Bachelor of Fine Arts in Photography and Imaging

at University of Wisconsin - Milwaukee USA

The counseling program in the Department of Educational Psychology offers two distinct concentration areas:

• Clinical Mental Health Counseling
• School Counseling

Given UWM’s location in the largest urban area in Wisconsin, the counseling faculty is committed to training multiculturally competent community counselors and school counselors to serve clients in urban environments. Both concentrations share a core preparation in the areas of counseling and educational psychology. As students make progress in their program of studies, their focus will take on a more specialized training with content specific courses and field placements where they will refine their counseling skills in practical settings.

The concentrations train counselors to work with a diverse group of clients in urban settings and to deliver services in an ethical manner, as outlined by professional codes of conduct. They share in common courses comprising an Educational Psychology core of studies, a general Counseling core of studies, and a Concentration core. The Educational Psychology core provides knowledge for understanding research and professional scholarship, techniques of educational and psychological measurement, and typical human growth and development across the life-span. The Counseling core courses provide training in basic helping processes and relationships, career development, social and diversity issues in counseling, group work, appraisal of client issues, counseling theory, and the role of family systems. The Concentration core provides training in advanced strategies for helping clients change, and opportunities for increasing competency with specific populations through field placement. Pre-Practicum, Practicum I and Practicum II provide 700 hours of supervised clinical training which involves the refinement of more advanced and sophisticated counseling skills in placements in actual counseling settings.

Students are required to spend 20 hours each week during the semester at their placement site (an exception to this hour requirement is described below for students interested in seeking experience in dual concentrations).

The Clinical Mental Health Counseling concentration prepares students for work in a variety of community settings such as mental health clinics, community agencies, counseling centers, colleges and universities, and business and industry. Students arrange their program of studies in consultation with their advisors so that the 60 credits earned toward a master’s degree will meet selected state certification requirements.

By using high-frequency sound waves or ultrasound, sonographers produce images of soft tissue and blood flow to assist with the diagnostic process or administration of therapeutic application. Sonography is used to examine the abdomen, breast tissue, female reproductive system, urinary system, heart, and blood vessels. In addition, sound waves are used to guide fine-needle biopsy. Diagnostic Medical Sonography students complete the first two years of prerequisite courses on campus before applying for placement into the professional education portion of the curriculum. Once accepted into the professional education component of the program, students will take didactic and clinical education courses concurrently. Upon successful completion of the Bachelor of Science degree, students are eligible to write the national board exams offered through the American Registry for Diagnostic Medical Sonography (www.ardms.org). The Diagnostic Medical Sonography professional education program is accredited by the Commission on Accreditation of Allied Health Education Programs (www.caahep.org) upon recommendation of the Joint Review Committee on Education in Diagnostic Medical Sonography.

This concentration is designed for the music student who wishes to concentrate primarily on the pedagogy of his/her major performing string instrument. A student must successfully pass an audition at a satisfactory level of performance for admission to the program.

Applicant proposing concentration in Music Performance String Pedagogy must demonstrate outstanding performance skills. An on-site audition is required; in extreme cases, recorded examples of an applicant’s performance may be accepted in lieu of an in-person audition. Applicant should contact faculty in the appropriate performance area to inquire about specific audition repertoire and procedures.

Are you fascinated by the science of human movement? Then a major in Kinesiology might be for you. You’ll join an exciting department where nationally known faculty are working to deepen our understanding of physical activity. You’ll delve into topics such as anatomy and physiology, biomechanics, psychosocial aspects of sport/exercise, motor development and more. You’ll graduate ready to apply your knowledge and skills in professional settings ranging from health care to sports to industry.

The Master of Science in Engineering program is a flexible program designed to meet the needs of a wide variety of students. The program can be a stepping-stone on the way to further studies and the pursuit of advanced research, such as can be obtained by pursuing the PhD. Or the program can provide a pathway to professional advancement through greater technical knowledge and intellectual maturity. The student, with the help and approval of a major advisor, can choose from a wide range of courses from throughout the College of Engineering and Applied Science (CEAS), and where appropriate, from other schools and colleges.

The Master of Science in Biostatistics program provides an innovative curriculum to meet a range of professional needs and interests. The program trains students in study design, appropriate use of statistical and computational techniques, and interpretation of data analysis results arising from public health and biomedical research. Students learn both classical and modern statistical methods and apply their statistical skills and knowledge to solve "big data” problems. They have the opportunity to work with faculty on cutting edge research projects, such as discovering genetic causes of common diseases, developing statistical algorithms to monitor treatment efficacy, and reducing medical costs through electronic health record.

Biomedical engineering (BME) students at UWM will learn to translate engineering principles into clinical methods. Students will also engage in collaborative and interdisciplinary research projects with labs in the College of Engineering & Applied Science, College of Letters & Science, College of Health Sciences, School of Nursing, School of Public Health, and with local industry.

The BME undergraduate program emphasizes engineering design in preparation for employment in biomedical industries or launching startups in this fast-growing field. Freshmen and sophomores take a core curriculum that provides a foundation of engineering principles and tools, software application, anatomy and physiology, and communication skills. Juniors take courses on sensors and actuators, biomedical signal processing and medical devices. Seniors also work on capstone design projects and the Product Realization course in multidisciplinary teams. A wide variety of elective courses allow juniors and seniors to specialize in the area of their choice.

Environmental engineers use the principles of engineering, soil science, biology and chemistry to develop solutions to environmental problems. Environmental engineers work to improve drinking water supply, public health, recycling, sustainability, to control water and air pollution, and manage waste.

Areas of Specialization:

• Water and wastewater treatment
• Air quality
• Environmental remediation
• Environmental technology
• Energy and sustainability
• Water resources management
• Environmental health

Civil Engineering is a profession that deals with the infrastructure of society and impacts your everyday life. From the roads and bridges you use every day to the drinking water that comes out of your tap at home, civil engineers work to develop safe, efficient and sustainable ways to continually improve our infrastructure.

Structural Engineering
Structural Engineering uses the disciplines of structural analysis and mechanics to design structures, such as buildings, bridges, pipelines, industrial, tunnels, vehicles, ships, aircraft and spacecraft. Structural engineers need to understand the behavior of materials such as concrete, steel, wood, masonry, alloys and fiber reinforced composites.

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.