Bachelor of Business Administration in Finance

at University of Wisconsin - Milwaukee USA

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.

The Bachelor of Fine Arts (BFA) in Theatre provides intensive specialized coursework for students seeking professional training in one of two separate tracks:

Performance

• The Performance BFA has two 130-credit tracks in either Acting or Musical Theatre.

Production

• The Production BFA is a singular 120-credit track embracing all the areas of production including design, costume, prop, scenery, lighting, sound, and stage management.

The BFA focuses on uncovering the potential of the individual student in the development of personal performance and/or production practices. The BFA curriculum supports student exploration of theatrical processes including new works as well as the established canon of dramatic literature. The program approaches the work in fresh and innovative ways, giving students a wide range of tools to speak to the contemporary moment both as actors on stage and as artists in production studios, rehearsal halls, and backstage.

Supply Chain and Operations Management (SCOM) examines the key business processes that take place from "step one" through delivery to the customer. Supply chain management is the integration of all key business processes from original suppliers through end users and provides products, services, and information that add value for customers and other stakeholders. It includes the supply, storage, and movement of materials, information, personnel, equipment, and finished goods within the organization and between the organization and its environment.

The operations function, within the supply chain, relates to the creation of goods and services through efficient and effective use of personnel, material, and machines and includes acquisition of resources, planning of production and inventory levels, scheduling of work assignments, and the control of production and quality. Recent concepts in supply chain and operations management include lean operations, Six Sigma, ERP, and mass customization.

Technology is one of the most important facets in supply chain, and the Lubar program emphasizes information technology management, including enterprise resource planning. Other important components include product development, lean operations, Six Sigma, and mass customization.

Companies in all sectors of the economy - public and private, manufacturing service, health care, retail and others - recruit SCOM graduates to help them identify competitive issues in the supply chain and develop innovative solutions.

The Bachelor of Science, Architectural Studies (BSAS) is a four-year undergraduate pre-professional program that prepares students for graduate studies in architecture and related design and construction fields. The primary goal of the BSAS program is to introduce students to architecture as both a technical and cultural practice. Students accrue skills in architectural thinking, design, visualization, fabrication, prototyping and simulation. The program lays a foundation of unique problem-solving skills empowering students to change the world.

The four-year BSAS program is comprised of a three-year core, followed by one year of specialized and individualized study. Over the course of their studies, BSAS students enroll in a variety of design studios, lectures and seminars to accrue skills in architectural making, thinking, design, visualization, digital fabrication, prototyping, and simulation. In addition to learning essential analytical and creative-problem solving skills through design, students are required to complete courses in architectural systems (structures, construction and environmental/building technology), behavioral, social and cultural factors in design, and the role of criticism in contemporary architecture and urbanism. In their fourth year, students select from a wide range of architectural electives and advanced studios, allowing them the opportunity to craft a curriculum based on their areas of interest.

Mathematics is the international language of science and technology. Much of the subject matter in engineering and the natural sciences, as well as some social sciences such as economics, is presented in mathematical terms. Mathematical and statistical techniques are vital in fields that usually are not considered mathematical, such as biology, psychology, and political science.

Some students come to mathematical sciences with the intention of teaching in high school or college or pursuing research in mathematics. Some are attracted to mathematics for its own sake, for the beauty, discipline, logic, and problem-solving challenges. Other students pursue mathematics in order to achieve deeper understanding in their own areas of study.

Electrical engineering graduates pursue careers in fields such as energy generation and transmission, renewable energy, power electronics, bio-imaging and devices, signal and image processing, communications, optical and photonic circuits and devices, controls and automation, and many other areas.

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.

This concentration is designed for the music student with an undergraduate degree in piano who wishes to specialize as a collaborative pianist in instrumental repertoire. A student must successfully pass an audition that demonstrates an advanced level of collaborative skill to qualify for admission to the program.

Applicant proposing concentration in Music Performance Collaborative Piano: Instrumental 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.

The Bachelor of Fine Arts (BFA) in Theatre provides intensive specialized coursework for students seeking professional training in one of two separate tracks:

Performance

• The Performance BFA has two 130-credit tracks in either Acting or Musical Theatre.

Production

• The Production BFA is a singular 120-credit track embracing all the areas of production including design, costume, prop, scenery, lighting, sound, and stage management.

The BFA focuses on uncovering the potential of the individual student in the development of personal performance and/or production practices. The BFA curriculum supports student exploration of theatrical processes including new works as well as the established canon of dramatic literature. The program approaches the work in fresh and innovative ways, giving students a wide range of tools to speak to the contemporary moment both as actors on stage and as artists in production studios, rehearsal halls, and backstage.

The Biomedical Sciences Department offers a program of graduate education providing an advanced level of study for students interested in biology as it relates to human health, medicine, and disease. Major emphasis in the program is placed on developing an understanding of the mechanisms involved in human diseases and providing broad-based training in both basic and applied biomedical sciences. In-depth training is offered in selected areas of emphasis, such as immunology, the pathogenesis of infectious diseases, toxicology, pharmacology, neurodegeneration, and cancer biology. The MS degree has two tracks.

• Thesis Track requirements include a thesis based on hypothesis-driven research conducted by the student to enhance problem-solving abilities and the student’s capacity to function more effectively in the biomedical field.
• The Non-Thesis Track is designed for students who want to gain knowledge in the biomedical sciences by taking courses focused on human health and disease without a research component. This track may be suitable for a variety of students, including those who currently work in a laboratory setting and wish to obtain a higher degree and those requiring a degree beyond the bachelor-s level to teach.