Master of Music with concentration in Performance - String Emphasis

at University of Wisconsin - Milwaukee USA

The MA in Language, Literature, and Translation (MALLT) is an interdisciplinary MA degree program focused on global languages, literatures and translation. With over 50 faculty from five different departments, MALLT offers a flexible program of study tailored to your professional goals. Three departments—French, Italian and Comparative Literature, Foreign Languages and Literature and Translation & Interpreting Studies cooperate in offering this interdepartmental, interdisciplinary master’s program designed for the student who wishes to focus on language, literature, and translation on a cross-cultural basis.

The Department of Criminal Justice and Criminology offers a Crime Analytics Concentration at the master’s level. A sequence of courses will lead to a concentration in this growing area. Preparation includes a foundation in criminal justice, research methods, and criminological theory. It also includes specialized coursework in measuring crime, crime mapping, and analytic techniques for understanding crime and crime patterns. At the conclusion of the program, students will complete a crime analytics project to demonstrate their mastery of crime analytics.

In the BFA: Guitar program students choose a primary style among classical, jazz, and finger-style guitar. Guitar majors take classes in guitar-related courses like repertoire, ensemble, pedagogy, and guitar history.

Students of history do not just memorize the past. They ask questions about the past in order to solve problems of the present.

History is an original liberal arts field and is designed to prepare students for any type of profession that emphasizes critical analysis, reading of dense texts, creative problem-solving, and oral and written communication. History majors collect and analyze evidence to construct arguments, propose new interpretations, formulate conclusions, test hypotheses, and communicate new ideas.

There is no typical job for a history major. Our graduates can be found in all types of companies and in all types of roles, as well as graduate programs in history and other related humanities and social science fields. A student's career choices after college is often guided by how they applied their coursework to real world applications during college. Internships, part-time jobs, and volunteer experiences will help a student network during college and shape their career choices after graduation. The possibilities are numerous, and all students are encouraged to gain practical experience that complements the major.

At UWM, undergraduates can work on research projects such as the Encyclopedia of Milwaukee. The opportunity to participate in research as an undergraduate is a distinct advantage for UWM students. At most large, research universities, research opportunities for undergraduates are limited; there are fewer of them and they often are reserved for juniors or seniors. At UWM, you can get involved as early as freshman year. Students work directly with faculty and graduate students on their current research projects, and sometimes find themselves published in a peer-reviewed journal right alongside the faculty member. Participating in undergraduate research is an excellent way to enhance your resume for graduate school or employment.

Students in the Biomedical Sciences major are awarded a Bachelor of Science degree upon completion of all requirements. This submajor provides excellent preparation for medical, physician assistant, dental, or veterinary school, biomedical research, forensic science, or employment with pharmaceutical or biotechnology companies.

The Committee Interdisciplinary Major with a focus in American Indian Studies provides students with a thorough understanding of the Native American tribal nations in North America and their influence and impact in today's culture and society.

Our program embraces everyone interested in understanding the treaties, history, cultures, and politics that shaped the formation of North America and continue to have relevance today. While UWM does attract a number of students with Native American ancestry to the program, our classes are full of people from all types of backgrounds. They all share a common interest in understanding the past in order to impact the present. The curriculum develops the depth of students’ experience with the methodologies and sources used in the field of American Indian Studies. Although interdisciplinary, American Indian Studies encompasses a distinct body of knowledge. Students majoring in American Indian Studies can select from a wide variety of courses organized under three areas:

• Culture and Creative Expression
• History, Law, and Government
• Education and Community Policy Studies

Women's and Gender Studies is a discipline that critically examines gender and women's issues from an interdisciplinary perspective and challenges many traditional assumptions and theories. It examines the practice and expression of gender in different societies and at different historical moments.

Regardless of your gender, Women's and Gender Studies is crucial and relevant for anyone interested in working in criminal justice, social work, the non-profit sector, the arts, politics, business, and more. Students learn to look at the world and history through different perspectives and think about how gender and our perceptions of it impact culture, society, and daily interactions. It is a traditional liberal arts discipline where the knowledge and skills developed in the program can be applied to all types of career paths. Work experiences during college through internships, part-time jobs, and volunteer positions often shape career paths after graduation.

The School of Freshwater Sciences offers a graduate program of studies providing students with advanced training and education in four areas:

• Freshwater System Dynamics
• Human and Ecosystem Health
• Freshwater Technology
• Freshwater Policy and Economics

Each of these focus areas is interrelated with the others, and includes biologic, physical, technologic and policy aspects of freshwater.

The MA in Women’s and Gender Studies is designed for students who intend to pursue additional academic degrees and students who seek graduate credentials to further their career goals. The degree combines advanced Women’s and Gender Studies courses in feminist theory, research methods, global feminisms, and selected topics with graduate-level courses in many disciplines. Over forty faculty members at UWM are Women’s and Gender Studies affiliates and offer graduate courses that are cross-listed with Women’s and Gender Studies.

Students completing an MA in Women’s and Gender Studies will:

• Gain an understanding of Women’s and Gender Studies as an interdisciplinary field of study and research.
• Demonstrate an advanced understanding of feminist theory and research methods.
• Develop critical thinking skills that will enable them to analyze competing perspectives and integrate various bodies of knowledge across academic boundaries, paying particular attention to gender-based assumptions and their consequences on individuals, social and cultural groups, and institutions.
• Demonstrate an awareness of women’s diverse experiences based on factors such as age, race, sexuality, gender identity, class, religion, and ability status.
• Acquire the background necessary for entry into PhD programs in Women’s and Gender Studies. The MA also prepares students for further graduate studies in many fields of the humanities, social sciences or professions, as well as career fields that require an advanced degree.

The Computer Engineering major is offered through the Electrical Engineering and Computer Science departments at UWM. Computer engineering pertains to the design, implementation and maintenance of hardware and software components of computers and computer-controlled equipment.

Our program provides students with a broad and strong technical background in the field. It also helps students develop a solid grounding in computing, mathematics and engineering. Students will learn to apply these theoretical principles to design hardware, software, networks, and computerized equipment for diverse application domains.