Grade 9 circuits
A direct connection to voltage, current, resistance, Ohm's law and circuit construction.
Guyana · Grades 7–13 science & technology
Real laboratory work for Guyana's science classrooms.
From Grade 9 Integrated Science through CSEC, CAPE and technical programmes, teachers can run guided experiments on real equipment through a browser.
Browse all 18 mapped lessonsIndependent curriculum mapping · English lessons · No student accounts required
Prepared lessonReal apparatusEvidence to review
A practical first class
The equipment is remote. The investigation stays with your class.
Students predict, operate or observe real apparatus, record evidence and explain what the results show. Teachers can inspect every lesson before using it.
CSEC and CAPE
Physics, chemistry and biology ideas used only after the subject and level are confirmed.
Technical pathways
Physical computing, robotics and 3D printing for relevant technology, Digital Literacy or TVET contexts.
Simple class access
Students join from a current browser with a code or link; their work stays together for review.
Guyana planning context
Local levels and examinations stay visible.
The guide separates lower secondary science, upper-secondary CSEC contexts and sixth-form CAPE enrichment. It never assumes that every school offers the same subject pathway.
This is an independent instructional mapping, not a Ministry of Education or CXC list, endorsement or claim of complete syllabus coverage.
Grades 7–9Lower secondary Integrated Science, with the clearest direct anchors in Grade 9 electricity, circuits, waves and refraction.
Grades 10–11CSEC science or technical-study contexts where the school and teacher confirm the subject.
Grades 12–13CAPE and sixth-form enrichment only at schools offering the relevant subject.
Six lessons to start with
Begin with one clear curriculum question.
The first set covers Grade 9 circuits and optics, upper-secondary physical and life science, and a technical-design investigation.
See all 18 mapped lessonsElectricityRecommended start
Ohm's Law with Hive: measure a real current
A direct Grade 9 circuits anchor using real voltage and current measurements. Use when the topic is in the teacher's current science sequence; the guide does not assume a school-specific offering or timetable.
- Level
- Grades 7–9 · Grades 10–11
- Subject context
- Integrated Science · CSEC / CAPE science · Technology / TVET
Light and wavesRecommended start
Snell's Law: measure refraction with a real protractor
A direct Grade 9 refraction anchor using measured incidence and refraction angles. Use when the topic is in the teacher's current science sequence; the guide does not assume a school-specific offering or timetable.
- Level
- Grades 7–9 · Grades 10–11
- Subject context
- Integrated Science · CSEC / CAPE science
MotionRecommended start
Conservation of Momentum: collisions with real carts
Supports an upper-secondary motion investigation using real cart evidence. Use when the topic is in the teacher's current science sequence; the guide does not assume a school-specific offering or timetable.
- Level
- Grades 10–11 · Sixth form
- Subject context
- CSEC / CAPE science
GasesRecommended start
Boyle's Law: pressure and volume from a real syringe run
Supports investigation of pressure and volume when gas laws are in the current sequence.
- Level
- Grades 10–11 · Sixth form
- Subject context
- CSEC / CAPE science
Life scienceRecommended start
Cellular Respiration: how activation changes CO2 release
Supports a biology investigation through measurement, comparison and evidence-based explanation.
- Level
- Grades 10–11 · Sixth form
- Subject context
- CSEC / CAPE science
Design and makingRecommended start
3D printing: how does extrusion temperature affect print quality?
Supports controlled testing and evidence-based design improvement in a relevant technical subject.
- Level
- Grades 10–11 · Sixth form
- Subject context
- Technology / TVET
For Guyana schools
A small pilot can start with one teacher and one lesson.
Tell us the grade, subject and available class time. We can help narrow the guide without assuming the school's programme, equipment or purchasing process.
Discuss a school pilot
We will ask only for the school and teaching context needed to recommend a suitable first step.
Before choosing a lesson
What teachers usually need to know
Are these real laboratories or simulations?
They are real laboratories. Some equipment is controlled live; other lessons use interactive runs and evidence captured from real apparatus.
Do students need accounts or software?
No individual student account or installation is required. Students join from a current browser using the class code or link the teacher shares.
Is this an official Ministry of Education or CXC resource?
No. LabsLand Teach is independent and is not affiliated with, approved by or endorsed by the Ministry of Education or CXC.
Does every lesson fit every school or grade?
No. Level and subject labels are planning aids. Teachers should confirm their current sequence and the subjects their school offers.
Why are CSEC and CAPE separated?
They are different subject and level contexts. CAPE examples are shown only for confirmed sixth-form settings; no CAPE offering is assumed.
Can I inspect a lesson before using it?
Yes. Open a lesson to review the activity and decide whether it fits your class before creating a session.
Choose one real-lab question for your next science class.
Start with the six selected lessons or filter the full Guyana guide by level and subject context.