Bachelor of Arts in Sociology

at Kaplan Group - Simmons University USA

The Financial Mathematics major, which is interdisciplinary among the Mathematics and Statistics, Economics and Management programs, prepares students for careers in the financial services and actuarial industries.

Among the possible very rewarding career paths are becoming a financial planner, a private wealth manager, an investment manager (for a mutual fund, pension plan, or endowment) and an actuary. The major also helps prepare students for the first Chartered Financial Analyst (CFA) exam and for the first three Society of Actuaries exams.

Our majors have had internships at financial services firms, private wealth management firms, investment banks and mutual fund companies. Our graduates work in all these settings, at hedge funds, at insurance companies, and in other settings requiring a deep knowledge of these fields and strong analytical skills.

Our students study the universal laws of the natural world to understand the devices that transform our lives, from pacemakers and artificial limbs to integrated circuits and rocket engines.

At Simmons, physics is not just theoretical
Our students put concepts to the test working alongside our expert faculty on research projects — and are encouraged to jump right in during their first year on campus.

Many of today's most exciting areas of research occur at the intersection of different science and engineering disciplines. Our curriculum, research programs and collaborations reflect this new interdisciplinary environment. You'll learn how to apply physics while gaining solid problem solving skills and computer-related experience that will help you no matter your chosen path.

Our graduates go on to a variety of innovative careers in industry and education. They're also well-prepared for medical school, law, dental or graduate programs in physics, chemistry, biochemistry and engineering. Premed students and other science majors often major or minor in physics as well to enhance and differentiate their backgrounds and widen their research experiences.

The major in art includes courses in art history and studio art practice. Students choose either area to emphasize, depending upon interest and career plans. Either emphasis can serve as a foundation for further study at the graduate level. The study of art leads to careers in a wide variety of fields, such as teaching, publishing, arts administration, art conservation, museum or gallery work, commercial art and design, architecture, city planning, painting, photography, or printmaking, etc. In all of these areas, the major in art would profitably be combined with a major in another area, such as English, history, chemistry, philosophy, management, communications, or mathematics.

Students are encouraged to augment the required courses with in-depth study in the liberal arts and additional courses in the major. Students work with their advisor to develop a coherent course program that will meet their educational goals. Students considering graduate study should plan to take as many upper level courses in their major as they can accommodate in their schedules, especially during junior and senior years.

Health informatics is a rapidly growing field that strives to improve the quality and safety of patient care.

Make a difference in health care
With a firm foundation in information technology and computer science, our students tackle critical issues — like how to improve healthcare information security, manage clinical workflow tasks, provide information systems which support research and clinicians' work, and control health information databases — and solve real-world problems.

Through hands-on learning our students can learn about tele-health, Electronic Health Records implementation, and other exciting transformations in the health care industry. Alongside our experienced faculty, you'll apply concepts, theories and practices to achieve better health outcomes.

Our students are well-prepared for careers in IT departments at hospitals, health care centers, and in companies developing software for the health care industry.

Statistics is the science of learning from data. Statistics is the “glue” that holds together all of modern quantitative research in areas as disparate as public health, medicine, and the social, political, and physical sciences. Today, the demand for those trained in statistics is large and growing. The major in Statistics includes a foundation in mathematics, a core of applied and theoretical statistics courses, and relevant computing courses. A Statistics major can usefully be combined with any major in a field that makes use of quantitative methods.

There are two tracks within the statistics major: the Biostatistics track and the Mathematical Statistics track. The Biostatistics track will be attractive to students who are comfortable with mathematics and who wish to apply statistical methods in medicine and/or public health. (It is a perfect complement to a major in Biology or Public Health.) The Mathematical Statistics track is intended for students with a stronger than average mathematical background who are interested in applying quantitative methods beyond medicine and public health.

Our Bachelor of Science in Data Science and Analytics program prepares students to change the world by harnessing the power of information. In fact, Data Science already impacts your world. It is the force behind everything from Facebook ads to personalized medicine.

Data Science and Analytics, a field that also goes by the names of Data Science, Data Analytics, and Predictive Analytics — is also related to “Big Data”, “Machine Learning” or “Artificial Intelligence”. In the Bachelor’s in Data Science and Analytics degree program, students combine computer science, statistics and project management with in-depth knowledge of a specific discipline to become expert analysts. They then apply their expertise in the real world through internships that prepare them for exciting careers in their chosen field.

What can you do with a Bachelor’s degree in Data Science and Analytics?
Many careers opportunities exist for Data Science and Analytics degree holders. Depending on your chosen concentration, or area of expertise, career possibilities for Simmons graduates include:

• Data Analyst
• Big Data Engineer
• Data Architect
• Business Intelligence
• Analyst
• Data Scientist
• Drug Discovery Scientist
• Genomics/Epidemiologist
• Data Warehouse Analyst
• Social Science and Public Policy Analyst
• Ethical Hacker
• Meteorologist

In our media arts program you'll learn to communicate, uplift, educate, and create change through visual storytelling.

You'll explore the art and science of communicating across multiple media — including drawing, video, animation, digital imaging, web, photography, and radio — and gain confidence in your own vision. And you'll do it in Boston, with close proximity to the MFA, the ICA and numerous other world-class art museums and galleries.

Work on projects for local, non-profit clients with a team of your peers in our communications workplace, Studio 5, or tackle creative opportunities like working on Commtracks, our award winning senior magazine. You'll hone your advanced aesthetic abilities and apply them to real-world projects. Our students develop a keen understanding of all communications disciplines, from graphic design to journalism, making them instrumental to any creative workplace.

Boston ranks in the top 5 US media markets. You'll have countless exciting and rigorous internship and career opportunities at your finger tips. Our students go on to jobs in television, multimedia, web and video production.

You'll critically understand every element of website development — from designing the perfect layout to writing the code behind the scenes — and build innovative, interactive websites.

The World Wide Web has driven a need for web designers and developers. People who understand both the art and the science of web development are particularly valued. Graduates will have a firm understanding of the principles of design as well as an understanding of the technical issues involved in the development of an active website. Students graduating from this major will have an advantage over traditional web designers because they will have both a clear understanding of the elements of web development and deep knowledge of the elements of design.

This major combines existing classes from the Communications and Computer Science programs to create a cohesive major in Web Design & Development. It seeks to draw students who are interested in integrating the two facets of website creation, rather than focusing on either the Graphic Design concentration or the Computer Science major.

By combining new media practices with a firm writing foundation, our students cultivate the tools necessary to thrive in today's evolving market.

Are you ready for the future of journalism?
You'll actively engage with the challenge of communication for the screen, the page, and the web while gaining an understanding of the impact of the media on society and the individual.

Our faculty are seasoned media professionals offering their expertise in all journalism activities — like our student run newspaper and award-winning radio station — and developing projects that show students what the front lines of media really look like.

You'll hone your skills through internships in Boston and beyond and enter this rapidly changing industry with an impressive portfolio, ready to take on anything.

The major in biochemistry is jointly administered by the departments of biology and chemistry and is approved by the American Chemical Society. The rapidly growing field of biochemistry involves the application of biological and chemical concepts and techniques to the understanding of life processes such as the determination of hereditary traits, utilization of energy, propagation of nerve signals, and the molecular basis of physiological and pharmacological phenomena. Biochemists are involved in agriculture, medical research, biotechnology, nutritional research, and other areas at the interface of chemistry and biology.