UniversityGraduate

MSc Mathematics

Subject-wise MSc Mathematics notes retained for universities and learners still following the MSc structure.

Subject and course map

What you study in MSc Mathematics

Graduate-level discovery across pure, applied and computational mathematics. MSc courses are selected by programme and specialization; this page links subject families to the real Library records without inventing semester-specific resources.

Course family

Advanced Real and Complex Analysis

Advanced RealComplex Analysis

Study measure, integration, functional viewpoints, complex functions and deeper convergence questions. The emphasis may be theoretical, applied or computational depending on the programme, course level and learner's chosen specialization.

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Course family

Advanced Algebra

Advanced Algebra

Continue with algebraic structures, modules, field ideas, representations and selected modern topics. The emphasis may be theoretical, applied or computational depending on the programme, course level and learner's chosen specialization.

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Course family

Topology and Differential Geometry

TopologyDifferential Geometry

Examine topological spaces, manifolds, curves, surfaces and geometric structure. The emphasis may be theoretical, applied or computational depending on the programme, course level and learner's chosen specialization.

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Course family

Numerical Analysis and Scientific Computing

Numerical AnalysisScientific Computing

Investigate stable algorithms, approximation, error analysis and computational experiments. The emphasis may be theoretical, applied or computational depending on the programme, course level and learner's chosen specialization.

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Course family

Ordinary Differential Equations (ODE) and Mathematical Physics

Ordinary Differential Equations (ODE)Mathematical Physics

Connect analysis and modelling through ODE, PDE, mechanics and mathematical-physics problems; PDE remains a separate subject. The emphasis may be theoretical, applied or computational depending on the programme, course level and learner's chosen specialization.

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Course family

Fluid Mechanics I / Fluid Dynamics I

Fluid Mechanics I / Fluid Dynamics I

Use a first-course mathematical fluid-dynamics pathway for applied modelling, potential theory, viscous extensions and revision. The emphasis may be theoretical, applied or computational depending on the programme, course level and learner's chosen specialization.

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Course family

Tensor Analysis and Differential Geometry

Tensor AnalysisDifferential Geometry

Review vector/tensor methods, metrics, covariant differentiation and curvature as a bridge into graduate geometry and mathematical physics. The emphasis may be theoretical, applied or computational depending on the programme, course level and learner's chosen specialization.

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Course family

Optimization, Probability and Statistics

OptimizationProbabilityStatistics

Explore mathematical decision-making, stochastic models, inference and optimization methods. The emphasis may be theoretical, applied or computational depending on the programme, course level and learner's chosen specialization.

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Higher-education questions
Which subjects are common in BS Mathematics?

Calculus, linear algebra, discrete mathematics, analysis, algebra, differential equations, probability or statistics and computing are common subject families, but each university approves its own scheme.

What is studied in Real Analysis?

Real Analysis develops rigorous ideas of sequences, limits, continuity, convergence, differentiation, integration and the structures that support advanced mathematics.

How do MSc and MS Mathematics differ?

The distinction depends on the institution. An MSc may be course-led, while an MS is often more research-oriented; check the official programme and thesis requirements.

Where can I find research and thesis support?

Use the research Library shelf, the existing Mathematics Software & Tools page and your institution’s supervisor or research office for approved direction.

Degree to course discovery

Degree → University → Subject → Resource

Use the degree pathway, university programme, Mathematics subject and genuine The Math Hub Library resource together. University eligibility, semester placement and current programme rules remain institution-specific.

MSc Mathematics · complete book shelf

All University Mathematics Books & Notes

This same poster directory is mirrored across ADP, BS, BSc, MSc, MS and MPhil Mathematics. Every card opens one canonical The Math Hub HTML resource, so a book remains easy to find from any programme section without creating duplicate pages.

Graph Theory Volume I complete solved mathematics book by The Math Hub
Canonical book / notes

Graph Theory — Volume I

A 21-chapter university Graph Theory resource covering graph models, degree sequences, isomorphism, matrices, paths, connectivity, Eulerian and Hamiltonian graphs, trees, spanning trees, graph algorithms, planarity, duals, colouring, matching, digraphs, network flows, enumeration and applications.

Open canonical resource →
Real Analysis II complete course book poster
Canonical book / notes

Real Analysis II — Complete Course Book

A complete 20-chapter Real Analysis II course resource covering rigorous Riemann and Riemann-Stieltjes integration, bounded variation, improper integrals, uniform convergence, power series, approximation, Fourier series, Euclidean spaces, multivariable analysis and multiple Riemann integration.

Open canonical resource →

Programme placement is a discovery aid; course titles, semester placement and official syllabus rules remain institution-specific. The poster, title and canonical link above are the same across every mirrored degree section.

Foundation / revision

Foundational Calculus & Vector Calculus Revision

Review Calculus I–III, multivariable calculus, multiple integration and vector-calculus foundations used in advanced MSc Mathematics courses.

Calculus I complete notes posterCalculus II complete notes posterCalculus III complete notes poster
Explore Complete Calculus →
Prerequisite / revision discovery

Plane Curves & Analytic Geometry — Complete Course Notes

Use this undergraduate resource for prerequisite and revision work. It is not presented as an advanced MSc geometry replacement. Study Plane Curves & Analytic Geometry for ADP and BS Mathematics with conics, polar and parametric curves, tangents, normals, curve tracing, curvature, 3-D lines, planes and quadric surfaces, plus detailed solved exercises.

Open the complete Plane Curves & Analytic Geometry resource →
Books, notes & solutions · MSc algebra resources

Abstract Algebra-II — Rings, Fields & Modules

Use the same canonical Resource-03 HTML page for MSc-level algebra revision and related Rings, Fields and Modules study. This is a discovery placement, not an official MSc syllabus or university endorsement.

Open the complete Rings, Fields & Modules resource →
Foundation / revision resource

Topology Volume I — General Topology / Point-Set Topology

Use the canonical Topology Volume I resource for prerequisite, revision and advanced General-Topology preparation. This is contextual discovery, not a claim that every MSc/MS syllabus has the same course structure.

Open the complete Topology Volume I resource →
Books, notes & solutions · vector/tensor course family

Vector and Tensor Analysis — Course Book + Volume II Solutions

Keep the primary theory course book and its separate Volume II exercise-solution companion discoverable from the same programme shelf. These are navigation aids and do not claim an official university syllabus.

Open Vector and Tensor Analysis course book →Open Volume II Complete Exercise Solutions →
Foundation / revision resource

Ordinary Differential Equations (ODE) — Complete Course Notes & Book

Use the same canonical resource for MSc revision and advanced study across systems, stability, boundary-value problems, Sturm–Liouville, numerical ODEs and asymptotic methods.

Open the complete Ordinary Differential Equations (ODE) resource →
Foundation / revision resource

Numerical Analysis-I and Numerical Analysis-II — Complete Course Resources

Use the two canonical resources for Numerical Analysis and computational-methods revision: Numerical Analysis-I establishes the foundation, while Numerical Analysis-II advances into stability, BVPs, Krylov methods, PDEs, FEM and verified scientific computing.

Open Numerical Analysis-I →Open Numerical Analysis-II →
Foundation / revision resource

Integral Equations — Complete Solved Solutions

Use this canonical Solutions resource for Integral Equations revision; exact university course placement remains authoritative. Study Integral Equations with 426 mathematics-first worked problems and applications covering Fredholm, Volterra, integro-differential, singular and nonlinear equations, plus numerical methods and applications. Reference-aligned to Abdul-Majid Wazwaz, Second Edition.

Open the complete Integral Equations Solutions resource →
Foundation / revision resource

Fundamentals of Mechanics — Complete Course Book

Use the same canonical Fundamentals of Mechanics resource for relevant Theoretical Mechanics / Dynamics foundation and revision; institution-specific naming and sequencing remain authoritative.

Open the complete Fundamentals of Mechanics resource →
Advanced foundation / revision resource

Classical Mechanics — Complete Course Book

Use the canonical Classical Mechanics resource for relevant Mechanics, Analytical Dynamics and Mathematical Physics revision; institution-specific naming and sequencing remain authoritative.

Open the complete Classical Mechanics resource →
Foundation / applied mathematics resource

Partial Differential Equations (PDE) — Complete Course Book

Study Partial Differential Equations from characteristics and classification to wave, heat, Laplace/Poisson equations, Fourier and Laplace transforms, Green functions, numerical PDEs, Sobolev spaces, variational methods and nonlinear PDEs. This is one canonical HTML resource for the relevant BS, legacy BSc and MSc discovery placement; institution-specific schemes remain authoritative.

Open the complete Partial Differential Equations (PDE) resource →
Books, notes & solutions · Functional Analysis

Functional Analysis — Volumes I–IV

Use the four distinct canonical Functional Analysis resources for BS and MSc discovery: core foundations first, then advanced theory, applications and advanced topics where the approved scheme supports them. University course names, codes and semester placement remain institution-specific.

Open the Functional Analysis series hub →
Foundation / revision resource

Differential Geometry — Complete Solved University Notes

Use the canonical Differential Geometry notes for Applicable Differential Geometry, classical curves and surfaces, curvature, geodesics and traditional BSc/MSc revision; institution-specific schemes remain authoritative.

Open the complete Differential Geometry resource →
Foundation / revision resource

Discrete Mathematics — Complete Course Book

Use this complete undergraduate resource only for relevant MSc foundation or revision support; it is not a universal MSc core resource.

Foundation / revision resource

Graph Theory Volume I — Complete Notes, Proofs & Algorithms

Use the same canonical Graph Theory Volume I page for legacy BSc/MSc Graph Theory, Discrete Mathematics and combinatorics discovery; institution-specific schemes remain authoritative.

Open the complete Graph Theory Volume I resource →
Foundation / revision resource

Number Theory — Complete Course Notes & Book

Use this complete resource for relevant MSc foundation or revision support; advanced algebraic and analytic chapters are explicitly bounded by prerequisites.

Open the canonical Number Theory resource →
Foundation / revision resource

Special Functions-I — Complete Solved Notes for BS & MSc Mathematics

Use this canonical Special Functions-I resource for classical and generalized special-functions revision, including Gamma/Beta, hypergeometric, Bessel, Legendre, orthogonal polynomials, Airy functions and mathematical-physics connections.

Open the complete Special Functions-I resource →
Books, notes & solutions · Real Analysis / Pure Mathematics

Real Analysis I Volumes I–III and Real Analysis II

Use the separate canonical Real Analysis I volume family and Real Analysis II resource for MSC Mathematics discovery; institution-specific syllabi remain authoritative.

Volume II keeps its separate reserved placement on the Real Analysis I family page until the exact asset is available.

Open the Real Analysis I volume family →Explore Volume III →Open the separate Real Analysis II resource →
Books, notes & solutions · Complex Analysis / Complex Variables

Complex Analysis — Volume I / Complex Analysis I / Complex Variables

Use the same canonical Complex Analysis Volume I resource for relevant ADP, BS and legacy BSc/MSc discovery. Institution-specific course names, codes and semester placement remain authoritative.

Open the complete Complex Analysis Volume I resource →