Best 7th Grade Science Curriculum for Kids with Dyslexia: Science Mom
How we vetted
We review science the way a scientist and a homeschooling parent review science. We start with primary source materials: scope and sequence, sample lessons, lab lists, assessments, and teacher supports. We check author credentials and whether the program teaches accepted science clearly, including evolution and climate science. We then pressure-test the workflow for real home conditions, including dyslexia accommodations: audio and visual support, manageable reading load, and multiple ways for a child to show understanding without getting trapped in spelling and handwriting. We prioritize programs that teach the scientific method, build conceptual models, and ask kids to explain claims using evidence, since that is where middle school science becomes meaningful. Finally, we cross-check parent feedback from secular homeschool communities, focusing on reports from educators and STEM professionals and on practical factors like prep time, cost, and student independence.
- Scientifically accurate: Science Mom teaches mainstream science with an instructor trained in the life sciences and a curriculum that holds up under expert review.
- Engaging instruction: Science Mom sustains attention through clear visuals, high-energy teaching, and experiments that keep kids doing science, not copying notes.
- Secular approach: Science Mom covers evolution and other core topics directly, which matters for families who want science without religious framing.
- Aligned with NGSS standards: Science Mom supports middle school NGSS expectations by building skills like modeling, analyzing data, and explaining claims with evidence across disciplines.
Our top choice overall: Science Mom
Science Mom is a set of online, self-paced middle school science courses taught by Jenny Ballif, a molecular biologist and homeschool parent. For dyslexic 7th graders, the format matters: video instruction carries the core teaching, visuals anchor vocabulary, and interactive checks confirm comprehension before a child moves on. Most courses run about 41 to 45 lessons and include a suggested schedule, follow-along notes, quizzes, and a steady cadence of experiments and projects. Families use Science Mom as a complete 7th grade science plan or as a high-interest course that restores confidence after a rough year with textbooks. Pricing sits in the mid-range for online courses: Earth Science lists as free on the platform, most full courses list at $150, and bundles (like Biology or Physics) list at $270. Parents praise the teaching and the rigor. The most common friction points are long videos, screen time, and the need to gather experiment materials separately.
Watch: This episode shows what Science Mom instruction looks and feels like, so you can judge pacing, clarity, and engagement for your learner.
What parents like
Parents consistently describe Science Mom as engaging, rigorous, and easy to run at home. They also highlight how well the video-first delivery supports kids who struggle with heavy reading.
- The teaching is lively and concept-driven, which helps kids remember the “why,” not only the facts.
- The visual explanations and demonstrations reduce the decoding load for dyslexic learners.
- Follow-along notes and quizzes create structure without requiring a parent to design assignments.
- The course depth keeps advanced learners interested and gives curious kids real scientific vocabulary.
- The pacing guide makes it simple to plan a steady routine across a semester or full year.
What parents want improved or find frustrating
Parents also flag predictable pain points that come with any video-based program. The same features that create rigor also raise the time and attention bar for some learners.
- Some lessons run long, so many families pause, split a lesson across days, or watch at faster playback speed.
- Experiment supplies require planning and shopping, which adds friction during busy weeks.
- Screen time adds up quickly for families who already use online tools for other subjects.
- The depth and vocabulary can feel heavy without pre-teaching key terms or previewing the lesson together.
- Some kids prefer a physical reference book alongside the videos for review and annotation.
Alternatives to Science Mom for different learners
LearnLibre
LearnLibre is a Montessori-inspired online library of short science videos and activities designed to help kids notice science in the real world. Families choose it for 7th grade when they want a lighter, interest-led approach with strong visuals and optional Spanish support. The lessons work well as a core spine for a child who resists long lectures, or as a supplement alongside a hands-on curriculum. LearnLibre fits kids who like autonomy and parents who want minimal prep, since the platform organizes content by topic and keeps sessions short. It fits less well for families who want a single, comprehensive middle school course with frequent labs and formal assessments. Pricing follows a membership model; the annual plan lists at $198 per year (about $17 per month billed annually). The value comes from breadth and ease of use, especially for families building a flexible science plan around a dyslexia-friendly workload.
What parents like:
- Short lessons keep attention high and reduce fatigue for slow readers.
- Strong visuals make vocabulary and concepts easier to anchor.
- The Montessori tone supports curiosity, observation, and independent exploration.
- Parents report low prep and easy day-to-day implementation.
What parents want improved:
- Families who want a full NGSS-style middle school scope often add labs, books, or another spine.
- Some learners need more structured accountability than a library model provides.
- Older middle schoolers sometimes outgrow the depth and want longer explanations.
- Hands-on work depends on the parent choosing and organizing activities.
Khan Academy Science
Khan Academy Science is a free, self-paced platform with short instructional videos, articles, and practice questions across life, earth/space, and physical science. Families use it in 7th grade to reteach gaps, reinforce classroom learning, or add structure when they want an academic sequence at no cost. For dyslexic learners, the strongest use case is targeted practice paired with audio support and a parent who filters reading-heavy items. It fits motivated kids who like clear right answers and immediate feedback. It fits less well for learners who need hands-on work, richer discussion, or a teacher-led narrative that builds meaning. The value is obvious: high-quality free instruction with wide topic coverage. The tradeoff is that the experience can feel dry, and the reading load rises in places, so many families treat it as a practice tool rather than a complete science program.
What parents like:
- It is free, comprehensive, and easy to start immediately.
- Short videos support review and pre-teaching before a harder lesson.
- Practice questions provide fast feedback and visible progress.
- Families use it effectively for remediation, test prep, and gap-filling.
What parents want improved:
- The platform leans on reading and typed responses, which adds friction for dyslexic students.
- Hands-on labs and real experimentation require separate planning.
- Some kids disengage without a teacher’s presence and a clear weekly plan.
- The tone feels clinical for learners who connect through stories and projects.
Marine Science
Marine Science is a full-year, ocean-focused middle school course that blends engaging text, hands-on labs, and more than 90 integrated videos inside the digital book. Families choose it for 7th grade when a child loves animals, ecosystems, or environmental science and wants a cohesive program that combines biology, chemistry, geology, and physics through the lens of ocean systems. The integrated videos and visuals support dyslexic learners by reducing the hunt for external media and reinforcing vocabulary with images and demonstrations. It fits families who value NGSS alignment and meaningful writing prompts, but it also supports kids who prefer projects over worksheets. It fits less well for families who want a short, light elective or who prefer a purely screen-free approach, since the video integration is part of the design. Pricing ranges from $99 for the e-book to $140 for print, and parents report strong value for a specialized, rigorous course.
What parents like:
- The ocean theme keeps motivation high, especially for animal and ecology lovers.
- Integrated videos and visuals support comprehension for dyslexic learners.
- Labs and activities in every chapter create genuine scientific practice.
- Families report that planning feels manageable because the teacher guide organizes materials and objectives.
What parents want improved:
- Specialized content fits best as a full-year focus or a serious elective, not a quick unit.
- Some labs require household supplies and advance planning.
- Text-based sections still require read-aloud support for some dyslexic students.
- Families who want a single-discipline course may prefer a traditional biology or physics scope.
R.E.A.L. Science Odyssey Astronomy Level 2
Real Science Odyssey Astronomy Level 2 is a rigorous, project-based astronomy course designed for grades 6 through 10. Families choose it for 7th grade when they want screen-light learning, strong scientific thinking, and a course that teaches kids to observe, model, and explain the universe with evidence. The weekly rhythm follows the R.E.A.L. framework (Read, Explore, Absorb, Learn) and includes hands-on activities that make abstract ideas concrete. For dyslexic learners, the hands-on work and discussion land well, but the reading load requires support, especially when students write lab notes or summaries. This course fits families who enjoy doing labs together and who value depth over “coverage.” It fits less well for parents who need open-and-go video instruction or for kids who resist reading-based learning. The textbook lists at $87.99, and the value is strongest for families who want a serious astronomy course without a monthly subscription.
What parents like:
- The course emphasizes inquiry and real scientific reasoning.
- Hands-on activities help dyslexic learners show understanding beyond writing.
- Middle school to early high school level depth keeps curious kids engaged.
- Families report strong retention when they use the activities and discussion prompts consistently.
What parents want improved:
- The reading and writing load requires accommodations for many dyslexic students.
- Parents gather materials and facilitate labs, which increases prep.
- Kids who prefer video instruction often engage more with a teacher-led program.
- Some families add multimedia resources to strengthen visual explanations.
R.E.A.L. Science Odyssey Biology Level Two
Real Science Odyssey Biology Level Two is a middle school to early high school biology program built around hands-on labs, scientific notebooks, and clear conceptual sequencing. Families choose it when they want a screen-light biology course that treats students like real scientists and asks for careful observation, data collection, and explanations. For dyslexic learners, the labs provide an entry point, and many families use oral narration, dictation, or speech-to-text for lab write-ups. The program fits parents who enjoy facilitating experiments and who want their child to practice scientific writing in a supported way. It fits less well for kids who need high-energy video teaching or for families who need minimal prep. The textbook lists at $89.99, and most families pair it with the companion workbook and teacher resources, so the total cost rises. The value is strong for families who want a serious biology experience that stays secular and skills-based.
What parents like:
- Labs and notebooks build real scientific habits and confidence.
- The course treats biology as a connected system, not a vocabulary list.
- Families report strong depth for middle school and early high school learners.
- It works well for kids who prefer building and experimenting over watching videos.
What parents want improved:
- The full program requires multiple components, which increases total cost.
- Reading-heavy sections need accommodations for many dyslexic students.
- Parents facilitate labs and help manage materials, so prep time rises.
- Some kids want more multimedia instruction to anchor complex concepts.
Biochemistry Literacy for Kids
Biochemistry Literacy for Kids is an advanced, concept-rich science program created by a biochemistry professor for kids who crave depth, especially gifted and twice-exceptional learners in grades 2 through 7. Families use it in 7th grade as an acceleration path into molecular biology and chemistry through models, visuals, and hands-on kits. The biggest differentiator is seriousness: students learn how molecules behave, not only what they are called, and they build models to make invisible processes visible. For dyslexic students, this program often works best with audio support and oral discussion, since the vocabulary climbs quickly. It fits families who enjoy nerdy deep dives and who want a rigorous alternative to generic middle school science. It fits less well for kids who need a gentle pace or who feel overwhelmed by technical language. Pricing is straightforward: full lesson access lists at $100, and bundles with kits list at $149 or $189 depending on materials.
Watch: This clip gives a quick, concrete sense of what “serious science” looks like at home, including Biochemistry Literacy for Kids.
What parents like:
- The content respects gifted and curious kids and moves beyond surface-level facts.
- Hands-on modeling supports strong conceptual understanding.
- Families report high engagement for STEM-leaning learners.
- The program works well as enrichment alongside a broader science course.
What parents want improved:
- The vocabulary and density require scaffolding for many dyslexic students.
- Parents play an active role in pacing and discussion.
- It functions best as enrichment or acceleration, not as a broad NGSS survey.
- Some families prefer a tighter weekly schedule and more built-in assessment.
Homeschooling science to kids with dyslexia
Dyslexia shows up as slow, effortful reading, inconsistent spelling, and fatigue when text piles up, even when a child has strong reasoning and curiosity. In 7th grade science, the goal is scientific thinking: asking good questions, testing ideas, and explaining what the evidence shows. Make the workflow dyslexia-friendly. Use video or read-aloud for content intake, then shift the output away from handwriting. Oral narration, labeled diagrams, photo lab logs, and short recorded explanations capture real understanding without turning science into a writing battle. Pre-teach a small set of key terms with pictures, then revisit them in experiments and conversation. Use assistive technology as a standard tool: text-to-speech for reading, speech-to-text for lab write-ups, and audiobooks for science biographies. Many families also keep a simple “science notebook” that prioritizes sketches, models, and one strong paragraph over pages of copied notes.
Watch: This conversation addresses learning disabilities and supportive schooling choices, which helps families plan science without forcing a child into reading-heavy routines.
Alternatives to curriculum for different learners
KiwiCo
KiwiCo is a hands-on subscription box that delivers engineering and science builds with clear instructions and polished materials. Families use it as a core “doing science” component for dyslexic 7th graders because it puts success in the hands: build the model, run the test, then talk about what happened. It fits kids who learn best through making and who resist long reading sessions. It also fits busy parents who want a consistent pipeline of projects without designing every lab from scratch. It fits less well as a stand-alone middle school science program, since the scope depends on the crate line and does not always cover a full NGSS sequence. Pricing varies by crate and subscription length; many subscriptions start around $24 per month, and the Modulo listing typically reflects a multi-month plan. The value is high for families who need motivation and tangible projects, especially when paired with a video or curriculum spine.
What parents like:
- Projects give dyslexic learners a fast path to competence and confidence.
- Materials arrive ready to use, which reduces parent planning.
- Instructions are clear and the builds feel purposeful and satisfying.
- Families use crates to spark deeper research and science fair ideas.
What parents want improved:
- Crates do not create a full middle school scope and sequence on their own.
- Some projects feel more like engineering than science unless a parent adds reflection and data.
- Older middle schoolers sometimes want more theory to match the build.
- Ongoing subscriptions add up over a full year.
MEL Science STEM Experiments
MEL Science STEM experiments for kids is a subscription-based experiment kit that pairs high-quality materials with an app and video guidance. Families choose it for dyslexic 7th graders because it reduces reading demands while still teaching real concepts through guided experiments. The kit format supports independent work: students follow visuals, complete the experiment, then revisit the explanation through video as many times as needed. It fits families who want a “lab in a box” experience with strong production quality and minimal shopping. It fits less well for families who want a single coherent year-long curriculum across all middle school strands, since the subscription focuses on experiments and concept modules rather than a traditional scope and sequence. Pricing typically starts around $29.90 per month depending on plan and promotions. The value is strongest as a supplement that keeps hands-on science consistent even during busy seasons.
What parents like:
- Materials arrive organized, which reduces prep and makes labs feasible weekly.
- Video and app guidance support dyslexic learners who struggle with dense lab manuals.
- Experiments feel polished and motivating for middle schoolers.
- Families report strong engagement even for kids who claim to dislike science.
What parents want improved:
- Subscriptions become expensive over time compared to a single textbook.
- Some families want clearer sequencing and tighter alignment to a yearly plan.
- Adult supervision is required for certain experiments and materials.
- Storage and cleanup become a recurring issue with frequent kits.
Science Mom: The Science Fair is Tomorrow. Help!
Science Mom The Science Fair is Tomorrow. Help! is a focused mini-course that walks students through science fair project planning, experimentation, and presentation. Families use it with dyslexic 7th graders because science fairs often demand heavy writing and organization, and this course provides a clear structure and visual guidance that reduces overwhelm. It fits families who need quick momentum and a reliable process: choose a question, set up variables and controls, collect data, and present conclusions. It fits less well for families who already have a strong science fair routine or who want a long-term project-based curriculum. The course lists at $10, which makes it one of the highest value resources in this roundup. Parents use it as a short-term support tool, then pair it with a science curriculum or kit for the actual experimental work.
What parents like:
- The step-by-step structure reduces executive function load for kids with dyslexia.
- Visual instruction makes planning and data collection easier to follow.
- Families report it helps students finish projects on time with less conflict.
- The price is low relative to the usefulness.
What parents want improved:
- It supports the science fair process, not a full year of science instruction.
- Students still need to run an experiment and gather materials independently.
- Some learners need additional help turning results into a polished display board.
- Families who dislike screen-based tools may resist a video mini-course.
Science Mom Astronomy
Science Mom Astronomy is a full astronomy course inside the Science Mom platform, built around video lessons, follow-along notes, and comprehension checks. Families choose it for 7th grade when a child loves space and needs instruction that does not depend on heavy textbook reading. The visuals and demonstrations support dyslexic learners, and the topic naturally invites hands-on extensions like sky observations, scale models, and simple data logs. It fits families who want a high-interest semester or year of astronomy without sacrificing rigor. It fits less well for families who prefer a screen-light approach or who want a textbook-heavy program with extensive writing. The course typically lists at $150. The value is strong when families lean into the strengths of the format: watch in short chunks, discuss verbally, and use projects to show understanding.
What parents like:
- Visual instruction makes abstract space science easier to grasp.
- The course keeps motivation high for students who love astronomy.
- Quizzes and notes provide structure without heavy writing demands.
- Families can extend learning with observations and model-building.
What parents want improved:
- Video lessons increase screen time.
- Some students prefer a physical reference book for review.
- Hands-on extensions depend on parent planning and materials.
- Lesson length requires pacing for kids with shorter attention spans.
Science Mom Biology 1: Microbiology
Science Mom Biology 1: Microbiology covers cells, microbes, and foundational life science through video teaching paired with notes, quizzes, and experiments. Families use it in 7th grade because it matches the NGSS emphasis on structure and function while keeping the core instruction accessible for dyslexic learners. The visuals and clear explanations support vocabulary like cell organelles and immune response without forcing a child to decode a dense textbook. It fits kids who love biology or who need a confidence rebuild after a reading-heavy science year. It fits less well for families who want a screen-light routine or who want a lab kit that arrives pre-packaged. The course typically lists at $150, and the best value shows up when families treat it as a serious course: steady schedule, consistent experiments, and oral explanations captured in a simple lab log.
What parents like:
- Clear visuals and demonstrations support comprehension for dyslexic learners.
- The topic aligns well with middle school life science standards.
- Quizzes and notes help families track progress and retention.
- Experiments make biology concrete and memorable.
What parents want improved:
- Some lessons feel dense without previewing key vocabulary.
- Families gather lab materials separately.
- Screen time adds up quickly across a full course.
- Students who prefer textbooks may want an additional reference book.
Science Mom Biology 2: Genetics and Evolution
Science Mom Biology 2: Genetics and Evolution tackles heredity, variation, and evolution with a level of rigor that fits strong middle schoolers and many early high school students. Families choose it for 7th grade when a child shows readiness for deeper biology or when they want evolution taught clearly and secularly. The video format supports dyslexic learners by keeping decoding demands low while still introducing sophisticated concepts and vocabulary. It fits kids who enjoy big ideas and who like making connections across topics. It fits less well for families who want a lighter survey course or for students who need a slow pace with frequent repetition. The course typically lists at $150. The value is excellent for advanced learners, especially when families use oral discussion, diagrams, and model-building to replace long written responses.
What parents like:
- Strong conceptual teaching supports deep understanding of genetics and evolution.
- Video delivery reduces barriers for dyslexic learners.
- The course provides a robust secular approach to evolution.
- Advanced learners often stay engaged because the content feels serious.
What parents want improved:
- The density requires pacing and scaffolding for some 7th graders.
- Vocabulary load is high without explicit support tools.
- Families gather materials for activities and labs.
- Students who want minimal screen time may resist the format.
Science Mom Biology Bundle
Science Mom Biology Bundle packages the two biology courses (Microbiology plus Genetics and Evolution) into a single discounted purchase for families planning a full year or multi-year biology sequence. It fits 7th graders who love life science, dyslexic learners who thrive with video instruction, and families who want one cohesive plan without assembling separate resources. The bundle offers the strongest value when used across a full year, especially for advanced or science-driven kids who move quickly through the first course and keep momentum into the second. It fits less well for families who want to sample Science Mom with a single topic first or who prefer a broad integrated science plan across multiple disciplines. The bundle typically lists at $270, which undercuts the cost of buying both courses separately. Parents report strong engagement and a clear sense of progress, and the main pain points mirror the platform: long videos, screen time, and the need to plan for hands-on materials.
What parents like:
- The bundle price improves value for families committed to both biology courses.
- A cohesive sequence supports long-term retention and vocabulary growth.
- Video instruction and visuals support dyslexic learners strongly.
- Families get built-in assessments and structure across a longer span.
What parents want improved:
- It is a significant time commitment, especially for students balancing many subjects.
- Some families prefer integrated science rather than two consecutive biology courses.
- Hands-on components still require gathering materials.
- Screen time is substantial across a full bundle.
Thinkwell
Thinkwell delivers high school and AP-level science courses through polished video instruction, interactive problems, and structured assessments. Families bring Thinkwell into a 7th grade plan when a learner is significantly advanced, craving formal high school content, or preparing early for rigorous STEM pathways. For dyslexic students, the biggest advantage is the clarity of instruction and the ability to replay explanations; many families pair it with accommodations for reading-heavy sections and use speech-to-text for written responses. Thinkwell fits learners who want a traditional course feel with accountability and grading. It fits less well for families who want hands-on labs as the center of learning or who prefer project-based pacing. Pricing varies by course; many science courses land roughly in the $169 to $200 range, and the value is strongest when a student completes the full course rather than sampling. This is a premium option for advanced learners who want serious academic structure.
What parents like:
- High production quality makes complex content easier to follow.
- Structured assessments and problem sets support accountability.
- Advanced learners get access to true high school and AP-level material.
- Families can pace the course flexibly across the year.
What parents want improved:
- The course level is too advanced for many 7th graders.
- Reading and written responses still require dyslexia accommodations.
- Hands-on labs require separate planning or external lab kits.
- Course pricing is premium compared to free or low-cost resources.
Science Mom Physics 1: Mechanics
Science Mom Physics 1: Mechanics introduces forces, motion, energy, and the logic of physical systems through video instruction and guided practice. Families choose it for 7th grade when a child wants physics taught clearly and conceptually, especially when reading and writing barriers make traditional physics intimidating. The course fits kids who like patterns and problem-solving and who benefit from seeing concepts modeled visually. Dyslexic learners often thrive when families keep the focus on explanation and demonstration rather than long written solutions. It fits less well for students who need a purely hands-on kit format or who want a fully screen-light routine. The course typically lists at $150. The value is strong for families who want a serious physics foundation and who plan to document learning through diagrams, oral reasoning, and a small number of well-chosen written problems.
What parents like:
- Clear visual teaching supports conceptual physics understanding.
- The course matches many middle school NGSS physical science expectations.
- Families report strong engagement for math-leaning learners.
- Quizzes and practice give structure and feedback.
What parents want improved:
- Some videos feel long for kids with short attention spans.
- Hands-on experiments require additional materials and setup.
- Students who dislike screens may resist the format.
- Some families add a kit subscription for more frequent labs.
Science Mom Physics 2: Electromagnetism
Science Mom Physics 2: Electromagnetism dives into electricity, magnetism, waves, and related phenomena with the same video-first structure and comprehension checks that define the platform. Families choose it for 7th grade when a student is ready for deeper physical science or when they want a high-interest course that connects science to everyday technology. Dyslexic learners benefit from the demonstrations and visuals, and many families lean on oral explanation for assessments. This course fits best for advanced middle schoolers and early high school students who can sustain focus through longer conceptual lessons. It fits less well for kids who need shorter sessions and frequent repetition. The course typically lists at $150, and its value is highest for families who want an intellectually serious physics pathway without outsourcing to a live class.
What parents like:
- The topic connects directly to real-world technology, which boosts motivation.
- Visual demonstrations support understanding of invisible forces and fields.
- Advanced learners often find the depth satisfying.
- The platform’s quizzes help families confirm comprehension.
What parents want improved:
- The conceptual load is high for many 7th graders.
- Some kids need shorter videos and more practice problems.
- Hands-on extensions require materials and setup.
- Screen time remains a common family concern.
Science Mom Physics Bundle
Science Mom Physics Bundle combines Mechanics and Electromagnetism into a single discounted package for families planning a full physics sequence. It fits 7th graders who show strong math readiness and high curiosity about how the physical world works, and it also fits dyslexic learners who understand best through video explanation and hands-on extensions rather than reading-heavy textbooks. Families who commit to the bundle typically build a routine: watch, pause for questions, do an experiment or simulation, and document learning with diagrams and short dictated summaries. It fits less well for students who want a lighter middle school survey or for families who already rely on a separate physics kit subscription. The bundle typically lists at $270, which improves value compared to purchasing each course separately. Parents praise the clarity and rigor, and they report that pacing and breaks matter for attention and stamina.
What parents like:
- Bundle pricing improves value for families committed to both physics courses.
- A full sequence supports stronger long-term understanding.
- Video instruction helps dyslexic learners access challenging content.
- Families use the courses successfully across middle school and into early high school.
What parents want improved:
- The total time commitment is significant across both courses.
- Some students prefer more frequent hands-on labs than the course provides.
- Families still gather materials for experiments and projects.
- Screen time remains a major tradeoff for some households.
For hands-on physics: MEL Science Physics
MEL Science Physics Science Experiments Subscription focuses on physics experiments that illustrate forces, motion, energy, and electricity through tangible builds and demonstrations. Families use it in 7th grade when a child grasps concepts through doing and struggles to learn from text alone. The format supports dyslexic learners because the core instruction runs through visuals and guided experiments, and students show understanding by building, testing, and explaining results aloud. It fits kids who love tinkering and parents who want physics to feel concrete rather than abstract math. It fits less well for families who want long-form problem sets and formal lab reports, since the subscription emphasizes exploration and explanation. Pricing commonly starts around $29.90 per month depending on subscription plan. The value lands strongest when families treat it as the lab component of a broader science plan and use a simple notebook routine (photos, diagrams, short dictation) to capture learning.
What parents like:
- Experiments turn abstract physics into concrete, memorable experiences.
- Guided visuals reduce dependence on reading-heavy lab directions.
- Middle schoolers often stay engaged because the projects feel like real engineering.
- Families can document learning with photos and short oral explanations.
What parents want improved:
- Physics experiments still require space, setup, and cleanup.
- The subscription does not replace a full physics course for advanced students.
- Some kits feel repetitive if a child already has extensive building experience.
- Monthly costs add up over time.
For hands-on chemistry: MEL Science Chemistry
MEL Science Chemistry Subscription Box for Kids delivers chemistry experiments with safety-focused materials and video support that helps students understand reactions, properties of matter, and laboratory technique. Families choose it for dyslexic 7th graders because chemistry vocabulary is heavy, and MEL uses visuals and guided experiments to teach meaning before memorization. It fits kids who love “real lab” experiences and parents who want reliable materials without sourcing chemicals. It fits less well for families who want a complete middle school chemistry course with extensive reading, writing, and problem sets, since the subscription emphasizes experiments and conceptual explanations. Pricing typically starts around $29.90 per month depending on plan. The value is high when the kit becomes a consistent weekly lab routine and families keep documentation simple: observations, measurements, photos, and one clear conclusion sentence dictated into speech-to-text.
What parents like:
- Experiments feel authentic and build confidence with lab tools and technique.
- Video guidance supports comprehension for dyslexic learners.
- Materials arrive organized and safety-forward.
- Families report strong excitement and curiosity around each delivery.
What parents want improved:
- Adult supervision is required for many chemistry experiments.
- Subscriptions add recurring costs across the year.
- Some experiments repeat themes, which frustrates kids who want constant novelty.
- Families still need a broader science plan for full NGSS coverage.
NGSS science standards for 7th grade
NGSS organizes middle school science as a grades 6 through 8 progression, and most 7th grade plans cover a mix of life science, physical science, earth and space science, and engineering practices.
- Life science: Structure and function, ecosystems, growth, reproduction, and how organisms interact with their environment.
- Physical science: Matter and its interactions, forces and motion, energy transfer, waves, and basic chemical processes.
- Earth and space science: Earth systems, weather and climate, natural resources, and human impacts on the environment.
- Science and engineering practices: Asking questions, planning investigations, analyzing data, building models, and communicating explanations.
- Crosscutting concepts: Patterns, cause and effect, systems, scale, energy and matter, and stability and change.
What’s the point of science? How to convince your kid to learn science
Science gives middle schoolers a framework for understanding the world and for making good decisions with evidence. Extrinsic value matters: science builds the foundation for high school classes, standardized tests, and future careers in health, engineering, technology, and environmental work. Intrinsic value matters more for motivation: science explains the things kids already care about, from sports performance to video game physics to why a pet gets sick. For dyslexic kids, science also offers a fairness reset: strong reasoning, curiosity, and creativity matter as much as fast reading. Connect learning to meaning with a simple conversation. “Your job in science is to notice patterns and explain them. We can read with audio and write with dictation. What matters is your thinking.” Then tie it to their world: “When we learn about forces, you understand why your skateboard turns. When we learn about ecosystems, you understand what happens when a species disappears.”
Science fair projects for 7th grade science students with dyslexia
Science fair projects reward curiosity and hands-on thinking, which plays to the strengths of many dyslexic learners. Choose a project that minimizes long writing and maximizes observation, data, and clear explanation.
- Best insulation challenge: Test which material keeps water warm longest, measure temperature over time, graph the results, and explain heat transfer.
- Electromagnet strength: Build an electromagnet and test how coil turns or battery count changes the number of paperclips lifted.
- Plant growth variables: Grow fast plants under different light colors or watering schedules and track height and leaf count weekly.
- Reaction rate experiment: Compare how temperature changes the rate of a safe chemical reaction (like yeast and sugar producing gas) and measure results.
- Water filtration design: Build simple filters with sand, gravel, and charcoal, test clarity and flow rate, and discuss tradeoffs.
Science at home
Families build strong science habits without turning the house into a classroom. Keep a weekly “science routine” that mixes observation, building, and conversation. Cook one meal like a scientist: measure precisely, change one variable, and taste-test results. Treat the backyard or a local park as a field site: identify species, map micro-habitats, and keep a photo log of seasonal changes. Make weather data part of mornings for a month, then connect patterns to pressure systems and climate. Put simple tools within reach: a magnifying glass, a kitchen scale, a thermometer, and a notebook for sketches. For dyslexic learners, lean on visual outputs: labeled drawings, models, and short voice recordings explaining what happened. When something breaks, repair it together and name the physics at work. When a headline mentions a new medical study, look for the experiment design, the sample size, and the conclusion. Science becomes a lens for daily life, and that lens stays strong even when reading is hard.
Further exploration
Start with our full roundup of secular science options: 🧬The Best Secular Science Programs for Homeschoolers🧪🧫. Then go deeper based on your child’s needs and your bandwidth. For families homeschooling kids with dyslexia and other learning differences, Cognitive Diversity and Homeschooling helps you plan accommodations that preserve rigor. If reading support is part of your science plan, The top 4 tools to teach your child to read covers tools many homeschoolers use alongside content subjects. For schedule design, Mastery Hours: Core Subjects for Your Power Hours shows how families protect deep-work time for reading, math, and science. To build a modular plan across subjects, ✅ The Ultimate Modular Learning Checklist gives a concrete planning framework.
About your guide
Manisha Snoyer is the founder and CEO of Modulo and the creator of Teach Your Kids, a research-driven guide to secular homeschooling resources. Over more than two decades in education, she has taught and mentored 2,000+ students across public schools, private schools, alternative programs, and homeschool settings in three countries. She built CottageClass, an early marketplace for microschools and homeschool classes, and later co-founded Modulo to make high-quality modular education easier to access. Her work centers on personalized plans that combine curriculum, tutors, projects, and community resources, with accommodations that match the learner. At Modulo, Manisha leads program research and vetting, drawing on primary materials, founder interviews, and feedback from experienced homeschool parents, including scientists and educators. This roundup reflects that approach: rigorous science, secular content, practical implementation, and dyslexia-aware workflows that let kids show what they know.
Affiliate disclaimer
Some links in this post are affiliate links, which means Modulo earns a commission if you purchase through them. Our recommendations reflect independent evaluation and real homeschool use cases, not sponsorship.
