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beginnerCertificate$25/mo

Introduction to Statistics in Python

by Maggie Matsui · DataCamp

4.5
(5,500 reviews)
200K+ enrolled4 hoursUpdated 2024-08

Our Verdict

Worth it — with caveats

DataCamp's Introduction to Statistics in Python is a strong starter for absolute beginners who want hands-on, browser-based practice rather than theory lectures: it is a tightly scoped 4-hour course (15 videos plus ~54 coding exercises across 4 chapters) authored by Maggie Matsui, a DataCamp Curriculum Manager with a Statistics and Computer Science degree from Brown University. It earns a 4.7/5 from roughly 7,887 reviews on DataCamp's own platform (4.5/5 from 194 ratings independently aggregated by Class Central), and teaches summary statistics, probability and distributions, the central limit theorem, and correlation/experimental design using NumPy, pandas, SciPy, Matplotlib and Seaborn. The trade-off, echoed across independent reviews, is that its guided fill-in-the-blank format is deliberately shallow: it covers descriptive statistics and probability foundations but stops short of inferential testing depth (full hypothesis testing, regression, and confidence-interval theory live in follow-on DataCamp courses), and the exercises hold your hand enough that you will not build independent coding muscle from this course alone. It is genuinely useful as the on-ramp to DataCamp's Statistics Fundamentals track, not as a comprehensive statistics education. Recommended for beginners who learn by doing and accept they will need a follow-up course for inferential statistics.

Excellent, well-taught entry point for true beginners who want interactive practice and are already on (or planning to subscribe to) DataCamp, but the scope is narrow (descriptive stats, probability, distributions, correlation; not a full inferential-statistics course) and the guided exercises are too hand-holding to build independent skill, so it is only worth it as part of the broader Statistics Fundamentals track rather than as a standalone or for intermediate learners.

Best for: Complete beginners to statistics who already know basic Python/pandas and prefer learning by doing in an in-browser coding environment over watching long lectures; people working toward a data-analyst or data-scientist path who want a low-friction, zero-setup first statistics course; and existing DataCamp subscribers progressing through the Statistics Fundamentals in Python track.

Skip if: Intermediate or advanced learners who already know descriptive statistics and probability (they will outgrow it quickly); anyone needing rigorous, exam-style mathematical depth or proofs; learners wanting comprehensive inferential statistics (hypothesis testing, A/B testing, regression) in one course; people who want to build independent coding ability, since the fill-in-the-blank exercises are heavily scaffolded; and anyone unwilling to pay for a subscription, as only the first chapter is free.

About This Course

Learn statistics fundamentals covering probability distributions, correlation, hypothesis testing, and sampling with Python.

What You'll Learn

Compute and choose appropriate summary statistics — measures of center (mean, median) and spread (variance, standard deviation, IQR) — and reason about which to use
Generate random samples and calculate probabilities, including sampling with/without replacement, using real sales data
Model binary outcomes with the binomial distribution and continuous outcomes with the normal, Poisson, exponential, and t-distributions
Apply the central limit theorem and interpret the normal distribution via histograms and sampling distributions
Quantify linear relationships between variables using correlation (and visualize them with scatterplots in Matplotlib/Seaborn)
Recognize confounding variables and understand how experimental vs. observational study design influences conclusions
Use Python's NumPy, pandas, SciPy and the statistics module to perform the above on real datasets

Curriculum

Chapter 1 — Summary Statistics

Measures of center and spread (mean, median, variance, standard deviation, quantiles/IQR) and how to choose the right summary statistic for a given distribution. ~10 exercises.

Chapter 2 — Random Numbers and Probability

Calculating probabilities from real sales data, sampling with and without replacement, independence, and modeling binary outcomes with the binomial distribution. ~16 exercises.

Chapter 3 — More Distributions and the Central Limit Theorem

The normal distribution and histograms, the central limit theorem, and the Poisson, exponential, and t-distributions for modeling real situations. ~16 exercises.

Chapter 4 — Correlation and Experimental Design

Quantifying linear relationships with correlation, recognizing confounding variables, and how study/experimental design (observational vs. controlled) shapes the validity of conclusions. ~12 exercises.

Prerequisites

  • Basic Python familiarity (variables, functions, running code)
  • Working knowledge of pandas / DataFrames — DataCamp lists 'Data Manipulation with pandas' as the recommended prerequisite
  • No prior statistics knowledge required

Instructor

Maggie Matsui

Instructor · DataCamp

Pros & Cons

Pros

  • Zero-setup, in-browser interactive coding — every concept is immediately practiced on real datasets, with no Python installation required
  • Tight, well-sequenced 4-hour scope that takes a true beginner from descriptive statistics through distributions, the central limit theorem, and correlation without overwhelming them
  • Credible authorship: Maggie Matsui (DataCamp Curriculum Manager, B.S. in Statistics & Computer Science from Brown) and consistently high ratings (4.7/5 from ~7,887 DataCamp reviews; 4.5/5 from 194 Class Central ratings)
  • Teaches practical Python tooling (NumPy, pandas, SciPy, Matplotlib, Seaborn) alongside the concepts, so the statistics knowledge is directly applicable to data work
  • Slots cleanly into DataCamp's Statistics Fundamentals in Python track, giving a clear next step rather than a dead end

Cons

  • Deliberately shallow: covers descriptive statistics, probability and correlation but does NOT deliver full inferential statistics — comprehensive hypothesis testing, confidence intervals, and regression are pushed to separate follow-on courses despite 'hypothesis testing' appearing in catalog topic tags
  • Heavily guided, fill-in-the-blank exercises mean you practice recognition more than recall — multiple independent reviews note DataCamp exercises 'don't build independent coding muscle'
  • Not a standalone statistics education; intermediate learners and experienced data engineers will outgrow it within a few months
  • Paywalled beyond the first chapter — only Chapter 1 is free, so finishing requires a DataCamp subscription (and the monthly plan is poor value versus annual billing)

Alternatives To Consider

Frequently Asked Questions

Is Introduction to Statistics in Python free?

Introduction to Statistics in Python is $25/mo. Only Chapter 1 (the first chapter of every DataCamp course) is free; full access requires a DataCamp subscription. DataCamp's catalog entry lists $25/mo, but as of mid-2026 DataCamp prices Premium primarily on annual billing (roughly $27–$39/mo depending on plan and region, materially cheaper when billed yearly than month-to-month). There is no one-time purchase for a single course — you pay for the whole platform, so it is best value if you take multiple courses (e.g., the full Statistics Fundamentals track). Certificate of Completion is included; CPE credit requires passing a qualified assessment at 70%.

Who is Introduction to Statistics in Python for?

Complete beginners to statistics who already know basic Python/pandas and prefer learning by doing in an in-browser coding environment over watching long lectures; people working toward a data-analyst or data-scientist path who want a low-friction, zero-setup first statistics course; and existing DataCamp subscribers progressing through the Statistics Fundamentals in Python track.

What will you learn in Introduction to Statistics in Python?

Compute and choose appropriate summary statistics — measures of center (mean, median) and spread (variance, standard deviation, IQR) — and reason about which to use; Generate random samples and calculate probabilities, including sampling with/without replacement, using real sales data; Model binary outcomes with the binomial distribution and continuous outcomes with the normal, Poisson, exponential, and t-distributions; Apply the central limit theorem and interpret the normal distribution via histograms and sampling distributions.

What are the prerequisites for Introduction to Statistics in Python?

Basic Python familiarity (variables, functions, running code); Working knowledge of pandas / DataFrames — DataCamp lists 'Data Manipulation with pandas' as the recommended prerequisite; No prior statistics knowledge required.

Is Introduction to Statistics in Python worth it?

Excellent, well-taught entry point for true beginners who want interactive practice and are already on (or planning to subscribe to) DataCamp, but the scope is narrow (descriptive stats, probability, distributions, correlation; not a full inferential-statistics course) and the guided exercises are too hand-holding to build independent skill, so it is only worth it as part of the broader Statistics Fundamentals track rather than as a standalone or for intermediate learners.