Mathspace is on a mission to transform mathematics education. We believe that every student can learn and grow in mathematics with the right support—and we’re building the most intelligent, adaptive platform to make that possible.
For over a decade, we’ve pioneered interactive, feedback-driven math learning experiences used by hundreds of thousands of students and teachers globally. But we’re just getting started.
The future of math education is one where AI helps every learner receive personalized, real-time guidance—just like a tutor would. And we’re building it.
We’re a passionate, mission-driven team that blends deep educational insight with cutting-edge technology. At Mathspace, your work directly impacts how the next generation learns.
As an AI Product Engineer at Mathspace, you'll lead the development of intelligent learning experiences powered by large language models (LLMs) and other forms of generative AI. From concept to production, you’ll build novel product features that help students get timely hints, conversational feedback, and human-like math support—at scale.
You’ll join a cross-functional product squad of engineers, designers, educators, and product managers, and work across the stack to explore what’s possible at the intersection of pedagogy and AI. You'll evaluate models, design prompts and evaluation frameworks, and help us ship polished experiences to classrooms around the world.
We're still in the early days of our AI journey, and you'll be a key contributor in shaping our strategy, systems, and culture around building with LLMs.
Requirements
Benefits

Mathspace is on a mission to personalize mathematics instruction, learning and assessment.
Our adaptive algorithm tailors mathematics learning pathways in real-time based on a student’s strengths and knowledge gaps. As a student develops mathematics skills on Mathspace, individual questions and topics adjust to the appropriate rigour.
For students, Mathspace feels much like a personal tutor. Students get instructional support at each step of problem solving. Hints and video lessons are mapped to each independent practice question.
Teachers can promote self-directed learning, or assign custom practice for their students. With national curricula from a number countries, teachers have access to up-to-date digital materials that adapt to each student’s unique needs.