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The Interdisciplinary Graduate Program in Applied Mathematics
Where Scientific Curiosity Meets Mathematical Innovation

Are you passionate about mathematics and eager to apply it to real-world scientific and engineering challenges?

Want to upscale your quantitative skills?

Our Interdisciplinary Program in Applied Mathematics is designed for exceptional students who want to push boundaries and explore the frontiers of research.

Why join the Program?

  • Academic Excellence & Interdisciplinary Research:
    This elite program brings together top students from all science and engineering faculties, offering a rare opportunity to bridge disciplines and engage in high-impact research.
  • A Focused First Semester:
    Begin your journey with advanced coursework in applied mathematics and exposure to a wide range of research topics. This semester is designed to build a strong foundation and spark your intellectual curiosity.
  • Choose from a Diverse Pool of Research Advisors:
    At the end of the first semester, you’ll select a research advisor from a broad and diverse group of leading researchers—spanning about 70 researchers from nearly every faculty at the Technion. Whether your interests lie in engineering, physics, computer science, life sciences, or beyond, you’ll find a mentor whose expertise aligns with your passion: Potential ad visors list
  • Tailored Course Plan:
    Together with your advisor, you’ll design a personalized course schedule that supports your research goals—blending theoretical depth with practical application.
Explore a World of Research Possibilities
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Students in the program gain exposure to a wide array of cutting-edge research areas, including:

Biomedical & Physiological Modeling, Epidemiology, Neural Systems
Machine Learning, Computer Vision, Signal & Image Processing
Probability & Statistics, Operations Research, Differential Equations
Computational Mathematics, Optimization, Cryptology, Robotics, Game Theory
Optics, Numerical Analysis, Computer Graphics, Hydrodynamics
Mechanics, Control Theory,

These fields reflect the program’s interdisciplinary spirit and its commitment to innovative research, offering students a unique opportunity to connect diverse domains of knowledge in pursuit of advanced and impactful scientific exploration.

“I’m still an undergraduate student and want to explore applied math research…”
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You’re in the right place! If you’re an undergraduate student with a strong interest in mathematics and its applications, there are several ways to get involved and prepare for future research:

●      Take Advanced Courses
Enroll in upper-level applied mathematics courses to build a solid foundation in theory and computation. Course list.

●      Join Research Projects
Many faculty members welcome motivated undergraduates to join their research groups, typically in the framework of a projects course.  This is a great way to gain hands-on experience,  explore different fields: Open projects

●      Participate in Summer Programs
Look out for summer research opportunities and internships at the Technion and beyond. These programs offer immersive experiences in real research environments.

●      Take the expository course and connect with Mentors
Reach out to faculty members whose work interests you. A short conversation can open doors to exciting opportunities. For Example the course “Selected topics in applied Mathematics” (1980014)

Curiosity and initiative are your best tools—start exploring now and you’ll be well-prepared to join the program when the time comes!

Collaborations at the frontier of science

The program is built upon close collaborations with leading researchers across the Technion campus. Students are invited to take part in cutting-edge interdisciplinary projects that integrate advanced mathematical methodologies to address global challenges in science and technology.

Participants benefit from prestigious scholarships and may also serve as teaching fellows in the Faculty of Mathematics. The academic environment is rigorous yet supportive, providing students with the tools to succeed in future careers in academia, research, and high-tech industry.

Lee Susman
As a graduate student in the applied mathematics program, I acquired tools for constructing theoretical models of complex biological phenomena, such as the computational processes underlying brain function. The elegance of the mathematical language has the potential to abstractify complexity, thus enabling deep insights and the identification of universal principles
Lee Susman Alumni
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