Campus Mathematics & Statistics Graduate Programs in British Columbia
Interested in finding a university with a Graduate Mathematics and Statistics Program? Attending class on campus offers you the opportunity to get hands-on learning in actuarial science, financial engineering, advanced mathematics, statistics and data analysis. According to the Bureau of Labor Statistics, candidates with a master’s or PhD in Mathematics Statistics and Data Analysis should see a much more favorable job outlook than those with an undergraduate degree[i]. If you would enjoy using advanced computer programming and applied mathematics to solving real-world problems in medicine, pharmacology, finance and engineering amongst other sectors, a Graduate Degree in Mathematics and Statistics is worth considering.
Graduate Mathematics and Statistics Campus programs are designed for students who may be seeking careers in research and development, academia or as applied mathematicians and statisticians. In fact, most statisticians have degrees in mathematics, economics, computer science, or another quantitative field.[ii] Graduate programs generally promote a higher level of competence and understanding in math-related subjects as well as offer students the opportunity to refine and leverage their strengths in a given area.
Students can choose from certificates, Master’s and Doctorate degrees within the broad field of Math and Statistics. Mathematics is a vital component to a variety of fields. With the expansion of the digital age and technology, math is used in the natural sciences, engineering, healthcare, and business. Applied mathematics has given rise to a host of new mathematical disciplines, such as Game Theory, and Statistics[iii] and quantitative analyst roles such as market research analysts, and data scientists[iv].
The 3 main categories of Graduate Mathematics and Statistics Programs are:
Finding a Graduate Mathematics and Statistics degree might depend on your background. For instance, if you have done extensive coursework in engineering or physical science, it might be useful if you hope to work in manufacturing on quality or productivity improvement. On the other hand, if your background is in biology, chemistry, or health sciences is might be useful for work testing pharmaceutical or agricultural products. If you have a business background might that financial mathematics, business analytics or risk management might be more in alignment with your ambitions. Those who enjoy computer science might gravitate to a degree in cyber systems.
If you thrive in a social learning atmosphere where you get face-to-face time with your classmates and professors, an on-campus degree may work really well for you. While it is true that learning takes place through study and reading textbooks, one can also learn through lively discussion, asking questions in real-time and watching demonstrations. All of these elements are likely part of a traditional college campus experience.
In addition to participation and interaction, students attending class at graduate school have access to student lounges, the libraries, computer laboratories and other on-site facilities. This can be really convenient. And, graduate schools do cater to the working professionals by offering class times during the evenings or on weekends. Naturally you have to check this out with the graduate schools on your list, but it is certainly a possibility.
If you are searching for a university or college with a Graduate Mathematics and Statistics Program, GradSchools.com helps to simplify the process. Often, one of the most important factor is the location. With this in mind, use the city, state or country tabs to browse programs by area of preference. If you don’t mind where you go, you can simply search by the subject and then compare programs across different grad schools. The green ‘request info’ and the orange ‘visit school site’ tabs are great for getting as much information about the Mathematics Statistics grad programs as possible. Curriculums vary, but maybe useful as you narrow down some possibilities. Some of the listings you might encounter could include Research Methodology PhD, Graduate Certificate in Data Visualization and Analysis, Master of Science in Mathematics, PhD Mathematics, and MS in Data Mining and Predictive Analytics/Computer Science amongst other options.
Understand that there is a difference between institutional accreditation and program accreditation. Higher learning institutions are accredited by regional and national agencies. Program accreditation depends on the subject. With respect to programs in applied science, computing, engineering and engineering technology, ABET is considered an accrediting body recognized by the Council for Higher Education Accreditation.[vi] According to ABET, graduation from an ABET-accredited program is increasingly a required minimum credential for professional recognition. If you plan to sit for the Examination for Registration to Practice in Patent Cases or are interested in pursuing licensure, registration, and certifications for a career where you will have to pass exams dependent on graduation from an accredited program, it is something to look for in your grad school or grad program.
If you are interested in complex math equations and applying different numerical equations and probability to a variety of workplace settings that might include computer technology, engineering, science and healthcare, a Graduate Mathematics and Statistics degree may be a great fit. If you enjoy interactions, or hope to fine-tune your communication and interpersonal skills to help you in a potential management role, a campus-based program may be your best bet for continued success.
The Institute of Applied Mathematics (IAM) is a multi-disciplinary, inter-departmental, research-oriented centre.