Immutable package version
publiccourseMCF 1.1
Numerical Methods and Scientific Computing 0.2.0
Published by @apv on August 12, 2026.
- Source checksum
0b70c2c8ae87ca525a6d789997abb352cb87c4cb08e53601a5e4a47df3a5d9c9- Package size
- 518.7 KiB
- Validation
- valid · 0 diagnostics
- Manifest ID
courses.theoria.polytechnical.numerical-methods-scientific-computing- Manifest version
- 0.2.0
- Entry
undefined- Language
- en-CA
- License
- CC-BY-4.0
- Authors
- APV, Theoria
- Subjects
- mathematics, numerical analysis, scientific computing, numerical linear algebra, optimization
- Level
- intermediate
- Structure
- 37 lessons · 64 activities · 189 questions
Learning outcomes
- Reason about floating-point representation, cancellation, forward/backward error, conditioning, and algorithmic stability.
- Implement and verify root finding, interpolation, finite differences, quadrature, and scalar optimization methods.
- Solve dense and sparse linear systems with pivoting, factorization, conditioning, refinement, and iterative methods.
- Implement explicit ODE methods, Runge-Kutta schemes, convergence studies, and stability/stiffness diagnostics.
- Build reproducible scientific-computing workflows with benchmarks, tests, error budgets, and numerical/model-error separation.
Release notes
No release notes were provided.
Canonical source is immutable
This release points to the validated source `.mcf.zip`. Browser-compiled learner output is derived and is not treated as repository source.