Bachelor of Science in Engineering Specialization in Computer Engineering

at Roger Williams University - Bristol Campus USA

As a Management major, you’ll learn how to lead organizations through complex decisions such as budgeting, negotiating, planning and directing. Because these decisions have broad impacts throughout an organization, RWU’s curriculum encourages you to think about dynamics like diversity, ethics and politics in the workplace. Combined with hands-on internship experience, you’ll gain the management skills for a successful career in human resources, purchasing, administrative services, health services, or your own entrepreneurial venture.

The Intelligent and Autonomous Systems Specialization is only for students majoring in Computer Science (BS). This specialization is well suited to those Computer Science majors who want to focus on the increased role computer systems have in making decisions and behaving autonomously.

Computer Science is about more than performing calculations and learning specific programming languages. It’s about precision, problem solving and creating technology services and solutions that will work in an increasingly complex future. With coursework that combines solid theory, real-world practice and specialization options, RWU students are ready for high-demand career fields from app developers to large scale software system designers.

The Bachelor of Arts in Computer Science prepares students for professional employment in the fields of computer science and computer programming fields. Students receive a thorough grounding in modern practices and methodologies needed to solve complex problems with computers. Experience is gained using procedural, functional, logic, and object-oriented programming languages to solve problems of increasing complexity.

Housed in RWU’s Marine and Natural Sciences Building, the interdisciplinary Environmental Science program integrates biology, chemistry, earth science, and physics into an understanding of the natural world. Through research and an array of electives in fields like earth sciences, resource management and law, you’ll discover how humans affect nature and learn how to protect the environment in your career as a scientist, policymaker or educator.

Research Opportunities

The Environmental Science major at Roger Williams is an interdisciplinary program designed to provide students with an understanding of environmental processes and issues and an awareness of our role as humans within the environment. Undergraduate research is integrated into the Environmental Science 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.

Biology majors investigate the interconnected processes that shape the living world. Since the life sciences are increasingly interdisciplinary, Biology majors choose a wide range of courses in cell and molecular biology; microbiology and virology; anatomy and physiology; neurobiology and developmental biology; and animal behavior and ecology.

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
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.

The Custom Specialization is only for students majoring in Computer Science. This specialization is well suited to those computer science majors who wish as broad an educational experience as possible. It is also well suited to those who may wish to focus their electives to pursue a minor in the network security field.

At RWU, Web Development majors don’t just design, develop and deploy state-of-the-art websites. They work on multi-disciplinary teams to solve problems for real-world clients. In the Web Development Center, you'll meet your first three clients in your sophomore year. As you begin to work with real clients, you'll quickly discover that web development isn't just about technology. On the Web, "content is king." So we encourage you to reinforce your web development education by picking up a second major or a couple of minors in fields like Marketing, Graphic Design, User Experience (UX), Journalism, Communication, Public Relations, Writing, Visual Arts, Cybersecurity and Business. In four short years, you'll graduate ready to meet the growing demand for web developers.

Learning Outcomes

• You will be able to effectively apply the technologies used to create 80% of professional websites.
• You will be able to work with a client to help clarify the goal and objectives for their digital presence.
• You will be able to create and select content and design-elements that deliver a clear message that reflects the client’s goal.
• You will be able to identify and apply technology that will effectively convey the client’s message on a spectrum of digital devices, while ensuring that it facilitates the client's ability to update the site and keep it “fresh.”
• You will be able to employ and interpret analytics to determine where your audience is engaging, and where they aren’t.
• You will be able to create websites and other digital products in an ethically responsible manner that does not disadvantage those with disabilities, those with older or inexpensive technology, or those with slower networks.
•  You will be able to function effectively as a member or leader of a multidisciplinary team.

The Elementary Education program at RWU prepares teachers to educate the next generation of students. Here, you'll explore a broad spectrum of classroom subjects and school settings, both urban and suburban, through four years of field experiences integrated into your curriculum.With small class sizes, individual attention from faculty and specialized training in educating high-needs youth, our program provides you with the skills to become a certified elementary school teacher. The scope and sequence of our program is designed to match current theories and practice in Elementary Education and is deeply rooted with our mission in social justice. This means the professional teacher education you receive at RWU is on the cutting edge of current educational research and practice.

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.