Maple for Professionals: Calculation Management with Maple - Maplesoft

The World's Most Powerful Engine for Technical Computing

Solve, analyze, and deploy mathematically rigorous models using symbolic computation, numeric solvers, AI-assisted workflows, and direct code generation — all in a single environment.

For over 40 years, Maple has been the math engine engineers reach for when the problem is too complex, too critical, or too important to get wrong.

Maple is a technical computing environment for engineers and researchers who need exact mathematics, reproducible analysis, and a direct path from derivation to implementation. It combines symbolic computation, numeric solvers, a math-native programming language, and code generation in a single system -  so you derive analytically, validate numerically, and deploy without reimplementation.

When the problem is genuinely hard, dimensionally complex, analytically demanding, or too sensitive for approximation — Maple is the tool that handles it. Not because it approximates well, but because it computes exactly.

- watch now -
Maple 2026 for Industry
Introducing Maple 2026 for Industry
Maple sits at the heart of Calculation Lifecycle Management (CLM) — the framework that moves engineering organisations from calculation storage to calculation intelligence.
AI is transforming how engineers work but it has a fundamental weakness. LLMs cannot be trusted with calculations. They approximate, they hallucinate, and they burn through compute tokens doing it. The solution isn't to avoid AI. It's to give your AI a math engine it can actually rely on - one built on 40 years of algorithm research and 9,000+ mathematical functions.
Maple AI Assistant
Your Technical Assistant Inside Maple
The Maple AI Assistant lives directly inside your Maple environment and understands it completely. Ask it in plain language to write code, build documents, explain results, or suggest next steps and get answers you can trust. Your active document is automatically used as context, responses include executable Maple code insertable at a single click, and every calculation is computed by Maple's verified engine, not the LLM.
Give any AI a Trusted Math Engine
Maple MCP connects your preferred LLM — ChatGPT, Copilot, Claude, or any other — directly to Maple's math engine. Every calculation gets delegated to Maple: exact results, fewer tokens consumed, and no more mathematical hallucinations. Whether you're an existing Maple user or simply want your AI to stop getting the math wrong, Maple MCP works for you.
- CORE CAPABILITIES -
Everything you need to go from problem to solution — in one environment
Symbolic & Numeric Computation
Maple solves problems analytically first — returning exact closed-form results wherever they exist and switches seamlessly to high-accuracy numeric methods when needed. Differential equations, linear algebra, optimization, integral transforms, and more, all handled with mathematical rigor you can rely on in production.
Algorithm Development
When your problem doesn't fit a standard solver, Maple gives you everything you need to build your own. A math-native programming language, access to thousands of mathematical functions, and the full symbolic engine as your foundation — so you can develop, test, and deploy custom algorithms without leaving your computing environment.
Give Your AI a Math Engine It Can Trust
Connect Maple directly to ChatGPT, Copilot, or any LLM and offload all computation to Maple's verified math engine. Your AI stops approximating and starts delivering exact, reproducible results.
High-Performance Computing & Large-Scale Problems
Maple's engine is built for performance at scale, with efficient algorithms, parallel computing support, and optimized solvers that handle large, dimensionally complex problems without sacrificing exactness.
Document Intelligence
Import PDFs, printed engineering notes, or handwritten scribbles directly into Maple. They're automatically converted into live Maple documents where every equation is active and ready to compute.
2D/3D Visualization
Generate publication-quality 2D and 3D plots with full control over style, layout, and formatting. Apply consistent plotting themes across all your graphs in a single step — keeping your reports, presentations, and client deliverables visually coherent and professional.
Code Generation
Generate optimized, production-ready code directly from your Maple models - in C, Fortran, Python, MATLAB, and more. Eliminate the manual translation step between analysis and implementation, and ensure your deployed code matches your verified derivation exactly.
Explore all the new features in Maple 2026
Built for the problems your industry actually has
Maple is used wherever rigorous mathematics drives engineering decisions. Its combination of symbolic computation, numeric analysis, and live documentation makes it applicable across every discipline where getting the math wrong is not an option.

See how electrical engineers use Maple to manage their calculations from start to finish for circuit analysis, electrical system modeling, and more.

Worst-Case Circuit Analysis

Signal Processing

See how mechanical engineers use Maple to manage their technical projects by using both symbolic and numeric math, a fully integrated units system, and more.

Reduce Downtime of Steam Turbines

Thermal Engineering Applications in Maple

See how engineers use Maple for predictive modeling and simulation projects using statistical estimation, hypothesis testing and inference, and many more.

Solving Kinematics for Medical Robots

Optimizing Product Performance

Monte Carlo Analysis in Maple

From fundamental mathematics to applied science, researchers worldwide rely on Maple to power ground-breaking work across mathematics, engineering, chemistry, biology, computing, and beyond.

- FAQs -
What engineers ask about Maple
Can Maple solve differential equations symbolically?
Yes. Maple is the world leader in symbolic ODE and PDE solving. It finds exact solutions to ordinary and partial differential equations, differential-algebraic equations (DAEs), and delay differential equations (DDEs) — including problems other systems cannot handle. Recent releases solve over 94% of linear recurrence sequences in the OEIS.
Can I connect Maple to ChatGPT or other LLMs?
Yes. Maple allows you to plug Maple directly into your preferred LLM as a math computation layer. This means your AI assistant can delegate all calculations to Maple's verified engine — eliminating numerical errors from AI-generated math.
Can Maple generate production code?
Yes. Maple's CodeGeneration package exports to C, C++, Python, Java, MATLAB, Fortran, and VBScript. Code is derived directly from verified symbolic expressions — including code embedded in worksheets and application components. There is no manual re-entry step.
How does Maple handle units?
Maple has a fully integrated units’ system. Dimensions are tracked throughout symbolic and numerical computation — including numerical differentiation. Unit errors are caught automatically. Recent performance improvements mean unit-bearing computations run up to 90x faster than in prior releases.
Can Maple connect to Python, MATLAB, or external AI tools?
Yes. Maple has native interfaces to MATLAB, Python, Excel, and Jupyter. It also supports Maple MCP, which connects external AI tools directly to Maple's math engine — so AI-generated mathematical results are computed by Maple rather than approximated by a language model.
What industries use Maple?
Maple is used across aerospace and defense, automotive, electrical and mechanical engineering, civil and structural engineering, energy, finance, and academic research and education. Its combination of symbolic power and documentation capability makes it applicable wherever rigorous mathematics is required.

Applications and Examples for Engineers

The Maple Application Gallery is a curated collection of free Maple applications from a diverse range of engineering and scientific disciplines.


Visit the Maple Application Gallery
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Join engineers and researchers at thousands of institutions worldwide who trust Maple for their most demanding calculations - from first-principles derivations to final design verification. Used by 8,000+ organisations across 90+ countries in aerospace, automotive, defence, energy, electronics, and industrial automation.