6 Best AI Tools for Math Proficiency (2025)

Math sparks strong feelings. For some learners, it’s a source of confidence and curiosity. For others, it’s a daily struggle filled with frustration.

Artificial intelligence is reshaping how students approach math. High school students use it to work through algebra homework. Researchers rely on it to solve advanced calculus proofs. Smart math tools make the process faster, clearer, and more personalized.

In this guide, we’ll share the best tools for math proficiency in 2025 and how they support students, teachers, and researchers. We’ll also cover what to consider when choosing the right one for your needs.

Why AI is Transforming Math Learning

Traditional math instruction often relies on one-size-fits-all explanations. Students who fall behind may struggle to catch up, while those more advanced can feel held back. AI-driven tools change that dynamic by adapting to each learner’s pace and style.

• Personalized learning: Adaptive algorithms adjust difficulty levels in real time, offering hints and step-by-step explanations that match the student’s current understanding.
• Problem solving: Digital problem solvers can break down complex questions into clear, sequential steps, helping students understand not only the solution but also the reasoning behind it.
• Research edge: New AI models released in 2025 are assisting with proofs, symbolic reasoning, and advanced problem-solving.
• Accessibility: AI tools now support multiple languages, visual learners, and students with different learning needs, making math education more inclusive.

Best AI Tools for Math Proficiency

Here are the standout AI tools for math this year, each with unique strengths for students, teachers, and researchers.

1. TeachShare 

TeachShare goes beyond solving math problems. It acts as a true classroom companion. Teachers can design differentiated lesson plans, build practice sets in minutes, and deliver instant feedback.

For students, it provides clear, step-by-step explanations across every level of math, from basic arithmetic to advanced calculus.

Best for: Teachers who want ready-to-use lesson plans and students who need structured practice.

Use case: A high school teacher uses TeachShare to generate three versions of the same algebra worksheet, one for beginners, one for intermediate students, and one for advanced students, saving hours of prep time.

2. ChatGPT with Wolfram Alpha Plugin

This combination allows natural language problem-solving. Students can type or speak a math problem in plain English, and the AI provides both the solution and a detailed explanation, complete with graphs and functions when needed. It’s best for individuals who want conversational explanations and visualizations of math and science problems. For example, a student can ask, “What’s the derivative of x²sin(x)?” and receive not only the answer but also a step-by-step breakdown with a graph of the function.

• Pros: Combines ChatGPT’s natural language abilities with Wolfram Alpha’s powerful computation, delivers instant step-by-step solutions with graphs and functions, and helps students see both the answer and the underlying process.
• Cons: Requires internet access and plugin availability, and outputs may still need teacher verification for edge cases or unusual problems.

Why teachers need this: This combination saves time by generating accurate, visual explanations for complex math or science problems. It gives teachers an immediate way to demonstrate concepts, check work, and offer students detailed, conversational explanations without having to build every example manually.

3. Photomath AI

Photomath has long been a favorite for snapping a picture of a math problem and getting instant solutions. The 2025 version expands its capabilities with AI-driven explanations that adjust to the learner’s level, making it a powerful homework help tool. It’s best for students who prefer visual input and need quick, clear solutions. For example, a ninth grader can take a photo of a tricky word problem and receive a step-by-step explanation that highlights the key mathematical concepts involved.

• Pros: Delivers instant solutions from a simple photo, adapts explanations to the learner’s level, and highlights key concepts to improve understanding.
• Cons: May encourage overreliance on the app instead of active problem-solving, and explanations can vary in depth for complex or unusual problems.

Why teachers need this: Photomath AI can be used as a diagnostic and teaching aid. It helps teachers quickly see how a problem can be broken down, identify where students struggle, and offer guided practice rather than just giving out answers.

4. Mathway

Mathway remains one of the most user-friendly AI math solvers, covering everything from basic algebra to advanced calculus. Its strength lies in speed and breadth. It’s best for students who need quick answers across a wide range of math topics. For example, a college student can use the platform to check solutions for a set of calculus problems before an exam.

• Pros: Offers instant answers across many math subjects, provides a simple interface that’s easy to navigate, and supports everything from quick checks to full problem sets.
• Cons: Limited explanations on how answers are derived unless using the paid version, and can encourage students to skip practicing problem-solving steps.

Why teachers need this: Mathway gives teachers a fast way to verify solutions, prepare examples, and show multiple approaches to a problem. It can also be used to help students check their own work and understand where they went wrong.

5. Powerdrill AI

Powerdrill AI is a newer entrant focused on higher-level problem-solving. It’s designed for advanced students and researchers tackling complex mathematical problems. It’s best for graduate students and researchers working on sophisticated equations or models. For example, a research team might use Powerdrill AI to test multiple approaches to solving a system of nonlinear equations.

• Pros: Handles complex, higher-level math beyond typical solvers, offers multiple solution approaches for research-level problems, and supports experimentation with advanced models.
• Cons: May be too advanced or overwhelming for beginners, and solutions often require subject-matter knowledge to interpret correctly.

Why teachers need this: Powerdrill AI equips instructors of advanced courses with a tool to explore and demonstrate complex problems quickly.

6. Playlab AI 

Playlab AI helps educators design their own AI-powered tools and activities using high-quality math curricula such as Illustrative Mathematics. Teachers can build or adapt apps that draw on standards-aligned content and knowledge graphs, making it easier to create assignments, practice problems, or explorations that match what students are learning. Rather than a pre-made adaptive system, Playlab gives teachers the framework and content connections to develop customized math experiences.

• Pros: It lets teachers tap into trusted math curricula like Illustrative Mathematics. Provides tools for creating curriculum-aligned assignments and apps. Helps educators organize content around standards and concept relationships.
• Cons: Does not come with pre-built adaptive feedback or automatic gamification. Requires teachers to design or configure their own activities, and some advanced features are still in beta or tied to training sessions.

Why teachers use this: Playlab AI gives educators more control over how they bring AI into math instruction. Instead of a closed system, it supplies content references and building blocks so teachers can craft activities that fit their students, keep lessons aligned with standards, and experiment with new ways to teach math.

Emerging 2025 AI math tools

Several new AI-driven tools are appearing this year, particularly for advanced research. These include models trained on mathematical proofs and symbolic reasoning.This offers new possibilities for higher education and research labs.

AI Tools for Math Teachers

AI is not just for students. Teachers are finding that these tools save time and improve classroom management by making lessons more engaging and structured. In fact, many teachers pair AI-powered math platforms with gamification strategies to boost motivation using points, badges, and interactive challenges to make practice feel like play.

• Reduced grading time: Autograding features in tools like TeachShare free up hours each week.
• Lesson prep: AI can generate lesson plans, practice problems, and differentiated resources in minutes.
• Classroom use: Real-time feedback helps teachers identify struggling students quickly, while gamified assignments keep students engaged.

Desmos extensions are also gaining attention, offering interactive graphing and visualization tools that make abstract functions more concrete.

AI for Math Research 

For researchers, AI is becoming a partner in discovery. New models trained on mathematical proofs and symbolic reasoning are beginning to accelerate the pace of breakthroughs. These tools can:

• Suggest possible proof strategies.
• Verify the accuracy of complex equations.
• Explore new mathematical concepts that would take humans much longer to test.

Graduate programs and research labs are starting to integrate these AI models into their workflows. This shift is making advanced mathematics more collaborative and efficient.

How AI Improves Math Learning for Students

AI tools are not just about solving problems faster. They are reshaping how students experience math.

• Confidence building: Instant feedback helps students correct mistakes before frustration sets in.
• Visualization: Graphs, simulations, and interactive models make abstract concepts tangible.
• Independent learning: Students can practice at their own pace, with AI acting as a tutor that never gets tired.

Case example: A high school sophomore struggling with algebra begins using TeachShare to generate custom practice sets and step-by-step examples for daily study. Over time, they see their test scores rise and feel more confident solving word problems because each set adapts to their level and gives instant feedback.

How to Choose the Right AI Math Tool

With so many options, the best tool depends on your goals.

• For homework help: Photomath, Mathway, or Microsoft Math Solver are strong choices.
• For classroom teaching: TeachShare and Playlab AI provide lesson planning, differentiation, and real-time insights.
• For advanced research: Powerdrill AI and emerging proof-focused models are leading the way.

Other factors to consider:

• Budget: Many tools offer free versions, but premium plans unlock advanced features.
• Features: Look for step-by-step explanations, visualization tools, and integration with your existing platforms.
• User experience: A user-friendly interface makes a big difference, especially for beginners.

Artificial intelligence is no longer a side tool in math education. It is becoming central to how students learn, how teachers teach, and how researchers push the boundaries of knowledge.

We encourage educators to explore how tools like TeachShare can transform lesson planning and classroom management. Students can experiment with Photomath, Mathway, or ChatGPT with Wolfram Alpha to see which fits their learning style. And researchers can look to the new generation of AI models as partners in discovery.

Ready to save time and give your students a better learning experience?

Build differentiated lesson plans, generate step-by-step solutions, and track student progress all in one platform, with TeachShare. From algebra worksheets to full-classroom management, TeachShare helps you spend less time on prep and more time teaching.