Leaves under the microscope: a class to observe, compare and explain
Compare leaf samples in a remote microscope lesson, record observations and separate them from hypotheses. Includes a printable student worksheet.
Guides & documentation
What makes a pendulum swing faster? A classroom investigation
Plan a pendulum investigation: collect predictions, compare configurations fairly and discuss measurements with your class. Includes a printable lesson plan.
Your first class with a remote laboratory: from preparation to submission
Prepare your first class with LabsLand Teach: choose an activity, check access, organise pairs and collect answers. Includes a preparation checklist.
How to design and assess a remote lab assignment: a Boyle’s law example
Design an assessable activity with the Boyle’s law lab: student brief, data table, 20-point rubric and feedback examples.
A first remote FPGA assignment in Verilog: from requirement to truth table
Teach a first Verilog assignment on a remote DE1-SoC FPGA with a truth table, simulation-checked code, a student worksheet and a practical marking guide.
How to Share Your LabsLand Certificate on LinkedIn
If you've completed one of the online courses that offer a LabsLand certificate, congratulations! As part of your achievement, you've earned a LabsLand certificate that reflects not only your participation,…
How to get started with LabsLand in your school or university
If you are an instructor or administrator, and you have decided to get started with LabsLand, you probably know already that you want to provide real STEM experimentation to your…
How to adapt external VHDL or Verilog codes or external practices to the LabsLand FPGA laboratory
The LabsLand FPGA laboratory lets you experiment with hardware description languages, such as Verilog or VHDL. This can be done easily, and it is possible to immediately apply your code…