A Bachelor of Science is an undergraduate degree in one of the many areas of study related to science, mathematics, or engineering. Achieved through a combination of lectures and lab work, these degrees often provide a good overview of the subject matter and introduces important skills and topics that students can further refine though postgraduate work.
Those who want to know the answer to the question, what is a BSc in Mathematics must first understand how broad the field of mathematics study is. Mathematics covers multiple disciplines, all of which are large and complex in their own right. Choosing a Bachelor in Mathematics over a Bachelor in Calculus or Statistics allows students an overview of many different types of math. They can then see how different disciplines intersect and can be used to build on one another.
A Bachelor of Math is often the preferred choice for students who want to focus on number theory rather than applied mathematics. The diverse course of study is a good way for students to familiarize themselves with all the mathematical tools at their disposal.
The cost of a Bachelor in Mathematics varies from institution to institution. This degree generally takes four years to complete, but some schools offer fast-tracks that allow students to finish in three.
Graduates with a Bachelor in Mathematics can pursue either research or teaching positions. Researchers tend to work in private or government labs, while teachers who do not pursue postgraduate studies generally work at the primary or secondary education level.
Many institutions around the world offer a Bachelor in Mathematics program with the opportunity for students to get their degree online. Online study means that location is not an issue in finding the program that is right for you. Search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
The mathematics program strives to fulfill Peru State College’s mission of education, research and public service through three objectives. First, the program is to provi
Bachelor of Science in Mathematics
The mathematics program strives to fulfill Peru State College’s mission of education, research and public service through three objectives. First, the program is to provide general mathematics courses in support of the majors and programs provided by Peru State College. Second, the program is to provide mathematics courses necessary for students who pursue teaching careers in mathematics. Finally, the program is to prepare students for work in industry or to pursue graduate work in mathematics and statistics.
The Mathematics Major has two options, a Mathematics option and a Mathematics Education option (field endorsement). If the Mathematics Education option is chosen, attention must be given to the additional coursework requirements for entrance into the Secondary Teacher Education program and to the professional semester. Mathematics is a field endorsement in the Teacher Education program....
Our Honours course in Mathematics is designed to be intellectually stimulating and vocationally relevant. This course will appeal to students who like to tackle real-worl
You have probably recently studied maths at school. You may have learnt formulas and how to apply them, how to draw graphs and how to calculate areas and volumes. How did you know that the formulas would work? Who was the first person to use that formula – and how did they know it would work?
Studying Mathematics at degree-level is about much more than just applying what you already know to a series of problems. It is a creative, investigative subject where you will push the boundaries of what is possible to achieve through thinking and then apply it to the world.
Our Honours course in Mathematics is designed to be intellectually stimulating and vocationally relevant. This course will appeal to students who like to tackle real-world challenges through the intellectual rigour and purity of approach that is inherent in mathematics. The programme will develop your skills in pure and applied aspects of the subject to an advanced level, combining these with training in probability, advanced statistics and data analysis. In your final year of study, you will tackle a piece of independent research, bringing together this comprehensive portfolio of skills to focus upon a research question of your choice. With support from the University’s careers and placements team, the skills and experience derived from this course should be readily transferable to graduate level employment across a range of sectors....
This major aims to produce graduates in computing mathematics with a strong background of knowledge, skills and tools for mathematical modelling, scientific computation a
Major: Computing Mathematics
Degree / Award Title: Bachelor of Science in Computing Mathematics
Offering Academic Unit: Department of Mathematics
Mode of Study: Full-time
Aims of Major
This major aims to produce graduates in computing mathematics with a strong background of knowledge, skills and tools for mathematical modelling, scientific computation and technical computer software. The major provides students training in the ability to think quantitatively and analyse problems critically.
Intended Learning Outcomes of Major (MILOs)
Upon successful completion of this Major, students should be able to:
Integrate into a structure the theory and principles underlying basic applied mathematics, scientific computation and computing software, and recognize the connections among the theory and principles.
Apply mathematical and computing methods to a range of problems in scientific, engineering, commercial and other practical applications.
Create and formulate mathematical models, evaluate quantitatively alternative approaches and improve the performance and reliability of such models.
Use associated computing software and test, then in a laboratory setting to construct models and solve resulting mathematical problems.
Acquire work-related experience and effective communication skills necessary to work within a team in an international and culturally diverse workplace.
Recognize the need for, and engage in life-long learning.
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
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....
The basic courses include Logics, Computer science, Linear algebra, Number theory, Calculus, Geometry, Probability theory and statistics and Game theory.
Description of the Program
The basic courses include Logics, Computer science, Linear algebra, Number theory, Calculus, Geometry, Probability theory and statistics, and Game theory. Advanced courses include Mathematical programming and Operations research, Group theory, Computer algebra, Numerical methods, and applied computer science. The courses usually constitute of two parts: a lecture and a problem-solving seminar, each worth 2 or 3 credits, depending on the nature of the topic. In addition to the 120 credits which have to be collected from the courses, 60 credits for the preparation of the thesis completes the 180 credits required for finishing the course.
The bachelor course in mathematics is the basis for the Master (MSc) line of applied mathematics (with a special focus on operations research) available at the University of Pécs as well as other MSc courses available at other universities....
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
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:
Bachelor of Mathematics
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 a fundamental tool for the modern world. Mathematical analysis and modeling assist in weather forecasting and earthquake prediction, in the design of aircr
BS or BA Mathematics
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....
In the BSc Applied Mathematics programme, you will study a core of essential mathematical topics and mathematical modelling techniques and be introduced to a varied range
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 essential mathematical topics and mathematical modelling techniques and be introduced to a varied range of applications. A selection of optional modules allows you to follow your individual interests and career plans.
By studying mathematics you will develop strong analytical skills, problem-solving abilities and an appreciation of the importance of logical reasoning. You will also develop computational skills and learn how mathematical modelling can be used to help analyse real-world problems. These skills are essential in many industries and are highly sought-after by employers....
Career Prospects: quality assurance manager, production control engineer and planning officer in industries such as manufacturing, telecommunications, and oil & gas.
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....
Maastricht University, Faculty of Science and Engineering
Are you interested in the natural sciences and want to look beyond the boundaries of a single discipline? Or do you want to focus on one discipline and become an expert i
Challenging and Exciting Education
Are you interested in the natural sciences and want to look beyond the boundaries of a single discipline? Or do you want to focus on one discipline and become an expert in that specific field? The Maastricht Science Programme offers you the opportunity to explore the natural sciences and to build a unique academic profile based on your personal interests and ambitions. Every semester, your personal academic advisor guides you in selecting courses from fields as diverse as biology, chemistry, mathematics, physics, neuroscience and various interdisciplinary fields such as biomedical engineering and entrepreneurship. You can focus on a single discipline, or you can combine multiple disciplines in a single degree....
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.
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....
The aim of this programme is to train analysts and data scientists who are experienced in modern methods of machine learning, software development, working with big data
New programme. First intake in 2018
The aim of this programme is to train analysts and data scientists who are experienced in modern methods of machine learning, software development, working with big data and developing analytical models for business. The programme is based on the successful experience of H.S.E.’s Bachelor’s programme in Applied Mathematics and Informatics and the longstanding work of the London School of Economic and Political Science (University of London).
Graduates of the programme will receive:
Bachelor of Sciences in Applied Mathematics and Informatics, H.S.E.
Bachelor of Sciences in Data Science and Business Analytics, L.S.E. (University of London)
About the Programme
A degree in mathematics will prepare you for a number of possible careers. Please consult the Department of Mathematics and Statistics Math Degree Programs for suggestion
A degree in mathematics will prepare you for a number of possible careers. Please consult the Department of Mathematics and Statistics Math Degree Programs for suggestions on choosing mathematics, statistics, and general electives to meet specific goals including: careers in Actuarial Science, careers in Statistics, careers in Applied Mathematics, and graduate study in Mathematics.
What Can I Do with a Bachelor of Science in Mathematics?
If you enjoy solving problems with a mix of creativity and mathematical techniques, then you are ready to pursue a study of mathematics, and Northern Arizona University can help. Mathematics is a profession in its own right, but it is also an essential tool in every physical and social science, business, engineering, marketing, and countless related careers. Government and industry employers need skilled mathematicians for operations research, numerical analysis, simulation and modeling, data analysis, market research, and commercial surveys. A major in mathematics opens the door to many possibilities....
This programme gives you a sound knowledge of mathematics and how to use mathematics as a tool in areas such as computer science, economy, and engineering.
This programme gives you a sound knowledge of mathematics and how to use mathematics as a tool in areas such as computer science, economy, and engineering.
With sound knowledge of mathematics and good practice in programming and in handling computer-aided mathematics tools, you are well prepared for deeper studies in applied mathematics. This study programme gives you all this! Besides courses in pure mathematics, you study mathematical modeling, numerical methods, programming, and statistics. You will use the modern software in the math courses as well – it will give you a deeper understanding of the subject. In three courses you will learn the mathematical methods in the economy, encryption, and mechanics....
Over the centuries, mathematics has made an important contribution to technological progress. It is crucial to research and solve current issues, such as the climate prob
Over the centuries, mathematics has made an important contribution to technological progress. It is crucial to research and solve current issues, such as climate problem.
Obviously, parts of the Mathematics degree program are similar to mathematics as it is studied at secondary school. But you will also discover new areas such as algebra (number theory and coding), dynamic systems (how predictable is the weather?) and systems theory. Over the centuries, mathematics has made an important contribution to technological progress. It is still crucial to researching and solving current issues such as the climate problem.
Mathematics is a multifaceted subject and an international bachelor. All courses are taught in English which gives Mathematics in Groningen an extra dimension as many of your fellow students and teachers will come from abroad. Some people choose to study Mathematics because its diversity appeals to them. Others perceive the social relevance of mathematics and choose to do research. And there are students who enjoy Mathematics precisely because it involves solving abstract problems....