← Back to Technology & Equity Overview

Integration Analysis

The Compounding Effect: When Barriers Multiply

The Perfect Storm

Between 1990 and 2025, Moses Lake School District experienced TWO simultaneous transformations:

These weren't separate events. They happened TOGETHER, creating compounding disadvantages that multiply with each passing year.

The Mathematics of Compounding Barriers

How Barriers Multiply (Not Add)

If barriers ADDED, the calculation would be:

Language barrier (30% disadvantage) + Technology barrier (20% disadvantage) = 50% total disadvantage

But barriers MULTIPLY, so the actual calculation is:

Language barrier (0.70 success rate) × Technology barrier (0.80 success rate) = 0.56 success rate = 44% disadvantage

Add a third barrier (poverty = no home internet), and it compounds further:

0.70 × 0.80 × 0.75 = 0.42 success rate = 58% disadvantage

This is why achievement gaps persist despite billions in education funding. We're adding resources, but barriers are multiplying.

The Evolution of Barriers (1997-2025)

1997: Paper Tests Era

White Student, English-Speaking, Middle-Class

  • ✅ Takes WASL test on paper
  • ✅ Textbooks in English (native language)
  • ✅ Parents can help with homework
  • ✅ Success barriers: ZERO

Expected success rate: 100%

Hispanic Student, ELL, Low-Income

  • ❌ Takes WASL test on paper (in English, second language)
  • ❌ Textbooks in English (struggling to comprehend)
  • ✅ No technology required (can complete work)
  • ❌ Parents can't help (don't speak English)

Barriers: Language (1)
Expected success rate: ~70%

2005: Internet Homework Era

White Student, English-Speaking, Middle-Class

  • ✅ Internet homework assigned
  • ✅ Has home broadband ($50/month affordable)
  • ✅ Parents can help navigate websites
  • ✅ Success barriers: ZERO

Expected success rate: 100%

Hispanic Student, ELL, Low-Income

  • ❌ Internet homework assigned (in English)
  • ❌ NO home broadband ($50/month unaffordable)
  • ❌ Parents can't help (language + no internet)
  • ❌ Uses library (closes 6pm, homework incomplete)

Barriers: Language + Poverty + No Internet (3)
Expected success rate: ~42%

2015: Computer Testing Era (Smarter Balanced)

White Student, English-Speaking, Middle-Class

  • ✅ Takes Smarter Balanced on computer
  • ✅ Types essays (has computer skills)
  • ✅ Practices at home (has computer + internet)
  • ✅ Parents familiar with technology
  • ✅ Success barriers: ZERO

Expected success rate: 100%

Hispanic Student, ELL, Low-Income

  • ❌ Takes Smarter Balanced (in English, on computer)
  • ❌ Types essays (limited typing skills)
  • ❌ Can't practice at home (no computer + no internet)
  • ❌ Parents can't help (language + technology barriers)

Barriers: Language + Technology + Poverty + No Home Practice (4)
Expected success rate: ~30%

2018: Google Classroom Era

White Student, English-Speaking, Middle-Class

  • ✅ All assignments on Google Classroom
  • ✅ Has Chromebook + home internet
  • ✅ Parents check Google Classroom daily
  • ✅ Can email teacher with questions
  • ✅ Success barriers: ZERO

Expected success rate: 100%

Hispanic Student, ELL, Low-Income

  • ❌ Assignments on Google Classroom (in English)
  • ❌ Has Chromebook, NO home internet
  • ❌ Parents can't check Google Classroom (no English + no internet)
  • ❌ Can't email teacher (no home internet)
  • ❌ Homework incomplete, grades drop

Barriers: Language + Technology + Poverty + Parent Engagement Impossible (5)
Expected success rate: ~25%

March 2020: COVID Remote Learning

White Student, English-Speaking, Middle-Class

  • ✅ Logs into Zoom from home
  • ✅ Has reliable high-speed internet
  • ✅ Has quiet room for studying
  • ✅ Parents home to supervise (work from home)
  • ✅ Stays on track academically

Expected success rate: 85% (COVID affected everyone, but less severe)

Hispanic Student, ELL, Low-Income

  • ❌ Can't log into Zoom (NO home internet)
  • ❌ School parking lot WiFi (in car, no desk)
  • ❌ Shares room with 3 siblings (no quiet space)
  • ❌ Parents working essential jobs (agriculture, food processing - NOT home)
  • ❌ Falls months behind, may never catch up

Barriers: Language + Technology + Poverty + No Internet + Parents Working + No Space (6)
Expected success rate: ~10%

The Achievement Gap Data

What the Numbers Show

Year Assessment White Students Meeting Standard Hispanic Students Meeting Standard Achievement Gap
2006 WASL (Paper) ~65% ~40% 25 points
2015 Smarter Balanced (Computer) - Year 1 ~55% ~28% 27 points
2019 Smarter Balanced (Pre-COVID) ~58% ~30% 28 points
2022 Smarter Balanced (Post-COVID) ~50% ~22% 28 points
2024 Smarter Balanced (Latest) ~52% ~24% 28 points

The gap never closes. It persists at 25-28 points across nearly 20 years.

Why the Gap Persists

Not because Hispanic students are less capable.

Because the barriers keep multiplying:

Achievement gaps are STRUCTURAL, not individual. The system creates the gap.

What COVID Revealed

The Students Who Fell Off the Grid

March 2020: Schools close

Who disappeared immediately:

What happened to them:

Emergency responses:

By June 2020:

Learning Loss That May Be Permanent

Grade in March 2020 Expected Learning Loss Status in 2024
Kindergarten → 4th grade Missed critical reading foundation Reading below grade level, may never catch up
5th grade → 9th grade Missed 6 months of instruction Behind in all subjects, struggling in high school
10th grade → Graduated 2022 Missed junior year preparation Lower college enrollment, lower test scores
11th/12th grade → Graduated 2021 Missed senior year, no graduation ceremony Many didn't attend college, entered workforce immediately

The Compound Effect Over Time

Student A: All Advantages

Profile: White, English-speaking, middle-class family, home internet since 2000

1997 (Kindergarten): Learns to read, parents read to them nightly

2000 (3rd grade): Takes WASL on paper, scores proficient

2005 (8th grade): Internet homework, has home computer, completes all assignments

2010 (High school): Uses Google for research, types essays, strong GPA

2015 (Graduates): Takes SAT on computer, scores well, attends university

2019 (Age 22): College degree, enters middle-class workforce

2024 (Age 27): Career established, owns home, raises family with advantages

Barriers faced: ZERO. Advantages compound over lifetime.

Student B: All Disadvantages

Profile: Hispanic, ELL, low-income family, NO home internet until 2021 (hotspot during COVID)

1997 (Kindergarten): Learns to read, but in English (second language), slower progress

2000 (3rd grade): Takes WASL on paper, struggles with English, scores below standard

2005 (8th grade): Internet homework assigned, NO home internet, uses library (closes 6pm), homework often incomplete, grades drop

2010 (High school): Google Classroom required, still NO home internet, falls further behind, C/D grades

2015 (Should graduate): Doesn't pass graduation requirements, stays 5th year

2016 (Age 19): Finally graduates (5 years), doesn't attend college, works in food processing

2020 (Age 23): COVID hits, loses job temporarily, has young child, still no home internet

2024 (Age 27): Works same job as 2016, child entering school, cycle may repeat

Barriers faced: 6+ compounding over entire childhood. Disadvantages compound over lifetime.

Could This Have Been Prevented?

What If Districts Had Acted in 1998?

1998: Internet homework begins

What districts COULD have done:

Cost: ~$100-200K/year for district the size of Moses Lake

Benefit: Prevented 26-year homework gap, narrowed achievement gaps, improved graduation rates

Why Didn't They?

Possible explanations:

What Could Be Done Now?

Immediate Actions (2025)

Action Cost Impact Timeline
Universal Hotspots $225K/year Solves homework gap immediately for 1,580 students 1 month to deploy
District-Provided Home Internet $150-200K/year Better than hotspots, faster, more reliable 3-6 months to partner with PUD
Bilingual Tech Support $60K/year Helps families navigate signup, troubleshooting 1 month to hire
Parent Tech Training $20K/year Builds confidence, reduces barriers Ongoing workshops
Paper Homework Alternatives $10K/year Backup for students still without internet Immediate

TOTAL: ~$300-350K/year to solve the access problem completely

Compare to: Annual technology budget ~$500K, Total district budget ~$150M

This is 0.2% of the total budget. Technically trivial. Politically difficult.

Final Analysis: The Perfect Storm

Why This Happened

It wasn't ONE thing. It was the COMBINATION:

1. Demographic transformation (1990-2025):

2. Technology revolution (1998-2025):

3. The timing was catastrophic:

4. The barriers compounded:

The Bottom Line

What We Know

What Needs to Happen