Bachelor of Arts in Web Development

at Roger Williams University - Bristol Campus USA

Discover the full breadth of professional dance through Dance/Performance at RWU, where you’ll study technique and theory, collaborate with composers and work internationally during our semester-long Dancing in London Program. Our faculty -- all working professionals in the field -- give individual attention and guidance to broaden your career options beyond performance and choreography with additional coursework in fields such as education, therapy and management.

A Bachelor of Arts degree is offered in Dance/Performance Studies, which develops highly trained, creatively active and professionally oriented students with its unique curriculum. It stresses the development of strong technical and creative work from each student, as they hone skills that will allow them to distinguish themselves professionally. Students are offered professional-level experiences through multiple guest artist residences, study abroad, and yearly participation in the American College Dance Festival.

Our program offers live accompaniment for each technique class and gives opportunities for students to collaborate with our staff composer, facilitating crucial skills for work in professional dance fields. Students can combine their Dance/Performance major with other programs easily. We will guide you towards partnering the major with another major/minor for a broad range of career options.

Applied Mathematics at RWU moves beyond theory, using math and statistics to solve practical real-world problems in fields like chemistry, environmental science and scientific computing. With small class sizes and opportunities to co-author publications with faculty, our Applied Mathematics program will set you up for a successful career in business, engineering, health care, government and more.

The Applied Mathematics major prepares students for a variety of career opportunities. Just  few examples are that many graduates find employment in the banking and investment sector, while others work for consulting, insurance, pharmaceutical, software and service companies; some of our students also go on to graduate or law school.

Chemistry is the study of matter – what it’s made of and how it behaves, down to the molecular level. Chemists use math, theory, and experimentation to create chemical compounds and invent applications for their use in our lives. Chemistry Majors develop the laboratory, critical thinking, and research skills to succeed in graduate school, medical school, or a career in chemistry.

STUDENT EXPERIENCE
Learn and Do More at RWU
With a focus on experiential learning at RWU, Chemistry majors:

• Work on original research or in collaboration with faculty who are experts in their fields. Our undergraduate Chemistry majors conduct graduate-level laboratory research and receive credit for their research experience.
• Use sophisticated lab instrumentation and run experiments on their own, including working with instruments such as Nuclear Magnetic Resonance (NMR), Inductively Coupled Plasma (ICP), Gas ChromatographyMass Spectrometry (GC-MS), and High Performance Liquid Chromatography (HPLC).
• Present research at the national meeting of the American Chemical Society, National Aeronautics and Space Administration R.I. Space Grant, National Science Foundation C-AIM, and many local symposiums. These conferences help students understand how their work contributes to society and provide opportunity for networking, often leading to a job offer or invitation to apply to a graduate program.

When you study Economics, you’ll learn the essential economic theories, systems and models that build critical and analytical thinking skills you can apply to any field -- including business, government, law, healthcare and social and community service. At RWU, you can pursue either a B.A. (liberal arts track) or a B.S. (business track), which both offer opportunities for student-faculty research and publishing that can pave the way to graduate studies.

The accredited Construction Management program at RWU prepares future leaders of residential, commercial and heavy-civil projects. Through classes, labs and hands-on projects in engineering, business, math, science, law and liberal arts, you’ll learn how to manage construction projects from start to finish -- including scheduling, budgeting, choosing materials and safely supervising people. That’s why construction employers regularly report that our graduates exceed expectations for performance.

Construction managers are the leaders of the design-build process, and work for owners, builders, designers, subcontractors and a multitude of government and technical agencies. They control the “means and methods” of construction, develop the budgets and manage the project schedules. On-time, on-budget completion is a typical CM responsibility which has become increasingly difficult given today’s technically and organizationally complex projects. Owners, designers and construction managers must all work collaboratively to create integrated best value solutions that meet a client’s needs.

To work as a construction manager, graduates need technical, managerial, research and problem solving skills. Our program provides this education with a balanced curriculum which includes engineering, construction, business, mathematics, science and liberal arts courses. Employer surveys regularly report our graduates meeting or exceeding all performance expectations and regularly outperforming graduates from many of our peer institutions.

The Visual Arts department at Roger Williams University prepares students for future careers in the arts with an interdisciplinary spirit and a global perspective. The Visual Arts faculty consists of active artists who share their experience with students through lively and challenging discussions and critiques. Media exploration is encouraged throughout the program and culminates in the creation of a cohesive body of work that reflects the individual student’s interests.

The major brings together students of diverse backgrounds who explore their creative interests through a range of media experiences. Emphasis of study is placed on historical as well as contemporary theories in the arts so that students may better place their own artwork within a larger context. Students in the program balance craft and conceptual agility and new and traditional media to engage in an increasingly interdisciplinary world. The interdisciplinary nature of the program allows students to explore multiple areas of interest that informs their creative work and gives students a broader skill-set than most arts programs. Our strength is the amount of attention given to each individual student-artist as they develop in the program preparing them for a future career in the arts.

Dive headfirst into the study of oceanography, marine ecology, fisheries biology and more with a degree in Marine Biology. Situated on Mount Hope Bay in RWU’s state-of-the-art Marine and Natural Sciences Building -- home to an aquatic animal diagnostic lab and the state’s only shellfish hatchery -- the Marine Biology program teaches students to discover the aquatic world through lectures, labs, fieldwork and independent research in preparation for careers as scientists and educators.

Research Opportunities

Marine Biology majors explore the unique challenges faced by organisms living in the marine environment and the methods by which they meet these challenges. Students begin the programs by obtaining a broad understanding of oceanographic principles, and through subsequent lectures, laboratories and field work, build on this knowledge for a more complete appreciation of the aquatic world. Undergraduate research is integrated into the Marine Biology curriculum, with opportunities for students to earn academic credit for doing research, to develop proposals and compete for small grants to fund their projects, and to present their findings at regional, national and international conferences.

At RWU, our interdisciplinary International Relations major celebrates human endeavor, diversity and opportunity by drawing upon subjects like history, sociology, economics, modern language and political science. Through internships, study abroad and specialization in either globalization, culture or area studies, you’ll learn the practical diplomacy, communication and critical thinking skills needed to help make a difference in the world in careers such as government, consulting and intelligence.

Use your creativity, imagination and interest in computers to solve real-world problems and investigate the subjects that interest you most through modeling and simulation. This program prepares you to participate actively in a variety of employment or research endeavors in medicine, transportation, and other industries, the public sector or academia.

Applied mathematical models running on computers are used to simulate a wide range of physical, chemical, and biological conditions, including weather forecasting, climate change, biological populations, epidemiology, ecosystem processes, and pollution. In this program, you will learn to design and implement models to simulate various situations and gain in-demand skills that are applicable to a wide range of fields both in and outside of STEM.

This interdisciplinary program connects concepts and applications of modeling and simulation with various focused disciplines, such as Environmental Science, Biology, and Economics. Graduates of the major are expected to be highly sought by employers and graduate programs.

Graduates of the program will go on to careers in technical fields, including programming, applied mathematics, modeling, environmental regulation or consulting, mathematical biology, or mathematical economics, or move into graduate study either in computational science or other disciplines such as biology, environmental science, economics, and more.

The Data Science Specialization is only for students majoring in Computer Science. This specialization is well suited to those Computer Science majors who enjoy working with data-oriented systems or the exploration of ‘big data’.