Pennridge STEM InitiativePennridge School District

Elementary · Middle · High School  —  one pathway

Every hypothesis starts here

The Pennridge STEM Initiative connects every grade level in the district through hands-on exploration days, an annual challenge-based science fair, and student mentorship — a pathway built to outlive the students who started it.

Divisions
3
elementary, middle, high
Team size
1–3
or compete solo
Student leaders
~10
per year, trained a year ahead
Fair date
TBA
first year now in planning

Live: two-source wave interference. Drag either source.

01 — The pathway

Three divisions,
one continuous track

Most STEM programs are islands. PSI is a pipeline: a fifth grader who makes slime at an Exploration Day becomes an eighth grader with a project board, becomes a junior running the station she once visited.

  1. Grades K–5

    STEM Exploration Days

    Rotating hands-on stations run by high school volunteers. Students cycle through several disciplines in a single morning — the point is one great first memory of science, not a score.

    • Volcanic eruptions
    • Oobleck
    • Wave tanks
    • More TBD
  2. Grades 6–8

    Pennridge Science Contest

    The annual middle school challenge. Solo or teams of up to three, projects built ahead of the event and judged against that year's theme. Physical builds, mathematical models, and theoretical work all count.

    • Chemistry
    • Biology
    • Physics
    • Engineering
    • Math

    Top finishers may earn an invitation to compete at the high school fair.

  3. Grades 9–12

    STEM Challenge & Showcase

    The advanced division, themed alongside the middle school contest and judged by participating teachers and faculty. Top three projects are recognized at closing. Students who aren't competing mentor, judge-shadow, and run the elementary stations.

    • Research
    • Robotics
    • Software
    • Data science
    • Innovation

02 — Try it now

Three stations,
running live

These are the real Exploration Day experiments, simulated in your browser with the same physics and chemistry the elementary students will see on a folding table. Go ahead — break something.

Station 02

Oobleck

Non-Newtonian fluid · shear thickening

Drag through the cornstarch slowly, then fast.

Shear rate0 s⁻¹
Apparent viscosity1.2 Pa·s
StateFLUID

Why it happens. Cornstarch grains float in water with a thin lubricating layer between them. Push slowly and they slide past each other. Push fast and the water can't escape the gaps quickly enough — the grains jam into a packed lattice and the mixture answers like a solid. Newton's laws, in a bowl.

Station 01

Volcanic Eruption

Acid–base reaction · stoichiometry

Limiting reagentBaking soda
CO₂ produced0.095 mol
Gas volume @ 22 °C2.3 L

The equation. NaHCO₃ + CH₃COOH → CO₂ + H₂O + NaCH₃COO. One mole of each reactant makes one mole of carbon dioxide, so whichever runs out first caps the eruption. Balance them and you get the biggest foam column for the least mess — which is exactly the lesson.

Station 03

Constructive & Destructive Waves

Superposition · interference on a string

Superposition. Two waves meeting on the same string don't collide — they add. Set the phase to 0° and crests stack into a wave twice as tall (constructive). Set it to 180° and every crest lands on a trough, flattening the string to nothing (destructive). The energy isn't gone; it's redistributed.

03 — The fair

How to compete

Each year PSI student leadership sets a challenge theme with faculty advisors. The theme points you at a real-world problem — it never dictates how you solve it.

  1. 1

    Pick your division

    Middle school contest (grades 6–8) or the high school challenge & showcase (9–12).

  2. 2

    Form a team — or don't

    Compete individually, or in a team of up to three. Both are judged on the same rubric.

  3. 3

    Build before the event

    Projects are prepared ahead of the fair. You bring the finished work, the data, and the board.

  4. 4

    Present to judges

    Participating teachers and faculty score against criteria written for that year's theme.

  5. 5

    Awards at closing

    Top three high school projects are recognized. Middle school winners may advance to the high school fair.

04 — Rollout

The three-year plan

PSI is built to become permanent. Here's the sequence from first event to district tradition.

Year One

Launch

  • Elementary Exploration Days
  • Middle School STEM Challenge
  • High School Challenge & Showcase
  • Faculty support & student leadership structure
  • First sponsorships established

Year Two

Expand

  • Participation grows district-wide
  • Outreach & community awareness
  • Stronger event operations
  • Deeper leadership development
  • Sponsorships strengthened

Year Three +

Endure

  • A fully established annual district initiative
  • Continued growth in reach and impact
  • PSI recognized as a Pennridge tradition
  • Continuous, expected sponsorship

05 — Student leadership

Run it, then hand it over

Most student organizations die with their founders. PSI trains its replacements on purpose: next year's officers shadow this year's event before they ever run one.

  • P

    President

    Sets direction, owns the annual theme, speaks for PSI to the district.

  • VP

    Vice President

    Runs event operations and steps in wherever the fair needs weight.

  • S

    Secretary

    Keeps the archive — documentation, resources, and the record that makes year two easier.

  • T

    Treasurer

    Manages funding, sponsor relationships, and the budget for every event.

How continuity works

  1. Incoming officers shadow or help plan the event a full year early.
  2. Faculty advisors provide oversight across leadership transitions.
  3. Every event is documented into a resource archive for the next team.
  4. Founders appoint successors in the early years; elections follow as PSI matures.

Volunteer hours that count

High school students can serve as mentors, station leads, organizers, and judges' assistants — work that pairs naturally with Key Club and National Honor Society service requirements. Additional officer roles open as participation grows.

06 — Who's behind it

Founded by students

How it's funded

PSI is co-hosted with Pennridge Student Council, which allocates funding to the event. Support is also sought from local businesses, engineering companies, and the Pennridge School District itself.

Sponsors & partners

Sponsorship conversations are underway — including with engineering firms such as Natoli Engineering. Interested in backing a district-wide STEM program? We'd like to talk.

Become a sponsor →

07 — Questions

Before you ask

Do I need to already be good at science?

No. The elementary division has no scoring at all, and the contests judge how well you investigated a question — not how advanced you already were. A careful experiment with a clear result beats a complicated one you can't explain.

Can I compete alone?

Yes. Solo entries and teams of up to three are judged on the same criteria.

What's this year's challenge theme?

Themes are chosen each year by PSI student leadership with faculty advisors, and point students toward a real-world problem. The current theme will be posted here once it's set — there's also active discussion about allowing a free-range category.

When and where is the fair?

Dates and locations for the first year are being finalized with the district. Put your name on the sign-up form and you'll hear first.

I'm a high schooler who doesn't want to compete. Anything for me?

Plenty. Run an elementary station, mentor a middle school team, help organize the event, or join the leadership team. It's real service work and it's how most officers start.

I'm a teacher or administrator. How can the district get involved?

PSI is seeking faculty advisors, judges, and host schools. The founders are looking to work alongside district leadership to make this a recurring program — feedback and guidance are genuinely welcome.