Bachelor of Science in Exercise Science (STEM)

at Kaplan Group - Simmons University USA

Nurses are always in high demand. According to the Bureau of Labor Statistics, employment of registered nurses (RNs) is projected to grow 7 percent from 2019 to 2029, much faster than the average for all occupations. Furthermore, the need for trained nurses will never disappear.

Trained nurses with a BSN degree from Simmons University have the ability to work anywhere around the country—or even internationally. No matter where you end up, no two days will be the same in your nursing career. The constant changes and challenges of the healthcare field are undoubtedly demanding, but, more importantly, incredibly rewarding.

Nursing majors at Simmons graduate with a Bachelor of Science in Nursing (BSN) degree, prepared for the registered nurse licensure (NCLEX) exam, graduate school, and entry-level nursing positions in offices, homes, hospitals, and schools.

In the Philosophy program, you'll question life's deepest intricacies.

We like students who ask the tough questions
Our aim isn't to memorize facts, but to explore complex problems and competing perspectives through critical analysis and reflection. Our students gain the ability to express their values and thoughts clearly in both speech and writing.

The extensive talents of our Philosophy students can be applied to any field, including law, journalism, business, social work, medicine, education and writing.

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.

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.

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.

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.

Studying History deepens our understanding of the world and its interconnections, its diverse peoples and cultures.

Do you want to make history?
Studying History reveals the changes and continuities that ebb and flow around us. Diseases, agriculture, civil rights, childrearing practices, political dynasties, and furniture all have histories. The past shapes the present, from the environment to forms of government, to the way we think about gender and race.

Our faculty introduce students to a variety of time periods, regions, and approaches to history. You'll learn how history is made through your own investigation of the past. Choose courses that follow a theme like Revolutions, a geographic focus like East Asia, or an era like the 20th Century. You'll refine and apply your knowledge through research projects and internships.

Follow your passion while developing valuable skills in critical reading, writing, research, and analysis. Our students build fulfilling and versatile careers as teachers, lawyers, librarians, archivists, consultants, and museum curators, as well as in business, health care, and government.

Students in our Communications degree at Simmons University are progressive and innovative, whether they're working on a publication, shooting a video, designing a website, or crafting a clever tweet.

Why pursue a degree in Communications?
Communication is key in all aspects of life; it is how we interact, connect, and make impressions on each other and the world around us. The Communications degree at Simmons University focuses on how people use messages to generate meaning within and across contexts, cultures, channels, and media.

Generating and conveying meaning is central to the work we do in our Communications major, as is an emphasis on media convergence—the intersection and interaction of the multiple media disciplines.

Students in our Communications degree at Simmons University are progressive and innovative, whether they're working on a publication, shooting a video, designing a website, or crafting a clever tweet.

Why pursue a degree in Communications?
Communication is key in all aspects of life; it is how we interact, connect, and make impressions on each other and the world around us. The Communications degree at Simmons University focuses on how people use messages to generate meaning within and across contexts, cultures, channels, and media.

Generating and conveying meaning is central to the work we do in our Communications major, as is an emphasis on media convergence—the intersection and interaction of the multiple media disciplines.

Our students perfectly blend information technology with computer science, management and communications, able to solve complex computing problems and communicate the results.

Technology is constantly developing and evolving, presenting new challenges and opportunities
Through hands-on class projects you'll learn vital skills — like modern programming language, database management and web applications — and hone your quantitative skills.

As an information technologist, you'll determine user needs and develop, manage, and support technology-based solutions. Our students are well prepared for careers as web developers, web administrators, IT consultants, network supporters, system integrators, system analysts and application developers.