IE University, recognized internationally for its high-quality teaching and prestigious partnerships, enables graduates to compete for top positions across all industries globally. We help our richly diverse students to shape and launch their professional careers, equipping them with all the resources and skills they need to succeed in the job market of today and tomorrow.
Our unique learning environment facilitates professional and personal growth, empowering students to discover their full potential while guiding them in their individual professional journeys.
Our students develop highly sought-after profiles and are actively recruited by employers of leading corporations even before they graduate. Our extensive network and close ties with the business world offer endless opportunities, from important positions in major multinational companies to roles in smaller organizations and startups. Other students choose to develop entrepreneurial projects either during or after their studies by building and managing their own companies.
Once you finish your degree, you’ll be ready to develop your career in a wide range of sectors. Whether you are inspired by working in governmental or corporate institutions, or many other sectors and organizations, as an IE University Applied Mathematics graduate, you will be more than prepared to use your expertise to create digital technologies to drive innovation. Below you will find some of the areas you can specialize in.
Cybersecurity experts are in charge of preventing possible cyber-attacks on organizations’ systems and networks and closing any flaws or loopholes.
Software developers build, design and program software for companies using a variety of skills and tools, ensuring software systems are functional.
AI modelers use machine learning techniques to discover insights and patterns within data. They focus on maintaining accurate reporting on this data.
Epidemiologists collect and analyze data to determine health issues. They research health trends in populations in order to identify treatments.
Public health experts develop programs that ensure the health of people and communities are protected. They play a key role in emergency preparedness.
Biomathematicians look at mathematical models and manipulate data in order to understand phenomena in biology and different biological systems.
Quantitative analysts apply mathematical methods to problems in the finance sector. These models help companies make better financial decisions.
Actuaries analyze the risk in financial costs using mathematics and statistics. They help businesses develop policies to minimize risks.
Investment managers guide clients on what to do with their funds to ensure an increase in value. They also ensure risks are minimized.
Consultants provide services in areas of mathematics requiring a practical application. They assist companies with mathematical modeling or probability.
Data engineers collect and manage data, converting it into usable information that organizations can analyze and use to improve their operations.
Data scientists examine, mine and clean data to help businesses optimize operations. They can also manage and analyze any amount of data.
Machine learning experts focus on developing algorithms that can adapt to relevant data to make accurate predictions.
Database administrators create and organize systems where they store and secure data. They also can provide this data to other authorized users.
Tech transfer managers translate lab research into products that affect people's lives. They also manage intellectual property from research.
A researcher develops mathematical models and proves theorems, applying them to real-life situations and data trends.
Official statisticians create surveys, experiments or polls to collect and analyze data. This data then can aid in companies’ decision-making.
Quantitative meteorologists analyze weather variables that impact energy markets and develop tools that extract weather information for companies.
Environmental modelers use various equations that can interpret and analyze real-world activities to create accurate environmental models.
A decision analyst ensures that the best decisions are made using a variety of strategies and mathematical models based on a company’s data.
Manufacturing consultants ensure manufacturing processes run efficiently while providing long-term solutions to problems in the production process.
Transportation scientists study human and transportation traffic. They also evaluate transportation systems to determine what changes should be made.
Aerospace technologists are in charge of spacecraft and aircraft, making sure they run smoothly and precisely in all operational aspects.
Operational researchers use mathematical and analytical techniques to ensure businesses operate optimally and with better business practices.
Graduating is only the first step in your ongoing professional journey. See where our former students are and discover the endless opportunities that await IE University’s graduates.
Graduates with a Bachelor's in Applied Mathematics can pursue a wide range of careers in various fields. Some examples include data analyst/scientist, actuary, quantitative analyst, research scientist, operations research analyst, financial analyst, and software engineer. Applied mathematicians possess a unique skill set applicable to many fields like natural and social science, engineering, and technology, among others.
Applied Mathematics is a highly versatile degree that can address various areas, including finance, engineering, science, and technology, among others. Graduates in Applied Mathematics have a unique skill set that enables them to solve complex problems, analyze data, and employ statistical methods to facilitate decision-making in different industries.
An Applied Mathematics degree is a highly valuable asset due to its career versatility and ability to apply mathematical concepts to real-world problems in finance, engineering, data science, and natural sciences. Graduates excel in critical thinking, problem-solving, quantitative reasoning, and the development of predictive models, making them highly desirable to employers. As a result, an Applied Mathematics degree offers a practical and valuable option for students who want to use mathematical concepts in a real-world setting.
The future of Applied Mathematics looks promising as it is in high demand in various industries, including technology, finance, engineering, and natural sciences. The field is continually evolving to adapt to new challenges and becoming increasingly crucial in areas such as artificial intelligence, machine learning, and data analysis. Advances in technology will create more opportunities for applied mathematicians to develop solutions, models, and processes in the future. Thus, students who pursue an Applied Mathematics degree can look forward to a bright future in problem-solving and innovation.
These are some of the highest paying math jobs and their average annual salaries according to BLS and Indeed in the US:
There are also other high-paying math jobs in various industries that require a math degree. Salaries may vary depending on education level, work experience, location, and industry.