The Master's degree program in Industrial Mathematics focuses strongly on honing expertise and qualifications most in demand by industry and business partners. The program is very hands-on and students work on real-world industrial and business projects. Historically, the academic degree program in Industrial Mathematics has enjoyed a strong reputation among leaders in industry and in the business community and graduates are always in high demand!
Computational Mathematics is an academic math degree program but with more of an emphasis on topics related to computer sciences.
Be it medical imaging techniques or the world's largest space telescope, the Master's degree program in Industrial Mathematics is an opportunity to work at the crossroads of R & D and support mankind's greatest accomplishments.
Precision in mathematics combined with real-world challenges: the graduate degree program in Industrial Mathematics focuses on learning how to apply mathematical methods and models towards addressing solving complex, real-world challenges.
You will learn how to analyze data, identify patterns, and predict outcomes in an effort to assist companies and organizations in their decision-making processes.
The Master's degree program in Industrial Mathematics concentrates on mathematical modeling and numerical simulation, covering subject areas that include partial differential equations, inverse problems, and financial mathematics.
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Key Facts
Degree
Diplom-Ingenieur*in (DIin/DI)
Duration
4 semesters
ECTS
120 credits
Language
English (Level B2)
Location
Linz
Program
Full-Time
What Makes the Master's Program in Industrial Mathematics Special
The degree program in Industrial Mathematics offered at the Johannes Kepler University (JKU) Linz features a number of unique aspects that distinguish this program from other programs offered in similar subject areas
- Strong Focus on Real-World Applications: The JKU provides opportunities to work on real-world projects directly with industrial and business partners, including your Master's thesis. In this regard, academic education and real-world practices complement each other.
- Outstanding, Innovative Research: Students in Industrial Mathematics program benefit from opportunities to interact with leading scholars in their field, opening doors to actively take part in innovative research projects as well as opportunities to directly apply recent academic findings to day-to-day practices.
- The program provides access to a vast network of internationally renowned partners and research institutions, giving our students an opportunity to acquire international experience and connect with a global community of industrial mathematicians.
- Individal Support and Mentoring: The Master's degree program in Industrial Mathematics has a low student-faculty ratio, giving you an opportunity to not only get to know your professors, but also start your individual research activities very quickly.
If you are interested in a career at the crossroads of mathematics and industry, the combination of hands-on instruction, an interdisciplinary approach, strong research, international connections, and personal support makes the degree program in Industrial Mathematics at the JKU Linz particularly attractive.
Professor Ramlau talks about studying Mathematics at LIT
Professor Ramlau talks about what the Linz Institute of Technology (LIT) is all about, what you need to earn a degree in mathematics, what research and teaching mean to him, and the opportunities waiting here for you.
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Program Structure
As part of the Master’s degree program, students are required to complete courses totaling 120 ECTS credits in the following areas:
| Content | ECTS Credits |
|---|---|
| Mandatory subjects: Mathematic Modeling, Numerical Simulation | 31.5 |
| Electives: Core Exercises, Mathematical Seminars, Geometry, Mathematical Methods in Engineering, Mathematical Methods in the Economic Sciences, Numerical Analysis, Optimization, Probability Theory and Mathematical Statistics, Analysis, Knowledge-based Mathematical Systems, Number Theory, Soft Skills | 36
|
| Autonomous coursework | 12 |
| Master's seminar, thesis, examination | 40.5 |
| Total | 120 |
Master's Degree in Industrial Mathematics: Main Areas of Focus
The Master's degree program in Industrial Mathematics concentrates on the following areas:
- Mathematical modeling,
- Partial differential equations
- Numerical simulation
- Inverse problems
- Statistics
- Financial mathematics
What You Will Learn in Industrial Mathematics at the JKU
Students in the JKU Master's degree program in Industrial Mathematics expand on their professional expertise and learn, among other things
- the ability to work effectively as part of a team (particularly as part of an international team), how to grasp complex relationships quickly, and how to devise solutions to address complex issues
- understand the mindsets and methodologies used in other fields in order to collaborate effectively with peers in other subject areas
- how to communicate effectively and get to the heart of the issue
- how to hold scholarly presentations and speak in front of (“expert”) groups.
You will also learn how to work independently in the field of mathematics (including conducting base-knowledge research, in method development and mathematical applications), as well as how to independently continue your professional development
Did you know that...?
industrial mathematicians at the JKU were involved in creating algorithms designed to operate “ELT”, the world's largest telescope, located in the Chilean Atacama Desert.
Industrial Mathematics: Your Career Prospects
As an expert in Industrial Mathematics, you bring a unique combination of analytical skills and mathematical expertise to the table, particularly to industry and to the workplace, qualifying you to pursue a wide range of challenging and exciting career paths, including:
- Software Developer Specializing in Algorithms: Industrial mathematicians pursuing careers in software development frequently focus on creating complex algorithms designed to solve targeted problems, including issues related to artificial intelligence, machine learning, and computational simulation.
- Data Scientist: Use your expertise in statistics and machine learning to identify data patterns, generate predictive models, and assist in making data-driven decisions. Experts in this field are highly sought-after in almost every industry ranging from technology to healthcare.
- Quantitative Analyst in the Financial Sector (quants): Your responsibilities would include applying mathematical models to financial markets in an effort to evaluate risk as well as devise investment strategies and value financial instruments. Your role in hedge funds, at investment banks, and at insurance companies is crucial.
- Operations Research Analyst: Operations research analysts apply mathematical and analytical methods to help companies and organizations resolve issues in areas including resource allocation, production processes, and logistics. Their objective is to maximize operational efficiency and effectiveness.
- Systems Analyst: Your role involves analyzing current IT systems and business processes and identifying potential areas of improvement. You develop technical solutions to improve system efficiency, productivity and performance.
These professions demonstrate just how versatile industrial mathematics is across a range of sectors, offering attractive career prospects to those who would like to apply their mathematical expertise to real-world applications.
As an industrial mathematician and given the value of mathematical models and analytical skills in many areas of business, there are many opportunities to work in a variety of industries, including:
- Financial Services: This sector features an array of professional roles including quantitative analysis, risk management and algorithmic trading. Banks, investment firms and insurance companies depend on mathematical models to help make investment, portfolio management and pricing decisions.
- Technology and Software Development: Industrial mathematicians are involved in developing algorithms for use in software products and services, including those in artificial intelligence, machine learning, data analytics and more.
- Biotechnology and Pharmaceuticals: These industries rely on industrial mathematicians to apply statistical models and simulation tools in support of new drug discoveries, to optimize production processes, and run clinical trials.
- Power and Energy: Across both conventional and renewable energy sectors, industrial mathematicians assist in improving extraction techniques, forecasting power demand and supply, and creating efficient distribution systems.
- Logistics and Transportation: This sector applies mathematical models towards optimizing routes, managing supply chains and improving efficiency in transportation. Industrial mathematicians contribute to lowering costs and reducing delivery times.
- Academia, science, and research at universities and other post-secondary educational institutions as well as non-academic research institutions.
On average, graduates in this field find a job 2 months after completing the program.
„As a research associate at RICAM, I conduct R&D on adaptive optical systems for giant telescopes. We work with international universities and companies to create mathematical control algorithms, such as those used in the Extremely Large Telescope. Alongside my background in mathematics, my university studies taught me how to approach challenging problems with a flexible and structured mindset and how to persevere."As a research associate at RICAM, I conduct R&D on adaptive optical systems for giant telescopes. We work with international universities and companies to create mathematical control algorithms, such as those used in the Extremely Large Telescope. Alongside my background in mathematics, my university studies taught me how to approach challenging problems with a flexible and structured mindset and how to persevere.“
![[Translate to Englisch:] Bernadett Stadler JKU Linz Industriemathematik](/fileadmin/_processed_/f/a/csm_Bernadett-Stadler-Absolventin-Industriemathematik-Ricam-jku-linz-2024_de6b48837e.jpg)
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Requirements
In order to be admitted to the Master's degree program you must fulfill the following requirements:
- Graduates from the JKU’s Bachelor's degree program in Technical Mathematics can be admitted to the Master's degree program in Industrial Mathematics without any further constraints. We also welcome graduates from other undergraduate degree programs in STEM subject areas, either from the JKU or graduates from other universities/colleges.
- While a prior background in Industrial Mathematics is not a pre-requisite, students should possess a strong background in general mathematics. Students who lack a strong background in mathematics will, however, be required to complete certain supplementary courses. Please refer to the curriculum and if you are interested in the program, please do not hesitate to contact us!
- Submit proof of B2 level of proficiency in English
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Advanced Degree Programs
After completing your graduate degree, you can continue your education by pursuing an advanced degree:
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Master's Degree Programs at the JKU Linz
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