Bachelor of Arts in Physics (STEM)

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

The BES, with an emphasis in Early Childhood, is perfect for students excited about education, but looking for challenges outside a traditional classroom. The BES will prepare you for a career as an educator in agencies and institutions that emphasize informal learning in different settings. This degree is designed to be a creative, flexible, and inter-disciplinary bachelor’s degree that emphasizes practical skills in multiple settings.

Students gain skill and insights that can be applied to roles as educators, managers and directors, program planners and curriculum developers. This degree program does not lead to Missouri teacher certification.

Outcomes and Career Outlook

Upon completion of the program, graduates will be able apply a unique understanding of social justice by addressing institutional and social barriers that limit access, equity and achievement; conduct themselves in a respectful and professional manner that views failure as an opportunity to learn; apply reasoning and critical thinking while making connections among information, data and arguments to synthesize and interpret information; apply unique leadership, management and communication skills using oral, written, nonverbal and visual communication skills in a variety of formats and contexts; apply knowledge and skills to effectively manage early childhood programs; and demonstrate a unique application of best practices when teaching young children.

The Chemistry & Biochemistry Master of Science degree is a 30 credit hour program that is customizable depending on the interests of the student. Students may choose to focus their coursework in a few, some, or all chemical disciplines including organic, inorganic, biochemical, physical, and analytical chemistry.

A BS or BA in a scientific discipline is the most compatible baccalaureate degree for the MS program, although other degrees will be considered for strong candidates.

The Chemistry and Biochemistry department has a strong research emphasis as well as a dedication to teaching, but is of medium size allowing substantial interaction between faculty and students. There is an international make-up to the faculty and postdoctoral fellows, and there are graduate students presently in the department from the United States and abroad. The department is very well equipped with modern instrumentation and computing resources. These include outstanding NMR, microscopy, X-ray and mass spectrometry facilities, with two 300 MHz and one 600 MHz NMR spectrometers, two single-crystal and one powder X-ray diffractometers, a Bruker Maxis Plus and GC-MS facilities. Areas of research specialization include the traditional areas of inorganic, organic, physical, and biological chemistry, as well as organometallic, supramolecular, surface chemistry, computational chemistry, laser spectroscopy and the study of new materials. Former graduates are employed in research positions in the chemical and pharmaceutical industries, in academic positions, and in other areas such as high-tech computer applications.

The University of Missouri-St. Louis is situated on landscaped grounds in suburban St. Louis and has a student body of about 15,000. UMSL is a growing campus. Recent additions include a new Computer Science building, the Center for Nanoscience, the Millenium Student Center, the Touhill Performing Arts Center, and a new Science Learning Building containing state of the art teaching laboratories. UMSL is located in suburban St. Louis County about 5 miles from the St. Louis airport, near the intersection of interstates 70 and 170. There are two Metrolink stations on the campus that provide easy light-rail access to the airport, downtown St. Louis, Forest Park (which houses the Zoo, the Art Museum and the History Museum) and to the popular dining/shopping areas in the Delmar Loop and the Central West End.

Learning Outcomes

Upon completion of the program, graduates will:

• Have technical skills requisite for artistic self-expression (Performance)
• Understand the common elements and organizational patters of music and their interaction (Musicianship Skills and Analysis)
• Have a rudimentary capacity to create original or derivative music (Composition/Improvisation)
• Have basic knowledge of music history and repertories through the present time (History and Repertory)
• Be Able to work on musical problems by combining their capabilities in performance, aural, verbal and visual analysis; composition/improvisation; history and repertory (Synthesis)

The master’s degree in Elementary Education is an accredited program appropriate for elementary teachers, specialists, department chairpersons, and those who work in informal learning or international educational settings. Candidates choose electives that will support their personal growth and development as an educational leader to impact the communities with which they work.

Diverse candidates will engage in a learner-centered environment committed to the success of historically marginalized and diverse students, research, and community engagement. Within diverse education settings, candidates will: advance pedagogical knowledge, recognize inequalities in educational opportunity, design differentiated assessments to inform practice, critically examine professional practice, and demonstrate commitment to ethical professional practice.  

It is important that both candidates and advisors plan ahead to ensure courses are taken when they are offered in the schedule. Programs must be planned with an academic advisor and meet the approval of the faculty advisor, adhering to the College of Education and UMSL Graduate School policies.

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

• Continually and systematically reflect on professional growth to enhance student learning.
• Integrate technology to create meaningful student learning within the context of a global digital society.
• Apply advanced content and pedagogical knowledge to create authentic and deep learning experiences.
• Extend learning science principles to design, implement, and evaluate curriculum based on learning standards.
• Create and foster effective working relationships with students, school colleagues, families, and community members to enhance student learning and well-being.
• Design and establish a safe, inclusive, and respectful learning environment that nurtures the intellectual, social, and personal development of all students.
• Utilize equitable frameworks and inclusive practices to expertly create a variety of instructional and assessment opportunities adapted to diverse learners to encourage all students’ critical thinking, problem solving, and performance skills.

The BS in Mathematics provides a substantial background in mathematics, statistics and computer science to produce graduates who can work as mathematicians. The BA in Mathematics provides a broad grounding in different areas of mathematics, giving students the depth necessary to pursue graduate studies or other career choices like market research and business. Optional courses enable students to focus on areas of interest like pure or applied mathematics.

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.

Learning Outcomes
Upon completion of the program, graduates will:

• Have technical skills requisite for artistic self-expression (Performance)
• Understand the common elements and organizational patters of music and their interaction (Musicianship Skills and Analysis)
• Have a rudimentary capacity to create original or derivative music (Composition/Improvisation)
• Have basic knowledge of music history and repertories through the present time (History and Repertory)
•  Be Able to work on musical problems by combining their capabilities in performance, aural, verbal and visual analysis; composition/improvisation; history and repertory (Synthesis)
• Develop requisite knowledge base, skill sets and the professional dispositions needed to pass initial State of Missouri Teacher Licensure Exams (MOGEA, MOCA and MEES, "Candidate Level")

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 Chemistry and Biochemistry department has a strong research emphasis as well as a dedication to teaching, but is of medium size allowing substantial interaction between faculty and students. There is an international make-up to the faculty and postdoctoral fellows, and there are graduate students presently in the department from the United States and abroad. The department is very well equipped with modern instrumentation and computing resources. These include outstanding NMR, microscopy, X-ray and mass spectrometry facilities, with two 300 MHz and one 600 MHz NMR spectrometers, two single-crystal and one powder X-ray diffractometers, a Bruker Maxis Plus and GC-MS facilities. Areas of research specialization include the traditional areas of inorganic, organic, physical, and biological chemistry, as well as organometallic, supramolecular, surface chemistry, computational chemistry, laser spectroscopy and the study of new materials. Former graduates are employed in research positions in the chemical and pharmaceutical industries, in academic positions, and in other areas such as high-tech computer applications.

The BA in Organizational Leadership is an interdisciplinary online degree completion program that provides an accelerated pathway to graduation for those who have an Associate’s degree or have completed some college courses, but have yet to complete their degree. The degree is designed to provide adult students with the knowledge, skills and credentials necessary to advance in a rapidly changing workplace and may be completed entirely online.

This program helps students understand theoretical and practical aspects of leadership across disciplines, while allowing you to focus on a specific Area of Concentration of interest or that advances your career goals.

The BA in Organizational Leadership is an interdisciplinary online degree completion program that provides an accelerated pathway to graduation for those who have an Associate’s degree or have completed some college courses, but have yet to complete their degree. The degree is designed to provide adult students with the knowledge, skills and credentials necessary to advance in a rapidly changing workplace and may be completed entirely online.

This program helps students understand theoretical and practical aspects of leadership across disciplines, while allowing you to focus on a specific Area of Concentration of interest or that advances your career goals.