Live Online Classes • Grades 10–12 • Python & Real Data • Project-Based

Instructor guiding a high school student through data analysis on a computer in a modern classroom setting

From Data to Decisions — The Skills Behind Every Industry

Data science, machine learning & optimization — starting in high school

From finance to healthcare to supply chains — every industry relies on people who can analyze data and optimize decisions. Your child starts building those skills here. Small classes of 4–6. Real projects from week one.

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Data Science & Optimization

The Data Literacy Gap

Live Online Classes · Grades 10–12 · Python & Real Data

Every industry — from healthcare to sports to finance — now runs on data. Yet most high school students graduate without ever learning how to analyze data, think statistically, or build a model.

34% projected growth in data science roles over the next decade — nearly 4× faster than the average occupation — making it one of the fastest-growing career fields in America.

Source: U.S. Bureau of Labor Statistics, Occupational Outlook

Most enrichment programs stop at basic coding. APRISE goes further — teaching students to collect, clean, visualize, and model real-world data using Python, starting in high school.

APRISE bridges that gap — starting in high school.

Small groups of 4–6 · Taught personally by our founder · Project-based from day one

Without Data Skills, Students Often...

Arrive at college without the skills professors expect

Python and SQL appear in over half of data-related job postings — yet most high schoolers graduate without writing a single line of code for data analysis. When college courses assume data literacy from day one, unprepared students start behind.

Blend in on college applications

Every applicant lists AP classes and a strong GPA — admissions committees need something more to remember your child. A data science portfolio gives them exactly that:

Prediction Models Data Dashboards Optimization Solutions Analysis Reports

Never see why math actually matters

"When will I ever use this?" — every parent has heard it. Data science and optimization answer that question every class: algebra powers prediction models, statistics uncover real-world trends, and linear programming optimizes real decisions.

Section 3 — DS&Op Courses

Our Programs

Data Science & Optimization Courses

Three rigorous tracks that take students from data fundamentals to real-world optimization — building the analytical thinking colleges and employers seek.

Monthly

$245/mo

Full Payment

$665

Duration

8–12 weeks

Class Size

4–6 students

Format

Live Online

Teen student smiling at camera with data science charts and Python IDE open on laptop screen, classroom setting — Aprise Learning Data Science Foundations course for Grades 10–11
Foundations Grades 10–11 Winter

Data Science Foundations

Where intuition meets evidence. Students learn to collect, clean, and analyze real data — building the statistical thinking that drives confident, data-backed decisions.

  • Data collection, cleaning, and visualization
  • Descriptive statistics and probability
  • Correlation, regression, and trend analysis
  • Python and spreadsheet tools included

Right level? Your free evaluation will confirm.

View Course Details
Teen student smiling at camera with Advanced Data Science dashboard showing charts, scatter plots and model performance on laptop screen, machine learning textbook on desk, classroom setting — Aprise Learning Advanced Data Science course for Grades 11–12
Advanced Grades 11–12 Spring

Advanced Data Science

From patterns to predictions. Students apply inferential statistics, build multi-variable models, and interpret results with the precision expected in college-level analytics coursework.

  • Hypothesis testing and inferential statistics
  • Multi-variable regression and model evaluation
  • Data storytelling and visualization
  • Introduction to machine learning concepts

Right level? Your free evaluation will confirm.

View Course Details
Student solving linear programming problem
Optimization Grades 11–12 Spring

Optimization & Linear Programming

Where math meets real-world decisions. Students model and solve constrained optimization problems — the same frameworks used in logistics, finance, and operations research.

  • Linear programming and constraint modeling
  • Sensitivity analysis and feasibility regions
  • Real-world applications: logistics, finance
  • Solver for constrained problems — computational tools

Right level? Your free evaluation will confirm.

View Course Details

Not sure where to start? Book a free evaluation

Real Projects, Real Skills

What Your Child Will Actually Build

Not abstract exercises — tangible projects students are proud to show off. Here’s what they create at each level.

Foundations · Grades 10–11
Visualization

Data Dashboards

  • Visualize sports performance trends
  • Chart weather patterns and stock data
  • Interactive charts with real datasets
Data Cleaning

Analysis Reports

  • Clean messy, real-world datasets
  • Present findings with charts & narrative
  • Draw conclusions from raw data
Automation

Python Scripts

  • Automate data collection & filtering
  • Summary statistics at the push of a button
  • Real Python syntax from day one
Advanced · Grades 11–12
Machine Learning

Prediction Models

  • Predict housing prices from real data
  • Forecast student performance outcomes
  • Evaluate model accuracy & improve it
Classification

Classification Projects

  • Build a spam detection classifier
  • Sentiment analysis on real reviews
  • Train, test, and refine algorithms
Portfolio

Capstone Portfolio

  • End-to-end: collect → analyze → model → present
  • Polished enough for college applications
  • Real data, real conclusions, real impact
Optimization · Grades 11–12
Linear Programming

Resource Allocation

  • Optimize a budget or production schedule
  • Allocate limited resources under constraints
  • See math drive real decisions
Applied Math

Real-World Scenarios

  • Solve logistics and routing problems
  • Plan production runs and supply chains
  • Model decisions companies actually face
Computational

Math + Code Integration

  • Write Python that finds optimal solutions
  • Use Solver for constrained problems
  • Bridge mathematical thinking & code

Where It Leads

Students who complete Data Science & Optimization are prepared for college-level statistics, data science programs, and AP Computer Science — with a portfolio that proves it.

Book a Free Evaluation

The APRISE Difference

Why Parents Trust APRISE
for Data Science Education

Six reasons families choose APRISE to build their child's data skills — and keep coming back.

01
Curriculum

Real Projects, Not Just Theory

Students work with real datasets — sports stats, weather patterns, stock market data — not textbook exercises. Every session produces something tangible they can show off to friends, family, and college admissions committees.

02
Progression

From Spreadsheets to Python

We build skills progressively — from data analysis fundamentals to Python programming and machine learning basics. No student is dropped into the deep end without preparation. Each course is a deliberate next step, not a leap.

03
Class Size

Small Groups, Personal Attention

Maximum 4–6 students per session. No one falls behind unnoticed, and no one is held back by a slow-moving classroom. Every student gets real, hands-on guidance every single class.

04
Teaching

Taught by the Founder

Lusine teaches every class personally. Your child learns directly from the curriculum designer — not a rotating roster of instructors. The same person who built the course is in the room every week, invested in every student's progress.

05
Methodology

Critical Thinking First

We teach students to ask the right questions before running the analysis — the skill employers value most. Data without interpretation is just noise. Interpretation without curiosity is just guessing. We train both.

06
Outcomes

College-Ready Portfolio

Students graduate with completed projects they can showcase on college applications and resumes. A data science portfolio built in high school signals initiative, technical depth, and real-world problem-solving — exactly what selective programs want to see.

Simple Process

How It Works

Three steps from first conversation to your child's first real data project.

1

Free Evaluation

We assess your child's math background, coding experience, and interests to find the right starting point — no guesswork, no pressure.

2

Your Child's Learning Path

We recommend which course to start with and map out the full trajectory — from Foundations through Advanced and Optimization.

3

Start Building

Your child begins working with real data from week one — no warm-up exercises, no textbook problems. Real datasets, real insights, from day one.

Get Started Today

Ready to Future-Proof
Your Child’s Skills?

Data science is the language of the future. Give your child a head start with APRISE’s hands-on, small-group programs — taught personally by our founder.

No commitment required  ·  Free 30-minute evaluation  ·  Limited spots available