LabsLand Browser
Find a remote laboratory for the class you are teaching next.
Search real laboratories by discipline, level, access model, and teaching context. Public lab pages include descriptions, resources, and access information where available.
Real-time labsSTM32 Nucleo (C)
Program a real ARM microcontroller with peripherals and low-power modes. Use an online IDE.
- Level
- University & College
- Subject
- Robotics, Engineering
Real-time labsSTM32 Nucleo (Mbed)
Program a real ARM microcontroller with peripherals and low-power modes using an online Mbed IDE.
- Level
- University & College
- Subject
- Robotics, Engineering
Real-time labsSTM32 Nucleo (No IDE)
Program a real ARM microcontroller with peripherals and low-power modes. Upload binary file.
- Level
- University & College
- Subject
- Robotics, Engineering
Real-time labsArduino robot (code)
Learn robotics and programming with a real robot based on a popular Arduino robotics platform
- Level
- University & College, High School
- Subject
- Robotics, Engineering
Real-time labsArduino robot (visual)
Learn robotics with visual programming with a real robot based on a popular Arduino robotics platform
- Level
- University & College, Middle School, High School, Elementary
- Subject
- Robotics, Engineering
Real-time labsElectronics - Hive
Create and experiment with the working principles of analog electronics
- Level
- University & College, Middle School, High School
- Subject
- Physics, Electronics, Electricity and Magnetism, Engineering, Instrumentation
Real-time labsFPGA Laboratory
Learn Hardware design with FPGAs using any LabsLand FPGA
- Level
- University & College
- Subject
- Electronics, Engineering, FPGA
Ultraconcurrent labsMicroscope (Direct)
Explore samples and control the focus, lighting and zoom.
- Level
- Middle School, High School, Elementary, University & College
- Subject
- Biology
Ultraconcurrent labsMicroscope (Prep)
Explore samples and control the focus, lighting and zoom.
- Level
- University & College, Middle School, High School, Elementary
- Subject
- Biology
Ultraconcurrent labsRadioactivity
Examine the intensity of radiation over distance, and demonstrate the effect of the inverse square law
- Level
- University & College, High School, Middle School
- Subject
- Physics, Radioactivity, Chemistry
Real-time labsArduino Board (code)
Program a real Arduino Uno board and use basic peripherals
- Level
- University & College, High School
- Subject
- Robotics, Electronics, Engineering
Real-time labsAltera DE1-SoC
Learn Hardware design with FPGAs using DE1-SoC
- Level
- University & College
- Subject
- Electronics, Engineering, FPGA
Real-time labsAltera DE2-115
Learn Hardware design with FPGAs using DE2-115
- Level
- University & College
- Subject
- Electronics, Engineering, FPGA
Real-time labsArduino Board (visual)
Program a real Arduino Uno board with blocks and use peripherals
- Level
- University & College, Middle School, High School, Elementary
- Subject
- Robotics, Electronics, Engineering
Ultraconcurrent labsKinematics
Choose the tilt of a plane up to 90º and experience and analyze what happens to the ball.
- Level
- University & College, Middle School, High School
- Subject
- Forces and motion, Physics
Ultraconcurrent labsMaterials
Choose materials and treatments and conduct tensile, impact, hardness, and microstructure tests.
- Level
- University & College
- Subject
- Engineering, Materials
Ultraconcurrent labsDiffusion laboratory - full
Diffusion laboratory - full
- Level
- University & College, High School
- Subject
- Chemistry
Ultraconcurrent labsAcid-Base Titration I
Conduct an acid-base titration, a volumetric analysis that is very common in chemistry courses.
- Level
- University & College, High School
- Subject
- Chemistry
Ultraconcurrent labsAcid Base Titration II
Perform a potentiometric or colorimetric acid-base titration.
- Level
- University & College, High School
- Subject
- Chemistry
Ultraconcurrent labsAcid Base Titration III
Perform a potentiometric or colorimetric acid-base titration.
- Level
- University & College, High School
- Subject
- Chemistry
Ultraconcurrent labsCentrifugal Pump
Experiment with a centrifugal pump and configure and set up its valve-made circuit in a series or in a parallel configuration.
- Level
- University & College
- Subject
- Engineering
Ultraconcurrent labs3D Printer
Use a 3D printer and learn about the effect of various settings, such as temperature, orientation, etc.
- Level
- University & College, Middle School, High School
- Subject
- Engineering
Ultraconcurrent labsPelton Turbine
Experiment with a Pelton Turbine, varying settings such as the RPM and opening.
- Level
- University & College
- Subject
- Engineering
Ultraconcurrent labsGay-Lussac's Law
In this laboratory you will be able to verify the relationship between the pressure and the temperature of a gas when the volume and the amount of the gas remain constant.
- Level
- University & College, Middle School, High School
- Subject
- Chemistry, Physics
Ultraconcurrent labsBoyle's Law
You will be able to verify the relationship between pressure and volume in a gas when the temperature and the amount of gas remain constant.
- Level
- University & College, Middle School, High School
- Subject
- Chemistry, Physics
Ultraconcurrent labsSonometer
Sonometer: Acoustic values. Access the laboratory to discover how you evaluate acoustic conditions through a device such as the Sonometer.
- Level
- University & College
- Subject
- Physics, Engineering, Instrumentation
Ultraconcurrent labsExchangeable Acidity of Soils
Determine experimentally the exchangeable acidity of various soil samples.
- Level
- University & College, High School
- Subject
- Chemistry, Engineering
Ultraconcurrent labsLuxometer
Luxometer: Lighting measurement. Access the laboratory to know how to conduct a lighting study in a building through an equipment such as the luxometer.
- Level
- University & College
- Subject
- Instrumentation, Engineering
Ultraconcurrent labsThermographic Camera
Thermographic Camera: Measurement. Access the laboratory to know how to conduct a thermal measurement in a building through an equipment such as the thermographic camera.
- Level
- University & College
- Subject
- Physics, Engineering, Instrumentation
Ultraconcurrent labsPendulum
Experiment with a simple pendulum and observe how it behaves when changing the initial angle
- Level
- University & College, High School
- Subject
- Physics, Forces and motion
Ultraconcurrent labsConservation of Momentum
Experiment the conservation of momentum through the collision of two carts.
- Level
- University & College, High School
- Subject
- Physics
Ultraconcurrent labsWater Heating and Cooling Curves
Heat or cool water and observe how the temperature changes.
- Level
- Middle School, High School
- Subject
- Physics, Chemistry
Ultraconcurrent labsTexture Analyzer
Analyse the texture of food and measure its physical characteristics.
- Level
- University & College
- Subject
- Engineering, Materials, Instrumentation
Ultraconcurrent labsSnell's Law with verification
Experiment with Snell's Law in this optics laboratory. Verification available.
- Level
- University & College, High School
- Subject
- Physics, Optics
Ultraconcurrent labsSnell's Law
Experiment with Snell's Law in this optics laboratory.
- Level
- University & College, High School
- Subject
- Physics, Optics
Ultraconcurrent labsMagnetic Field (with plot)
Adjust the current intensity that generates the field and the distance to the magnetic field sensor.
- Level
- University & College, High School
- Subject
- Physics, Engineering
Ultraconcurrent labsCellular Respiration
Cellular Respiration lab
- Level
- University & College, High School
- Subject
- Biology
Ultraconcurrent labsMagnetic Field
Adjust the current intensity that generates the field and the distance to the magnetic field sensor.
- Level
- University & College, High School
- Subject
- Physics, Engineering
Ultraconcurrent labsCellular Respiration (with plot)
Measure the CO2 emitted by activated or non-activated seeds
- Level
- University & College, High School
- Subject
- Biology
Ultraconcurrent labsAC Electronics
Study how resistors work in an AC setting, and how to associate them in series, in parallel or mixed.
- Level
- University & College, Middle School, High School, Elementary
- Subject
- Physics, Electronics, Electricity and Magnetism
Ultraconcurrent labsPlant Tissues
Prepare plant tissue samples and observe them under the microscope.
- Level
- University & College, High School
- Subject
- Biology
Ultraconcurrent labsProjectiles
Experiment with projectile motion and choose between different trajectories, launch levels, and viewing angles.
- Level
- University & College, Middle School, High School, Elementary
- Subject
- Physics, Forces and motion
Ultraconcurrent labsPlanarians
Study the effect of different substances on the nervous system of planarians
- Level
- University & College, Middle School, High School, Elementary
- Subject
- Biology
Ultraconcurrent labsThermal Expansion
Learn about Thermal Expansion applying heat to copper, brass or aluminum.
- Level
- University & College
- Subject
- Physics, Engineering
Ultraconcurrent labsSnell's Law (II) with verification
Experiment with Snell's Law in this optics laboratory. Verification available.
- Level
- University & College, Middle School, High School
- Subject
- Physics, Optics
Ultraconcurrent labsSnell's Law (II)
Experiment with Snell's Law in this optics laboratory.
- Level
- University & College, High School
- Subject
- Physics, Optics
Real-time labsATmega328p (Assembly)
Program the ATmega328p (in an Arduino UNO board) in assembly language
- Level
- University & College
- Subject
- Robotics, Electronics, Engineering
Ultraconcurrent labsAdvanced Buoyancy
Learn about buoyancy, the Principle of Archimedes, and about related calculations.
- Level
- University & College, Middle School, High School
- Subject
- Physics
Ultraconcurrent labsBasic Buoyancy
Start getting familiar with the concepts of buoyancy, volume and density.
- Level
- Middle School, Elementary
- Subject
- Physics
Ultraconcurrent labsDiffusion laboratory - plot
Diffusion laboratory - plot
- Level
- University & College, High School
- Subject
- Chemistry
Ultraconcurrent labsDiffusion laboratory - basic
Diffusion laboratory
- Level
- University & College, High School
- Subject
- Chemistry
Ultraconcurrent labsArchimedes
Experiment with Archimedes' principle: raise and lower a ball in a liquid and check if it sinks or floats.
- Level
- University & College, Middle School, High School
- Subject
- Forces and motion
Real-time labsAltera DE1-SoC (no IDE)
Learn Hardware design with FPGAs using DE1-SoC
- Level
- University & College
- Subject
- Engineering, FPGA
Ultraconcurrent labsFlowloop
Visualize flow patterns of multi-phase systems that develop in production tubing
- Level
- University & College
- Subject
- Physics, Engineering
Ultraconcurrent labsDigital Trainer
Game-like activity for an introduction to digital logic and truth tables, designed to be simple, quick and engaging.
- Level
- University & College, High School
- Subject
- Engineering, FPGA
Real-time labsBoole Designer
Learn basic Digital Electronics & combinational systems
- Level
- University & College, High School
- Subject
- Electronics, Engineering, FPGA
Ultraconcurrent labsFree Fall
Free-fall movement for different balls with different sizes, masses and materials. Vary the height to observe the time it takes to reach the ground.
- Level
- University & College, Middle School, High School, Elementary
- Subject
- Physics, Forces and motion
Ultraconcurrent labsSpring
Physics laboratory to experiment with a spring.
- Level
- University & College, High School
- Subject
- Physics, Forces and motion
Ultraconcurrent labsSpectroscopy
Experimental practices about X-ray spectroscopy.
- Level
- University & College
- Subject
- Physics, Chemistry, Engineering, Instrumentation
Ultraconcurrent labsDiffusion laboratory - data
Diffusion laboratory - data
- Level
- University & College, High School
- Subject
- Chemistry
Ultraconcurrent labsCommon circuits
Learn about specific circuits using pre-recorded videos
- Level
- University & College, High School
- Subject
- Physics, Electronics, Electricity and Magnetism, Engineering
Ultraconcurrent labsRolling Car
The rolling car laboratory lets you study basic kinematics by letting a small car fall down a ramp.
- Level
- University & College, Middle School, High School
- Subject
- Physics
Ultraconcurrent labsNewton's Cradle
Newton's cradle is a device that demonstrates conservation of momentum and energy using a series of swinging spheres.
- Level
- Middle School, High School, Elementary
- Subject
- Physics
Ultraconcurrent labsTree Leaves
Biology laboratory that lets users observe tree leaves through a microscope
- Level
- Middle School, High School, Elementary
- Subject
- Biology
Ultraconcurrent labsPlanarians (automatic)
Study the effect of different substance on the nervous system with planarian flatworms
- Level
- University & College, Middle School, High School, Elementary
- Subject
- Biology
Ultraconcurrent labsPlanarians (guess)
Find out which substance the planarians are subjected to
- Level
- University & College, Middle School, High School
- Subject
- Biology
Ultraconcurrent labsOptics
Study of the behavior of light in the most common lenses and various formats
- Level
- University & College, High School
- Subject
- Physics