Fundamentals of Statistics

  • Free to audit
  • Paid certificate
  • Course certificate
  • 17 weeks
Provider
MIT
Cost
Free to audit
Certificate
Paid, $300
Duration
17 weeks
Effort
10–14 hrs/week
Format
Instructor-paced
Language
English
Subjects
Data Science, Mathematics
Source
MIT Open Learning
Last verified
14 Sep 2026

All material is free; graded work and the certificate are paid.

18.6501x Fundamentals of Statistics is an MITx course in the MicroMasters Program in Statistics and Data Science. Its purpose is to develop the core ideas of statistics on firm mathematical grounds, starting from the construction of estimators and tests and the analysis of their asymptotic performance. After building the basic tools for parametric models, the course turns to more advanced questions: how suitable a model is for a dataset, how to select variables in linear regression, how to model nonlinear phenomena and how to visualise high-dimensional data. The stated goal is that you leave with the mathematical principles that link statistical methods together, not just a list of techniques.

The learning outcomes cover method of moments and maximum likelihood estimators, confidence intervals and hypothesis testing, goodness-of-fit tests for model selection, prediction with linear, nonlinear and generalised linear models, and principal component analysis. The course is instructor-paced and estimated at 17 weeks; the catalogue lists 10 to 14 hours per week. Auditing is free with access to all course materials, while the $300 certificate track adds graded assignments and exams and an MIT certificate on completion and can count toward the MicroMasters credential. OpenCourseWare's 18.650 Statistics for Applications covers related material without grading.

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What you’ll learn

  • Construct estimators with the method of moments and maximum likelihood and choose between them
  • Quantify uncertainty with confidence intervals and hypothesis tests
  • Select between models using goodness-of-fit tests
  • Make predictions with linear, nonlinear and generalised linear models
  • Reduce dimension with principal component analysis

Who it’s for

Learners comfortable with calculus, linear algebra and probability who want mathematically grounded statistics; not a first course in data analysis.

Source: MIT Open Learning (opens in a new tab) · Verified · Report a change

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