Bachelor of Science in Data Science (STEM)

at EDUCO - Duquesne University USA

Majoring in computer science will train you to create software applications in fields ranging from gaming to Web and mobile apps and give you a strong understanding of computational theory and best practices so that you can adapt throughout your career to ever-evolving computing capabilities.

Advantages of Studying Computer Science at Duquesne include:

• Small classes, one-on-one mentoring and tutoring.
• Opportunity to participate in faculty research projects.
• Faculty respected for both scholarly and educational accomplishments.
• Up-to-date labs and software and alternate operating systems.
• Access to a high performance cluster computer when needed.

Our AACSB accredited program is designed for working professionals who want to advance their careers, seize opportunities and impact any organisation's bottom line through the supply chain. MS in Supply Chain Management is a STEM Designated Program. STEM designated programs provide interdisciplinary technical and mathematical skills, as well as the business acumen needed to help solve complex business issues and help navigate the future of business.

CERE's Bachelor of Science in Environmental Science gives students a strong foundation in the natural sciences and mathematics, as well as provides them with a broad background in environmental issues. Courses emphasize the integration of science, policy, and theory as well as connections to the local community and private sector.

Welcome to the Department of Chemistry and Biochemistry! We invite you to take a virtual tour of our department and learn about the opportunities we have to offer our students. The size of our department is small enough to allow our undergraduate and graduate students to have a personalized experience, but at the same time we offer access to top-notch research opportunities and modern instrumentation typically available at larger universities.

The Bachelor of Science in Music Therapy is your gateway to a career as a board-certified music therapist. At Duquesne University, we provide innovative and comprehensive training that connects your passion for music with your desire to improve the health and wellbeing of patients in a variety of clinical settings.

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 M.A. degree program includes a total of ten courses (30 credits), one required course plus nine courses selected from the general Healthcare Ethics courses. The required course is a general graduate-level introduction to ethics. The nine HCE courses will be chosen by the student with advisement according to the student's interest.

The MA in Theology provides a graduate-level foundation in central areas of theology. The degree is especially appropriate for those who wish to teach theology at the secondary level or prepare for doctoral-level studies in theology. The curriculum is designed to equip students for more specialized study in systematic theology, moral theology, or Biblical theology at the doctoral level. Elective offerings allow students to pursue some degree of specialization, in consultation with his or her academic advisor, as is appropriate to his or her particular goals and interests.

The MA Theology courses and course offerings are rooted in Duquesne University's Catholic identity and simultaneously attentive to the University's mission, which includes a commitment to ecumenical and global concerns. Through completing required courses, elective courses, and an optional six-credit thesis, students will accomplish these student learning outcomes at the curricular level:

• Students will demonstrate comprehension of foundational areas of theology, including both Catholic and ecumenical perspectives.
• Students will analyze and critically engage both classical and contemporary theological sources.
• Students will present an integrated and self-appropriated stance regarding key questions and issues in theology.
• Students will demonstrate general knowledge of selected ecumenical, interreligious, and/or global perspectives as these inform Christian theological reflection.

With rapid advances in technology, and as generations live longer, more active lives, the demand for biomedical devices, procedures and other solutions continues to grow as well. Biomedical engineers with advanced degrees have even more opportunities for expanded responsibilities.

This 32-credit MS-BME program was designed to be flexible to serve both full-time students and working professionals seeking to become innovators in the biomedical engineering field. Students will have significant opportunities for research in state-of-the-art labs, working alongside accomplished faculty.

Graduates of the program will have the experience to perform research and engineering design for academia, government and industries related to human health. Additionally, students with the desire to continue on to a PhD program or professional medical education will have the appropriate basis upon which to build.

Upon successful completion of this program students will:

• Gain the ability to demonstrate a breadth of knowledge in biomedical engineering 
• Have particular expertise in a field of biomedical engineering through coursework or research
• Learn to use the techniques, skills, and modern engineering tools necessary for engineering practice 
• Demonstrate knowledge of contemporary issues in biomedical engineering with an emphasis on ethical questions 
• Students choosing the thesis option will gain research experience resulting in publishable work

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.