Bachelor of Science in Bioinformatics

at Rowan University USA

The B.A. degree program in Chemistry is designed primarily to prepare graduates to teach at the high school level. To follow this career path, a student must also earn a B.A. in Education. Both degrees must be selected upon entrance to Rowan.

This program may also be taken as a stand alone degree. It provides the foundation for science-related careers in industry and government, including forensics. The B.A. program also provides excellent preparation for students who plan to apply for medical, dental, veterinarian, pharmacy, and optometry schools.

Pursuing your MBA degree at Rowan drives you to learn strategies outside of your comfort zone. You will explore the latest international business trends, apply the newest management tools and techniques, and challenge yourself to improve your business skills, including decision making and collaboration. Studying for your MBA:

• Prepares you for a changing business environment
• Allows you to develop, hone and utilize the best tools you have to adapt to the unavoidable changes in industries, the marketplace, and how people do business
• Helps you adapt and find a new direction in your career or new business opportunities

Cannabis Commercialization Concentration

Join one of the most flexible and customizable MBA programs in the country to hone your skills in specific targeted areas of business – or explore building knowledge across sectors – to expand your insights and set yourself apart from the competition.

An MBA Concentration in Cannabis Commercialization is an ideal option for those that want to expand their career options in or adjacent to the rapidly evolving cannabis industry. The rapidly evolving cannabis industry is anticipated to become a multi-billion dollar economic driver across the USA - and beyond. Career opportunities related to cannabis are vast, and cross-over talent is in high demand. Plant-touching verticals such as cultivation, extraction, manufacturing, and/or retail need experts from other industries to adapt, extend, and expand best practices into the highly regulated cannabis market. There is strong and growing demand for ancillary businesses complementing and serving the cannabis industry, with potential career pathways in services such as accounting and tax, finance and banking, data analysis, marketing and branding, supply chain, and human resources.

Whether you are drawn to Plant Touching or Ancillary Cannabis Business career pathways - or want to explore options in both categories - you can tailor the Cannabis Commercialization Concentration to support your career goals. 

The Bachelor of Science in Community and Environmental Planning is a professional degree program that prepares students for positions in local, state, and federal agencies, private companies, planning departments, engineering firms, as well as graduate school programs in planning. The program introduces students to the diversity of the planning profession while providing an understanding of the broader purpose of planning, and the opportunity to focus on practice and application through research and studio credits. Students will gain exposure to the wide array of potential career opportunities within this field through the diverse experience of the full and part-time faculty members employed within the discipline. The planning curriculum at Rowan has a special focus on sustainable community design, land conservation, food systems and the specific planning practices and challenges of the region.

Our M.A. in Writing encourages you to explore the principals of craft and the practices of writing. As a graduate student, you have the opportunity to focus on a central area of interest or create a diverse course of study that explores the intersections between creative writing, professional writing, new media, journalism, writing studies, and writing pedagogy.

Our program appeals to many creative professionals, such as:

• Creative writers interested in writing and publishing fiction, poetry, creative nonfiction, writing for children and young adults, or other genres
• Educators who currently teach K-12 or who wish to teach writing on the college level
• Professionals who write regularly at work or who aspire to writing-related careers
• Students who wish to prepare for advanced graduate work leading to the M.F.A. or Ph.D.

Electrical and Computer Engineering (ECE) at Rowan is a modern, innovative, hands-on project-based program, where we train and graduate proficient engineers who will be successful in solving not only today’s problems, but also tomorrow’s evolving and emerging engineering challenges. Electrical and computer engineers pioneered the invention of smartphones, computers, smart grids, digital cameras, GPS systems, medical imaging devices and computer games.

Join the crucial role in the design of cars, airplanes, spacecraft, autonomous and even extraterrestrial vehicles, home appliances, bioinformatics, lifesaving medical equipment and many other technologies that we have come to rely on.

Be the good you want to see in the world. Using empirical data, sociology majors study factors that affect and shape cultures and societies. Through a combination of classroom study, field experience seminar and internships, you will develop and practice critical thinking, problem-solving and communication skills that will serve you well for a lifetime.

Our Master of Science in Chemical Engineering provides the opportunity to work on real-world projects in state-of-the-art facilities. In our program, you participate in an applied, hands-on education and build the knowledge and training needed to effectively contribute to the field of engineering. The Chemical Engineering specialization emphasizes project management skills and industrially relevant research that prepares students for careers in high-tech fields. This program includes the following focus areas: Bioengineering & Biomedical Engineering; Polymer Science & Engineering; Separations; Reaction Engineering; Sustainability; and Engineering Pedagogy.

The Biophysics major prepares students for medical school, graduate school in biophysics and for careers in medical industry. Immerse yourself in an interdisciplinary major that will prepare you to employ the power of physics, chemistry and math to study biological processes, understand how to prevent diseases, design cures or develop novel technologies.

Biophysics harnesses several branches of science to explore the biological systems and the physical properties of their molecules. A degree in biophysics will prepare you to work in research institutes, medical centers, with the government or at universities.

The Master of Science in Bioinformatics (M.S.) prepares our graduates with the skills to immediately contribute in the pharmaceutical, biotechnology, and biomedical fields. Bioinformatics is a multidisciplinary field of study that focuses on the use of computational information tools in the investigation and analysis of biological, biomedical, and biochemical systems. The industry uses information generated in the lab or clinic for future applications, research, and development.

Our program provides hands-on experience, giving you the opportunity to work on novel research. This includes advanced training in theory and laboratory settings, which allows you to diversify into other biomedical research fields. This program includes the following three focus areas: Biological Sciences, Biochemistry, and Computer Science.

Our M.A. in Counseling in Educational Settings prepares professional practitioners in School Counseling to become change agents in their school and community through a system perspective where all students are served. Our program fosters reflection and ambition in our graduates as they participate in a curriculum designed to translate theory into realistic action:

• This program applies and is influenced by the latest research findings in counselor education.
• Graduates are prepared to understand and meet the needs of all students.
• This program encourages dedication to working across differences towards the goal of optimal student development.