Can a child receive serious preparation in science, technology, engineering, and math while also being taught that the world they are studying was created and is sustained by God? At St. Paul Lutheran School our students learn the scientific method, work through algebra inside a classroom taught from a Christian perspective.
Families living in Novi, South Lyon, Lyon Township, Wixom, Commerce Township, Milford, and Farmington Hills are within a reasonable drive of our campus at 201 Elm Street in Northville, and many of them come to us looking for exactly this combination. They want rigorous academics with measurable outcomes. They also want their children to understand that curiosity and worship are not competing instincts.
How St. Paul Builds STEM Learning From Kindergarten Through Grade 8
Science and math at our school follow a deliberate progression. Each grade introduces new material, revisits and builds on prior teaching, and prepares students for what comes next. Here is how that unfolds.
Early Elementary: Curiosity as a Habit
In kindergarten, math instruction covers sorting and classifying, patterns, number and shape recognition, time, measurement, and beginning addition. Science in first and second grade is organized into four units that recur with increasing depth: life science, physical science, earth science, and the human body. Students study living things and plants, matter and energy, the sun, air, water, weather, and how their own bodies work and stay safe.
At this stage the goal is not content mastery so much as disposition. Children learn that asking why is welcome, that guessing and then checking is a legitimate way to learn, and that the natural world rewards close attention.
Grades 3 and 4: A Minimum of Two Experiments Each Week
Third and fourth grade mark a noticeable shift toward hands-on work. Students complete a minimum of two experiments per week, record their findings in a science journal, and discuss the results as a class. Third grade topics include habitats, gardening, shelters, movement, sound, and protecting the Earth. Fourth grade moves outward and upward to space and planets, water, volcanoes, earthquakes, flying, weather, and rain forests.
Fourth grade mathematics leans on technology to present traditional principles, using Smart Boards and Chromebooks alongside manipulatives. Content includes parallel and perpendicular lines, right angles, squares and square roots, fractions and mixed numbers, multiplying and dividing multi-digit numbers, decimals, and Roman numerals, with an explicit emphasis on problem-solving skills.
Grades 5 and 6: The Scientific Method in Practice
Fifth and sixth graders explore five key areas of science:
- Science processes, including inquiry and reflection
- Physical science, including motion, energy, properties of matter, and changes in matter
- Life science, including the organization of living things, heredity, and ecosystems
- Earth science, including solid Earth, Earth systems, fluid Earth, and Earth in space and time
- Health, including human body systems
Fifth grade math develops four foundations: number and operations, measurement, geometry, and data and probability. Students learn to construct and interpret line graphs and to find and interpret mean and mode, which is early and practical data literacy. Sixth grade uses the Progress in Mathematics textbook and workbook, covering expressions and equations, decimal and fraction operations, ratios and rates, number theory, proportions, and areas and volumes of geometric figures. The curriculum offers regular opportunities to develop problem-solving competence through lessons that foster strategic thinking and give students clear practice in choosing effective strategies.
Grades 7 and 8: Life Science, Physics, and Chemistry
Seventh grade centers on life science and the study of living things: cells, genetics, the human body, and populations and ecosystems, with additional focus on physical science, Earth systems, and the scientific process. Eighth grade takes on Earth science, physics, and chemistry, including forces and motion, chemical reactions and the periodic table, molecular structures, solid and fluid Earth systems, biogeochemical cycles, and human impacts on Earth systems. A health unit rounds out the year.
At both grade levels, scientific concepts are studied through lectures, demonstrations, group activities, and hands-on labs rather than reading alone. Eighth grade mathematics moves into genuine pre-algebra and algebra territory: inequalities, polynomials and factoring, linear functions and inequalities, two-dimensional and coordinate geometry, patterns and non-linear functions, three-dimensional geometry, and data analysis and statistics. Students leave our school prepared for entrance into any senior high school, which is one of our stated institutional purposes. You can review the full sequence on our K-8 academics page.
The Annual St. Paul Science Fair
Every year, students in the upper grades become experts on a science topic of their choosing and present their research to families, friends, and the wider community at the St. Paul Science Fair. This is the capstone of our science technology math instruction, and it asks a great deal of a student:
- Choose a question worth investigating
- Design a method that can actually answer it
- Gather and record data honestly
- Interpret results, including results that contradict the original hypothesis
- Explain the whole process to adults who will ask follow-up questions
Public presentation is the part parents often mention. A child who can stand beside a display board and defend their reasoning to a stranger has learned something that transfers to high school, college, and work.
Technology and Innovation in Every Classroom
Our school operates a one-to-one computer program. Chromebooks and tablets are assigned to students, and Android tablets with detachable keyboards serve the younger grades for educational apps and beginning keyboarding. Smart Boards are used throughout the curriculum to enhance instruction and increase student interaction. We also maintain a computer lab and a media center, along with a library and an Accelerated Reader program.
Technology instruction is not treated as a separate silo. Devices support math practice, research for science projects, writing, and skill-building that is individualized to each student. Our approach reflects a conviction that children should learn to use these tools purposefully and as Christians, not simply consume them.
Small Classes Make Hands-On Learning Possible
Experiment-based science requires supervision. Lab work requires a teacher who can circulate. Here is what our structure looks like:
- Kindergarten: sixteen students maximum
- Grades 1 through 8: twenty students maximum
- State certified teachers at all levels
- Multi-grade classrooms, meaning teachers work with most children across two years
That two-year relationship matters for innovation and critical thinking specifically. A teacher who already knows how a student thinks can push harder in the right places. Our students consistently score above the 80th percentile on national standardized tests, and our graduates have a strong record of success in high school and beyond.
Learning also extends beyond campus. Annual field trips have included Cranbrook Science in Bloomfield Hills, the Ann Arbor Hands-On Museum, an aquarium, and museums, giving students direct exposure to working science institutions in the region.
A Practical Option for Working Families
Our ideal fit is often a household where both parents work, which is why we offer morning and after school care from 7 a.m. to 6 p.m. Grades 1 through 8 run from 8:45 a.m. to 3:30 p.m.
We are a member of the Michigan District of the Lutheran Church, Missouri Synod, and we welcome children of all faiths, socioeconomic, and ethnic backgrounds. Forty-two percent of our student body is non-Lutheran. Families who want a full picture of the school can start with St. Paul at a Glance, and current tuition information is published on our tuition and fee schedule page.
Frequently Asked Questions
Does St. Paul have a dedicated STEM program?
We do not market a separately branded STEM track. Instead, science, technology, and mathematics are integrated throughout the K-8 curriculum, with weekly experiments in the elementary grades, hands-on labs in the middle grades, a one-to-one device program, and an annual science fair. The result is consistent exposure across nine years rather than a single elective.
How do you teach science while teaching a Christian worldview?
Our teachers present scientific content, including material from secular textbooks and resources, and then help students think about that content as Christian learners. Many classroom texts are secular in nature, and the goal of our school is to help students understand how to respond to those ideas from a foundation of faith. Parents are expected to support this approach.
Do you offer Spanish or other subjects alongside science and math?
Yes. In addition to religion, math, language arts, social studies, and science, students receive instruction in physical education, computer education, music, art, and Spanish. Health is taught within the science sequence.
What extracurricular options exist?
Current activities include Bible Quizzing, which involves scripture memorization on competitive teams for grades 2 through 8, and Cub Scouts, whose hands-on adventures emphasize character development, spiritual growth, citizenship, and personal achievement. An active Parent Teacher League supports school programming throughout the year. Details are available on our extracurriculars page.
Visit Our Campus
St. Paul Lutheran School has served this community since 1896, and our present facility includes ten classrooms, a gymnasium, and a full kitchen. If you live in Northville or in a nearby community across Oakland County, we would be glad to show you what STEM education looks like when it is taught alongside faith. Reach out through our admissions page to schedule a tour and start a conversation about whether St. Paul is the right fit for your family.