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Why study Industrial and Applied Mathematics?
This two-year Master’s programme trains you to solve real-world problems with a focus on Computational Science, Discrete Mathematics, and Statistics & Operations Research. The programme develops a future-proof and universal toolkit that can be used across every discipline and industry. Due to its educational excellence, the programme received the UPS George D. Smith Prize, placing it among the top programmes globally in its field.
Three unique strengths
The Master's in Industrial and Applied Mathematics at TU/e offers distinct advantages:
- Award-Winning Excellence: The degree is an award-winning programme, having received the prestigious UPS George D. Smith Prize, confirming its global standing and quality in the field of applied mathematics.
- Universal Toolkit: The curriculum develops a future-proof and universal toolkit that combines deep knowledge in Computational Science, Discrete Mathematics, and Statistics & Operations Research, allowing graduates to innovate across any discipline.
- Industry Application & Soft Skills: This is a hands-on programme where you’ll apply math to innovate in technology and manufacturing. It develops both technical and soft skills, preparing you for a career driving high-tech industry advancements.
Connection with semiconductors industry
The connection between Industrial and Applied Mathematics and the semiconductor industry in the Brainport region is critical. Advanced mathematical modelling is essential for optimising the complex, high-precision processes involved in chip manufacturing (lithography, etching, and deposition). Techniques from Computational Science and Statistics & Operations Research are used extensively for simulating physical processes, quality control, scheduling, and resource allocation in facilities like those of ASML and its suppliers. Graduates are prepared to use mathematical tools to solve the most intricate technical challenges facing the production of next-generation chips.
Programme structure
This is a two-year master’s programme focusing on three core areas: Computational Science, Discrete Mathematics, and Statistics & Operations Research. Located in the Brainport region, the programme emphasizes applying mathematical principles to real-world industrial and technological challenges. The hands-on nature ensures you gain practical experience, complementing the deep theoretical knowledge with the soft skills necessary for professional success.
The program offers also a specialized track together with the department of Applied Physics: Quantum Science and Technology. Unlike tracks that are primarily focused on engineering or algorithms, the QST track at TU/e offers a deeply integrative approach that spans physics, mathematics, and technology. It’s where Hilbert space meets hardware, enabling students to not only understand how quantum systems work but also why, as well as how to improve or control them from first principles.
Career perspectives
Graduates of the Industrial and Applied Mathematics Master's are highly valued for their ability to model, analyse, and solve complex problems in various industries. The programme prepares you for research roles or a career driving high-tech industry advancements. Career paths include roles as a Quantitative Analyst, Mathematical Modeller, Data Scientist, Operations Researcher, or R&D Specialist in sectors such as technology, manufacturing, finance, logistics, and healthcare. The programme's location and focus make it an excellent gateway to leading roles in the Brainport region's thriving high-tech and semiconductor industries.
