Bachelor of Science in Data Science (STEM)

at EDUCO - Duquesne University USA

Multimedia is the skillful merging of creative thinking, design, information management, development, interactive environments, and visual communication through technology.

Students apply these concepts and processes to create robust multimedia experiences in a variety of disciplines and industries.

Students will be able to:

• Edit digital photographs.
• Create and manipulate images for a variety of platforms.
• Create digital videos for web and mobile devices.
• Create and design websites.
• Apply graphic design principles.
• Create and manipulate digital sound.

The Master of Science in Biotechnology is designed to provide advanced graduate training in the natural sciences, while enabling students to consider other career options for their scientific knowledge through coursework in business, ethics and leadership. Duquesne biotechnology students learn not just science, but also how to participate and lead technical development teams and how to use their background in the diverse career opportunities within biomedicine.

Health Administration is an integration of healthcare, business management, and information systems.

As the healthcare delivery system is held to greater accountability, healthcare providers and entities must demonstrate quality outcomes, fiscal responsibility, and efficient and effective practices. To do this, health administration professionals collect and analyze data, incorporate innovative management techniques, and utilize new technologies to reengineer healthcare.

Health administration professionals are the inventors, innovators, and entrepreneurs for the constantly evolving healthcare delivery system.

The Computer Systems Technology (CST) Program is an innovative online degree program that offers working professionals, military personnel, and other motivated students an opportunity to complete their Baccalaureate coursework in the field of computing technology. The Bachelor of Science in CST curriculum offers a blend of computer systems and information technology that creates a well-rounded professional who knows how to think analytically, assess and diagnose organizational problems, and select the best solution. As a result, CST graduates will be prepared to address the complexities of real-world technology issues, and to adapt to future developments in this fast-paced and dynamic field.

The M.F.A. in Media Arts and Technology is a multidisciplinary program of study that blends media arts, design, creative expression and technology to enhance communication and user experiences across all industries and disciplines. It provides opportunity for aspiring storytellers, designers, filmmakers, photographers, artists and technologists to exercise creativity through technology. The M.F.A. is 42 credit hours. Students choose one of the program tracks: 1) Creative and Strategic Media, 2) Interactive Design, 3) Photography and Film.

Developing student creative competence and design thinking skills is central to our teaching philosophy. In each program track, project-oriented classes focus on creative and designed projects such as literary works, films and documentaries, photography exhibits, interactive apps and websites, digital user experiences (UX), and public relations and advertising campaigns. 

A degree in Music Performance provides you with the real-world skills you need for success in a competitive and demanding professional environment. Simply put, you will learn from artist-teachers who are networked into the music industry from New York to LA, from Beijing to Sydney, and across Europe. Work alongside solo artists, recording artists, contractors, entrepreneurs, members of military ensembles, composers and arrangers, and many more.

M.S. programs require a minimum of 30 post baccalaureate semester hours; 24 credits of course work, including 2 credits of seminar, and 6 credits of thesis research. The M.S. in Pharmacy Administration, thesis option requires 27 credits of course work, including 2 credits of seminar and 9 credits of thesis research; non-thesis option 33 credits of course work, including 2 credits of seminar. In conjunction with the Graduate School of Business Administration, the department offers an M.B.A./M.S. in Industrial Pharmacy, an 85 credit, non thesis program, requiring concurrent graduate-level enrollment in both the Graduate School of Business Administration and the Graduate School of Pharmaceutical Sciences. Fifty-seven credits in core business administration course work and 28 credits of course work in the pharmaceutical sciences are required.

The Master of Science in Environmental Science and Management (ESM) features a core of required classes in science, policy, and management that creates a strong foundation on which to build a customized degree program. Students have the freedom to choose a concentration and a variety of electives that will help them attain their goals.

The Finance major is comprised of courses in two broad areas:  Corporate Finance and Investments. 

In Corporate Finance, students learn to analyze business opportunities to identify those that create value.  Financial analysis boils down to sophisticated cost-benefit analysis for decision making in all aspects of business, and students majoring in Finance successfully pursue careers with major corporate and other organizations.

In Investments, students learn to structure portfolios of stocks, bonds and other financial assets that meet the objectives of institutional and individual investors.  The curriculum helps prepare students who wish to sit for Level I of the CFA exam series, and many graduates in Finance successfully pursue careers in asset management and wealth advising.

Biomedical engineering (BME), like any branch of engineering, uses scientific and mathematical principles to solve relevant problems facing the world. BME is focused on improving human health and encompasses many distinct areas such as:

• Biomedical optics
• Biomaterials
• Orthopedic biomechanics
• Biophysical interactions
• Drug delivery
• Biosensor development