Bachelor of Science in Educational Studies - Youth and Adult Development

at MSM Group - University of Missouri-St. Louis USA

The BS in Data Science and Analysis is an interdisciplinary program that is designed for students who want to develop statistical and data science skills. While data science is at the core of this program, students will also select a specialization from one of the following emphasis areas: biology, computer science, economics, mathematics, social science or supply chain analytics.

Students will learn the latest techniques including Python, R, Big Data and Data Mining. This degree will require between 36- and 51-credit hours to complete, depending on the emphasis area selected.

The BS in Cybersecurity with an emphasis in Information Systems and Technology is a 123-credit- hour program that requires 33-credit hours of core and 75-credit hours of emphasis specific coursework. The IST emphasis provides both technical and business skills. It focuses on applied aspects of cybersecurity and is suitable for students interested in pursuing cybersecurity management and analyst roles in industry and government.

The core coursework includes introduction to computing, programming and data structures, object-oriented programming, computer organization and architecture, Linux environment and programming, introduction to information security or cyber threats and defense, secure software development, information security risk management and business continuity, computer forensics, and introduction to cryptography for computer security.

The BS in Physics with an Emphasis in Engineering Physics is designed to prepare students for a professional career in engineering, physics or applied physics, or for graduate studies in engineering physics or a related field. Other emphasis areas offered include: Astrophysics; Biophysics; and General Physics.

Students seeking to major in physics are designated as ‘pre-physics majors’ until they have completed both Physics 2111 and Physics 2112 (or equivalent courses) with grades of C- or better.

The MA in Museums, Heritage, and Public History joins theoretical and practical study at an advanced level to prepare students for careers in museums, heritage institutions, historic sites and societies, and related organizations.  The program works closely with cultural resources in St Louis, particularly the city’s many museums and historic sites.  We focus on community engagement, the interdisciplinary and cross-cultural study of material culture, interpreting and debating the past, new media and public education, and research in archival and material collections. Our graduates work in art museums, history museums, science centers, historic house museums, and other cultural institutions across the United States and internationally.

Learning Outcomes

Upon completion of the program, graduates will be able to:

• Conduct original historical research based on disciplinary protocols
• Demonstrate competence in digital technologies utilized in the creation, presentation, and distribution of interpretive content
• Assess contemporary activities in the field of museums, heritage, and public history with reference to best practices
• Develop skills for communicating interpretive content effectively with public and professional audiences
• Demonstrate skills to become a competent professional and ethical contributor to museum, heritage, and public history collaborative settings
• Integrate community perspectives into professional museum, heritage, and public history products and activities

The BS in Computing Technology is designed for those interested in a broad and deep computing education. It’s meant for those who want to focus more on technologies and transition to fulfilling careers, or those interested in future graduate study in an area related to computer science.

This program explores areas of computing technologies including network systems integration, software development, computer architecture design and utilization, database management and analysis. You’ll also explore the critical security aspects of computing and protection of proprietary information.

The BSBA, Information Systems & Technology Emphasis degree is a 120-credit-hour program that requires at least 48-credit hours be filled with business courses, of which a minimum of 21-credit hours need to be taken in Information Systems & Technology courses. The program is offered three ways: in-person; fully online; and in a hybrid format.

The core business classes include financial and managerial accounting, legal environment of business, information systems concepts, business analytics and statistics, supply chain management, financial management, management and organizational behavior, marketing, and strategic management. Once you’ve completed required courses, you can customize your degree with business electives, even selecting a minor, if you choose.

The St. Louis Joint Undergraduate Engineering Program combines strengths of two universities to provide a flexible engineering program for the St. Louis Community.

• First two years at UMSL for pre-engineering and general education courses.
• Transition to the Wash U campus to complete upper-level engineering courses.
• Professors are industry professionals with graduate degrees and tenured WUSTL faculty.
• Students may attend part time or full time, which allows them to take advantage of internships and co-op positions.
• The Engineering Program matches quality with affordability. The cost for engineering courses is the UMSL tuition plus a fee.

The Master of Arts in Political Science is a general post-baccalaureate degree that gives students a broad understanding of political science and a firm grounding in scientific-based inquiry into problems in politics.

Students learn how institutional design and economic and cultural factors shape the distribution of power and patterns of cooperation and conflict in society within and outside of government.

Students master the postulating of cause-effect relationships, and the marshalling of evidence using quantitative or qualitative methods to test hypotheses about problems in politics.

Students learn their skills through intensive study of several fields within the discipline. In the general program it is possible to specialize in urban politics, policy processes and institutions, American political behavior, political economy, public administration, comparative politics, international relations, public law, and political theory. The Master of Arts is useful for students who are already in or planning on a career in secondary education, public policy, or politics. It is also useful for students who are considering doctoral education. It is particularly valuable for students simply interested in learning more about subjects that interest them.

The Bachelor of Science in Mathematics with an Emphasis in Data Science provides a sufficient background in mathematics, statistics and computer science. This degree is structured to allow additional optional courses that enable the student to focus on a variety of further areas of interest. Students seeking to major in mathematics are first designated as “pre-mathematics majors” until they have completed both MATH 1900 and MATH 2000 or equivalent courses with grades of C or better.

The BS in Physics with an Emphasis in Biophysics is designed to prepare students for a professional career in biophysics, biological physics or a related interdisciplinary field; for graduate studies in biophysics, biological physics, or a related interdisciplinary field; for training as a medical physicist; or for professional training such as medical school. Other emphasis areas offered include: Astrophysics; Engineering Physics; and General Physics.

Outcomes and Career Outlook

Upon completion of the BS in Physics, with an emphasis in Biophysics graduates will be able to demonstrate a solid understanding of basic physics concepts including classical mechanics, electricity, magnetism, thermal and statistical physics, modern electronics and quantum mechanics; understand basic biological concepts, from organ systems to biochemistry; understand the basic concepts of biophysics, and the various areas of interdisciplinary science where biophysics concepts and techniques are applicable; solve problems, think critically and use analytical reasoning as applied to scientific problems; be proficient in communication of the results of scientific work; conduct original scientific research as part of an interdisciplinary problem-solving team; identify possible errors in scientific data; and assess the significance of observed results.