sensors easy to handle even with motor or visual limitations.
• Collaborative activities that promote pair or group work, facilitating inclusion and peer cooperation.

With Kyron labs dedicated to Physics, the school becomes a dynamic center of scientific exploration, where the laws of nature can be touched first-hand and knowledge takes shape through experience.

Technical support and teacher training

• Assistance with lab design and equipment installation.
• Teacher training on active teaching methods and instrument use.
• Video tutorials, operating guides and ongoing technical assistance.
• Integration with digital learning environments (Google Workspace, Microsoft 365, LMS platforms).

Why choose this lab

• Active, experimental teaching
• Integrated scientific and technological approach
• Interdisciplinary STEM experiences
• Guaranteed inclusion and accessibility
• Future-oriented training