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Computational Physics: Scientific Programming with Python

Computational Physics: Scientific Programming with Python is a beginner-level online course from Udemy in Physics. It is structured in 11 modules with 4 stated learning outcomes. It is free to enrol, and a certificate is available on completion. Learners rate it 4.5/5 from 1.2K ratings on Udemy, with 9.2K enrolled.

Part of our Physics courses collection, where we compare it against 2 other courses.

★★★★★4.5(1.2K reviews) 9.2K learners English

Course highlights

Provider Udemy
Level Beginner
Mode Self-paced
Language English
Certificate Yes — shareable certificate
Rating 4.5★ (1.2K reviews)
Learners 9.2K
Price Free Free

What you’ll learn

Getting Started: A beginner-friendly crash course about NumPy, functions, loops, conditionals, lists, arrays & plots
Numerical methods: Derivatives & integrals, differential equations & eigenvalue problems, interpolation & Monte Carlo methods
Practice at Physics Problems: Moment of inertia, magnetic field of a wire, radioactive decay, harmonic oscillators, free fall, rolling balls
Application to Advanced Problems: Chaotic systems, heat equation, 3-body problem, spaceship mission, coupled pendulums, magnetism, graphene & quantum physics

Level and time commitment

Udemy lists this course at Beginner level.
No prior experience in the subject is assumed — this is where the provider expects a newcomer to start.

Skills you’ll gain

Thing

What this course covers

11 modules

The 11-part outline Udemy publishes for this course.

Module 1 · Python installation via Anaconda & Alternatives
Module 2 · [Optional] Python Crash Course
Module 3 · Series expansion, interpolation & data fitting
Module 4 · Derivatives
Module 5 · Integrals
Module 6 · Differential equations I: Basics and 1-dimensional problems
Module 7 · Differential equations II: Multiple dimensions
Module 8 · Eigenvalue problems
Module 9 · Monte Carlo algorithms
Module 10 · [Add On] Quantum mechanics: Solving the Schrödinger equation
Module 11 · [Add on] Nobel prize lecture: Electronic properties of graphene

What learners rate it

4.5
★★★★★
1.2K ratings

Rated 4.5/5 by 1.2K learners on Udemy (checked 26 Aug 2026).

This rating is collected by Udemy from its own enrolled learners. We reproduce it as reported and do not accept paid or incentivised reviews. See it on Udemy →

How this page is put together

Compiled by the 10courses editorial desk. Fees, ratings, duration and certificate details for the 1 course shown are read directly from Udemy course pages — we never estimate a price or a rating. Last verified 26 August 2026.

How we compare and rank courses · Our review policy · Affiliate disclosure

Compare with alternatives

Same topic, different trade-offs — here's who runs each one and what it's best at.

Course Provider Rating Price Duration Why pick this one
Computational Physics: Scientific Programming with Python This Udemy 4.5★ Free Free — certificate included
Quantum Physics from Beginner to Expert (Quantum mechanics) Udemy 4.6★ Free Free — and still gives a certificate
The Complete Quantum Computing Course Udemy 4.5★ Free Free — certificate included
See all Physics courses →

Common questions

Is Computational Physics: Scientific Programming with Python free?

Yes. Udemy lists it as free to enrol. A certificate is available on completion — providers often charge separately for the certificate even when the course itself is free, so check the fee on the provider page before you count on it.

Does Computational Physics: Scientific Programming with Python come with a certificate?

Yes — Udemy lists a certificate on completion. It is a course certificate, not a formal qualification or university credit.

Is Computational Physics: Scientific Programming with Python suitable for beginners?

Yes. Udemy lists it at Beginner level, so no prior experience in the subject is assumed.

What does Computational Physics: Scientific Programming with Python cover?

It is organised into 11 modules, starting with Python installation via Anaconda & Alternatives and going on to [Optional] Python Crash Course, Series expansion, interpolation & data fitting, Derivatives, Integrals, among others. The full outline is on this page.