If you are searching for a school that gives your child a meaningful head start in science, technology, engineering, and mathematics, East Valley Christian School delivers the opportunity for children to gain a meaningful head start in science, technology, engineering, and mathematics in a nurturing, faith-centered environment. Located at 2715 S. White Road in the Evergreen area of San Jose, EVCS combines academic rigor with Christian values to develop the next generation of critical thinkers, problem-solvers, and innovators.
STEM education is no longer a specialty track reserved for gifted programs or elite schools. It is a core competency that every student deserves access to from the earliest grades onward. At EVCS, that belief shapes how we structure our curriculum, our enrichment programs, and our after-school offerings from preschool through high school.
What STEM Education Looks Like at EVCS
At East Valley Christian School, STEM is not a single subject period squeezed into the school day. It is a thread woven through science, mathematics, technology integration, project-based learning, and extracurricular clubs that reinforce skills across disciplines. Students engage with material through hands-on experiments, digital tools, engineering challenges, and real-world problem solving that reflects what they will encounter in college and careers.
Our K-12 curriculum is anchored by the BJU Press program, a rigorous academic framework that integrates STEM principles throughout core subjects. In our high school, the Ignitia platform delivers dynamic, interactive content with mastery-based progression, giving older students the flexibility to move through material at a pace that reflects their growing independence and ability.
Science: Building Scientific Literacy at Every Grade
Science at EVCS is designed to cultivate curiosity and genuine wonder at the natural world. Students do not just read about scientific concepts; they investigate them directly. The program covers life science, physical science, earth science, and chemistry, with field studies and real-world applications that connect classroom learning to the world outside.
Key features of the science program include:
- Hands-on experiments and investigations at every grade level
- Systematic instruction in the scientific method and inquiry-based learning
- Integration of STEM principles across all science units
- Lab components in high school biology, chemistry, and physics
- Exploration of STEM applications and research opportunities for advanced students
Students learn to ask questions, design tests, analyze results, and draw conclusions grounded in evidence. This process-oriented approach to science builds the kind of analytical thinking that serves students in every academic discipline.
Mathematics: From Foundations to Advanced Coursework
Strong mathematical reasoning underpins virtually every STEM career, and our mathematics program builds that foundation from the earliest grades. Elementary students develop fact fluency and computational accuracy through concrete, hands-on activities before progressing to more abstract concepts. Middle and high school students advance through algebra, geometry, pre-calculus, trigonometry, calculus, and statistics.
The math curriculum emphasizes:
- Problem-solving strategies and critical thinking in every unit
- Real-world applications and project-based math activities
- Progression from concrete understanding to abstract reasoning
- Technology integration for mathematical exploration
- Advanced coursework options for students who are ready to accelerate
Rather than drilling isolated procedures, students at EVCS learn to understand the logic behind mathematical operations, which prepares them to apply those skills flexibly in unfamiliar contexts.
Coding: Computational Thinking from Elementary Through Middle School
Coding is one of the most practical and in-demand skills students can develop, and EVCS introduces it at an age-appropriate level beginning in the elementary years. Our after-school program includes a dedicated Coding Club that runs as a structured enrichment activity, giving students meaningful time to develop digital creation and computational thinking skills beyond the regular school day.
The coding program is structured to grow with each student:
- Elementary level: Students begin with visual, block-based coding that builds logical thinking without requiring prior programming knowledge.
- Middle school level: Students progress to text-based programming languages and tackle more complex challenges.
- Project-based work: Students apply their coding skills to game design, web and app creation, and hardware integration.
- Hardware and robotics: Coding connects directly to physical computing through robotics projects that bring engineering and programming together.
- Collaborative tech solutions: Students work as teams to design solutions for real school and community needs.
The result is not just technical skill. Students who learn to code develop persistence, logical reasoning, and a growth mindset that carries over into every other area of their education.
STEM Clubs and Extracurricular Enrichment
Beyond the classroom, EVCS offers structured clubs and leadership opportunities that deepen students' engagement with STEM subjects. Our clubs and leadership program is designed to be accessible to students across grade levels, with faculty advisors who bring expertise and mentorship to every activity.
STEM Club
The STEM Club gives students a dedicated space to explore science, technology, engineering, and mathematics through hands-on challenges that go beyond what fits into a typical class period. Activities include:
- Robotics and engineering challenges
- Coding and computer science projects
- Science experiments and competitions
- Mathematical problem-solving exercises
- Real-world STEM applications tied to current events and industries
Coding Club
The Coding Club extends the programming instruction introduced in the after-school enrichment program, with a specific emphasis on creative and collaborative digital projects. Students design games, build web projects, integrate hardware components, and develop solutions for community-based challenges. The club reinforces the idea that technology is a tool for positive impact, not just a career path.
Technology Integration Across the Campus
EVCS takes a thoughtful approach to technology in the classroom. Rather than treating screens as a convenience, we use digital tools intentionally to enhance learning, develop research skills, and prepare students to be responsible digital citizens.
Students in kindergarten through second grade are each assigned an iPad, while students in grades three through eight receive a Chromebook. These devices support interactive curriculum platforms, digital research, collaborative projects, and the coding instruction built into our enrichment programming. Technology use is always framed within a broader conversation about responsible digital ethics, which reflects our commitment to educating the whole child.
Why STEM Matters in a Christian Education
Some families wonder how STEM and faith-based education fit together. At EVCS, we see them as naturally complementary. Scientific discovery, mathematical precision, and engineering creativity are all expressions of the God-given capacity to understand and care for the world around us. Our science curriculum explicitly includes a biblical perspective on scientific discovery, helping students develop a cohesive worldview that integrates faith and intellectual curiosity rather than treating them as separate.
This integrated approach means students are not choosing between rigorous academic preparation and spiritual development. They are receiving both, in a community of teachers and peers who share the same values.
Small Class Sizes, Big Results
One of the most significant advantages EVCS offers is a student-to-teacher ratio of approximately 15:1. In a subject like mathematics or science, where students often need targeted support to move past confusion, small class sizes make an enormous difference. Teachers can identify gaps in understanding quickly, provide individualized instruction, and build the kind of ongoing relationship with each student that supports long-term growth.
Our faculty averages more than 14 years of tenure at EVCS, with many teachers having served our school community for over 20 years. This consistency means students are known by educators who genuinely understand their learning styles, strengths, and areas for growth.
Making EVCS Accessible for Your Family
Quality STEM education should not require paying premium private school tuition. EVCS offers tuition that is less than half the cost of many comparable private schools in the Bay Area, with a range of financial assistance options to make enrollment achievable for qualifying families.
Available financial assistance includes:
- The BASIC Fund Scholarship for first-time enrolling students
- FACTS Scholarship program for income-qualifying families
- Go-Kids, CalWORKs, and Choices for Children subsidized childcare programs
- A school-maintained scholarship fund for families with demonstrated need
- A 10% sibling discount for each additional child enrolled
- Flexible monthly payment plans
Our team works with each family individually to identify the combination of programs that best fits their situation. Learn more on our financial aid and scholarships page.
Frequently Asked Questions
What grades does the STEM program at EVCS serve?
STEM instruction at EVCS spans our full K-12 program. Elementary students engage with science experiments, math projects, and introductory coding. Middle school students build on those foundations with more advanced coursework and club participation. High school students access STEM through rigorous lab-based science courses, advanced mathematics, and project-based learning through the Ignitia curriculum.
Does EVCS offer coding as part of the regular school day?
Coding is introduced at the elementary level as part of our enrichment programming. The Coding Club and after-school program provide more structured and extended instruction in programming for students across grade levels.
What does "hands-on STEM learning" look like at EVCS?
Hands-on learning at EVCS includes science experiments and lab investigations, robotics and engineering challenges in the STEM Club, coding projects that result in functional games and apps, and math activities that use manipulatives and real-world applications to build understanding before moving to abstract concepts.
How does EVCS's STEM curriculum compare to public schools?
EVCS is fully accredited by both WASC and ACSI, the highest level of dual accreditation available to California schools. Our curriculum meets or exceeds state academic standards while incorporating the added benefit of smaller class sizes, personalized attention, and a cohesive faith-based learning environment.
Take the Next Step
If you are ready to learn more about our STEM programs, small class sizes, and welcoming community, we would love to meet your family. Schedule a tour or reach out to our team today. Spaces fill quickly, and we want to make sure your child has every opportunity to join our school community.
