Program Contact: Dr. Marius Buliga

Math is the universal language. If you are interested in learning more about this language, then our applied mathematics major may be a great choice for you. As an applied mathematics major, you'll use math to understand real-world problems like population growth and AIDS-related issues. You'll work on some interesting projects: Ranking sports teams. Looking into renewable energy alternatives. Investing. You may even get a chance to co-write a paper with one of your professors. And get it published in a math journal. Think how good that will look on a resume. And, there are many career options for math graduates. With the knowledge that you'll have, you'll be needed in many areas: Science and technology. Banking. Civil service. The computer industry. Or, you can go to graduate school to earn a master's or doctoral degree. What you can do with a degree in Applied Mathematics. Suggested 4-year plan of study. ... [-]

At Siena, mathematics majors have learning experiences that extend far beyond the classroom. Our students attend and present at national math conferences. They get accepted to programs and internships sponsored by the National Science Foundation, the American Mathematical Association, and The George Washington University. They conduct research with professors. And they enroll in semester-long math programs at Penn State and Smith College, and in Moscow and Budapest.... [-]

The Bachelor of Science degree in Mathematics offers a high-quality education meeting the instructional and professional needs of our students, nurturing in them an appreciation of mathematics, abstraction, rigor, and justification.

The degree prepares our students for mathematically related careers in education, government, and the private sector, as well as for graduate studies in mathematics. Students choose from three concentrations: Applied Mathematics, Applied Mathematics with Computer Science, and Pure Mathematics.

The Applied Mathematics concentration focuses on mathematical tools used in other disciplines. Specifically, students will gain an understanding and experience with the practical applications of differential equations, numerical analysis, and operations research. Coursework includes core Mathematics courses as well as required courses from Biology, Chemistry, and/or Physics.... [-]

Mathematics is a fundamental tool for the modern world. Mathematical analysis and modeling assist in weather forecasting and earthquake prediction, in the design of aircraft and electronic devices, in the development of secret codes for the secure transmission of information and in financial analysis and economic forecasting.

The program in mathematics at D.U. prepares you for the many opportunities in these fields. Our students move on to careers in high-tech industries, the aerospace industry, the information management world, teaching and more. Some students may choose to pursue graduate work in mathematics, computer science or other fields.

The BS and BA in Mathematics provide a strong foundation in mathematics with a particular emphasis on the development of logical and analytical problem-solving skills. This major is often combined with a major or minor in an application area such as natural sciences, computer science, or business. Career opportunities include mathematical analyst, scientific applications programmer, programmer analyst, actuary, and teacher.... [-]

The Bachelor of Science is a three-year programme comprising twenty-four courses; of which eight courses are at 100-level, eight courses at 200-level, and eight courses at 300-level. The disciplines permitted as a major or minor for the Bachelor of Science degree in 2017 are:

Mathematics is considered to be the foundation of all science. It is the language used by engineering, applied science, life science, social science, and business.

There is a high demand for people with a solid mathematical understanding, and mathematicians work with people in all fields.

A study in mathematics is a study of the principles that are shared by all, and in the tools that are available for all to describe and analyze the world. Graduates with a degree in Mathematics are valued for their analytic skills and their ability to approach and solve problems using logic and abstract thinking.... [-]

Mathematics is the foundation of our technological society and is a growing, changing discipline. It’s been a vital ingredient in physics and chemistry and the intellectual fabrics of a broad range of disciplines, increasing its impact on such diverse areas as space science, management and the social sciences. More recently, the fundamental role of mathematics has been recognized in biology and medicine.

For its practicality and interdisciplinary reach -- and for its development of problem-solving and analytical skills -- majoring in math prepares you for a variety of well-paying career paths, and it also appeals to graduate and professional schools.

A.C.U. offers a Bachelor of Arts and a Bachelor of Science in mathematics:... [-]

Offered By: College of Humanities and Social Sciences

Prepare to Become a Licensed Math Teacher in Secondary Education Grand Canyon University (G.C.U.) offers the Bachelor of Science in Mathematics for Secondary Education degree program to provide future middle and high school educators with the mathematics knowledge and hands-on training needed to be successful math teachers in tomorrow's diverse and rapidly changing classrooms. The B.S. in math for secondary education program is available as part of a joint venture between G.C.U.'s College of Humanities and Social Sciences and College of Education. When you graduate from Bachelor of Science in Mathematics degree program, you will acquire the basic skills and tools necessary to earn the secondary education certificate in math. You will also qualify for a middle grades endorsement, which will allow you to teach middle school and high school students. Programs leading to teacher certification may require practicum hours, state exams, student teaching and an institutional recommendation from G.C.U.... [-]

Faculty

Faculty of Science

Program Description

It provides successful methods for teaching and arriving at new ‎levels of understanding in pure and applied mathematics. ‎

The math department faculty is committed to keeping teaching and ‎research at a great and excellent level of competency. ‎

The math department seeks to be a leader in the academic and ‎research tracks to extend service to their disciplines and to humanity ‎by providing society with graduates of high qualifications to ‎contribute to society.

Teaching and Learning

Methods of teaching differ according to level and type of the course. ‎Lecturing is the most teaching method used. Short papers and ‎practical training techniques are also used.... [-]

Mathematics is essential:

We believe that undergraduates are best served by studying in a Division that is active in research to the highest level, and we are fortunate in having an excellent international reputation for our research work. Our courses are taught by those who have great enthusiasm for their subject, a dedication to it, and an appreciation of the needs of students.... [-]

Whether it is your cell phone, the security details for your bank card, the supply of products to shops, image processing in the medical field or a digital prototype for a car: none of these would exist without mathematics. You might not often even give it a thought, but mathematics is an essential part of our modern world.

That is why there is also a constant demand for versatile and widely deployable mathematicians, people who enjoy the challenge of solving problems and designing new products. Is being involved in creating the world of today and tomorrow something that appeals to you? Do you enjoy getting your teeth into a problem and do keep on searching for a solution until something has been solved? If so, our program in Applied Mathematics is the one for you.... [-]

Overview

Mathematics underpins much of the modern world and is fundamental to science, technology and the world of business and finance. In the BSc Applied Mathematics programme, you will study a core of fundamental mathematical topics and be introduced to a varied range of applications.

By studying mathematics you will develop strong analytical skills, problem-solving abilities and an appreciation of the importance of logical reasoning. You will also learn how mathematical modeling can be used to help analyze real-world problems. These skills are essential in many domains and are highly sought after by employers.

Unique selling points of the programme

• A vibrant learning environment of around 400 undergraduate students... [-]

You like to decipher the world around you through numbers, geometry, and topology.

About Mathematics

If you’re a natural-born “mathlete,” a degree in mathematics can lead to a career in many exciting areas, including actuarial science, mathematics, statistics, and secondary education. You can also pursue a graduate degree or professional degree in fields such as law and business.

Concentrations Available

Actuarial Science

About two-thirds of all actuaries work for life, health, and property/casualty insurance companies. Actuarial responsibilities in these fields generally include making sure that companies properly define and carefully evaluate the insurance risk, charge a fair price to assume the risk, and have an efficient system to pay claims and expenses as they occur while operating profitably as a business.... [-]

We live in an information age. Why not be at the center of it?

In a technologically-driven world, a career in math and computer information science cannot be overstated. The field is growing and Mercy College can set you in the right direction.

By emphasizing applied math and computer language (JAVA), the Division of Mathematics and Computer Information Science gets you prepared for a Bachelor of Science degree - and the real world.

With technology well integrated into the curriculum, you'll develop the necessary skills and knowledge, graduate school and further education, and lifelong learning. You'll also become a better communicator, making this degree perfect if you want to become a teacher.... [-]

Introduction to Industrial Mathematics Programme, Mathematical Methods I, Statistics, Computer Literacy, Mechanics/Principles of Chemistry, Islamic and Asian Civilization, Mathematical Methods II, Computer Programming, Linear Algebra, Differential Equations I, Academic English Skills, Malaysia Dynamics.

Mathematical Statistics, Numerical Methods I, Discrete Mathematics, Differential Equations II, Vector Calculus, Science Technology and Humanity, Mathematical Methods III, Advanced Calculus, Mathematical Modelling I, Linear Programming, Advanced English for Academic Skills, Innovation and Creativity Electives (Choose 2 credits) : Critical and Creative Thinking or Innovation and Creativity.... [-]

Mathematics and physics are complementary subjects and make a sensible combination to study at university. There are many examples of unexpected discoveries resulting from the interaction between the two disciplines. Ideas developed in particle physics have led to advances in topology - one of the purest branches of mathematics. Advances in the understanding of chaos provide another example. Ideas from the theory are being applied increasingly in the modeling of complex physical systems such as the atmosphere and lasers.

The Warwick joint courses (BSc and MMathPhys) are now among the best-established in the country with around 50 students starting each year. The courses include a significant proportion of modules from both contributing departments designed primarily for joint degree students. It is possible at the end of the First Year to transfer to either of the single subject degrees. Years one and two are common to the two courses.... [-]