Middle School Life Science Curriculum Without a Full Lab
If you teach grades 6–8 life science in a regular classroom with no lab benches, Biology Complete – Middle School gives you 70+ ready-to-teach resources built around scientific thinking you can do at a desk. Students form questions and hypotheses, plan simple investigations, analyze data, and work with diagrams and models of cells, levels of organization and living things.
See the science curriculum →Biology Complete – Middle School, from $149.90, is a grades 6–8 life science curriculum with 70+ no-prep resources. In a room without a lab, it is useful because its science practice work centers on questions and hypotheses, planning and interpreting simple investigations, data analysis, diagrams and models, cause and effect, and evidence. Content includes characteristics of living things, cell theory, plant and animal cells and levels of organization.
The curriculum
Biology Complete – Middle School, Grades 6–8
Start with the full curriculum. The other resources below are optional add-ons. Open any cover for the full contents and price.
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The real problem
What a missing lab really takes away, and what it does not
No lab benches, no sinks, maybe no microscopes, and thirty students at regular desks. The first reaction is that life science cannot be taught properly that way. Part of that is true: some hands-on work just will not happen. But a large share of what middle school life science asks of students is thinking, not equipment. Can they write a testable question? Can they plan how an investigation would control variables? Can they read a data table, spot a pattern and decide what it means? Can they look at a cell diagram and explain how structure relates to function? Those are the practices that matter, and they are often skipped even in schools with labs, because the lab day eats the time. The real problem in a lab-free room is that most published materials assume equipment. You get a worksheet that says to observe onion cells under a microscope and nothing to do when you have no microscope. Teachers end up stitching together diagrams and data sets from scattered sources, writing their own questions and hoping it adds up. What you need is life science content where the data, diagrams and models are already the main event, not a backup plan.
Why it fits
How it works in a room without benches
The curriculum does not include lab kits or equipment. It gives you inquiry work that runs on paper, slides and student thinking.
- Hypothesis and investigation-planning tasks let students design experiments without running them at a bench.
- Data analysis work has students interpret results and draw conclusions from evidence.
- Diagrams and models of plant and animal cells take the place of the microscope view.
- Levels of organization lessons use models to connect cells, tissues, organs and organisms.
- Cause and effect reasoning about living things fits whole-class discussion at desks.
- Differentiated worksheets support mixed groups working on the same data or diagram.
Getting started
Your first two weeks without a lab
One way to start. The sequence is a suggestion, not a calendar that comes with the product.
- Start with what counts as aliveOpen with the characteristics of living things. Students sort examples and argue their reasoning, which sets up evidence-based talk from day one with no equipment. Students quickly see that science means arguing from evidence.
- Teach a testable questionUse a scientific thinking lesson to practice turning curiosity into a testable question and a hypothesis. It is the skill every later investigation-planning task builds on.
- Plan an investigation on paperHave students plan a simple investigation, naming variables and what they would measure. Discuss what would and would not count as fair testing. No equipment is needed for this step.
- Move to cells with diagramsIntroduce cell theory and plant and animal cells using diagrams and models. Students label, compare and explain structure and function. The diagrams stand in for a microscope view.
- Read a data set togetherClose the second week with a data analysis task. Model reading the table as a class, then let students interpret a second set with the differentiated worksheet.
Which version
Which version, and whether to add more science
The $149.90 version includes all 70+ life science resources. The $189.90 version adds Teach-Life-Balance, a digital course for teachers with a planner, guides and templates. It helps with your own workload and adds no science content. If you teach integrated science and also cover physical or chemical topics, Physics Complete or Chemistry Complete – Middle School follow the same structure, and TEACHMORE15 gives 15% off when you buy two or more Complete Curriculum packages.
Honest limits
What it will not do for you
It does not include lab kits, microscopes, specimens or equipment, and it does not provide step-by-step wet labs. Any hands-on demonstrations are your choice and your responsibility for safety. Check the content against your state science standards and district course requirements. If other science teachers in your building want to use it, send Teach Lessons a short message first. If it turns out not to fit, you can exchange it within 7 days for store credit of equal value. That is store credit, not a cash refund.
Good to know
Frequently asked questions
Is it aligned to NGSS or my state science standards?
It is written for U.S. middle school classrooms and describes its scientific thinking work as NGSS-style practices. It is not approved, endorsed or certified by NGSS, any state or district, and it does not claim official alignment. Compare the content with your state standards before you build your course on it. The practices are what students do at their desks, which matters more in a lab-free room than any label.
Does it include labs?
It does not include lab kits or equipment-based labs. Its inquiry work focuses on questions and hypotheses, planning and interpreting simple investigations, data analysis, diagrams and models. That is the part designed to work in a regular classroom. Students still practice the thinking a lab would require, such as identifying variables and drawing conclusions from evidence.
How do students learn about cells without microscopes?
Through diagrams and models of plant and animal cells, along with lessons on cell theory and levels of organization. If you can borrow microscopes or use your own images, you can add them, but the lessons do not depend on it. Students compare structures, label parts and explain how each one relates to its function.
What topics are covered?
Characteristics of living things, cell theory, plant versus animal cells, levels of organization, and further life science units. The product page lists what is included. Check the list against your state's life science topics before you plan the year, and note anything you need to add.
Can I use it for sub days?
Yes. Desk-based data and diagram work with answer keys suits substitute teaching well, since no equipment setup is needed. A substitute can hand out the worksheets, and you check the work against the keys when you are back. It also works well for review days.
How do I get it?
Access is instant after purchase. You receive a download link by email, and the files are also in your customer account under Orders. You can download them again later on another device. The product page lists what is included, so check it before buying. Pick tasks students can finish independently.
Teach real life science from regular desks
Look over what is included on the product page and decide which version fits your classroom.
See the science curriculum →