Bachelor of Arts in Microbiology

at Shorelight Group - University of Kansas USA

To study with the KU School of Music’s Theory and Composition (MTHC) Area is to engage the passions, both musical and intellectual, of six composers and scholars who have each earned national and international recognition for their contributions to the discipline.

Working with faculty in the division, you will be able to pursue a wide range of scholarly interests and musical styles. Our specialists in music theory research and teach a wide breadth of approaches on diverse subjects. In addition to critical assessment of the standard common-practice and contemporary repertoires, students have the opportunity to learn about specific fields of faculty expertise, including film music, philosophy and critical theory, rhythm and meter, and modern rock music.

Our composers in the division are also skilled teachers who can help you refine your craft and develop your unique compositional voice. Among their vast and varied portfolios, they have each made significant contributions in producing new music for a wide range of genres, including works for wind band and orchestra, opera and choral music, instrumental and vocal chamber music, music for film, and electronic music (particularly involving live performance).

A much more specialized degree, there are fewer general education requirements and a much more concentrated specialization in one of two aspects of Geography. There are two B.S. degree options:

Physical Geography Option- Students prepare for a career in environmental assessment and problem solving. Basic requirements include preparation in chemistry, biology, physics and mathematics. Advanced course work includes the study of the processes that affect the physical environment (soils, vegetation, climate and geomorphology), and techniques for performing statistical and computational analysis of these processes (statistics, GIS and remote sensing).

Geographical Information and Analysis Option- Students prepare for a career in the area of geographic information science and problem solving using a variety of spatial analysis techniques. Basic requirements include preparation in mathematics, science and computer science. Advanced course work includes work in cartography, GIS, remote sensing, spatial statistics, spatial analysis and data presentation and visualization. In addition, students are expected to take some coursework in one of the other areas of geography (physical, human, and regional).

A major or minor in Global and international studies will give you the tools to understand the rapid and profound changes that are occurring internationally and trans-nationally throughout the world and across various regions. Global and international studies at KU offers an interdisciplinary program in which faculty and students think critically about some of the most fundamental transnational and trans-regional issues facing societies today: population growth, politics and governance, migration, the global economy, poverty and inequality, religion, race and ethnicity, gender and sexuality, peace and conflict, and climate change. Through an investigation of these topics, majors in global and international studies acquire an enriched understanding of the world today, which is not only a desirable end in itself but also a useful background for professionals whose careers may involve them in different geographical and cultural areas. A major in global and international studies is helpful for careers in journalism, foreign service, business and industry, education, law, politics and government, and social service agencies.

Ideally, students who choose to major in global and international studies should have a trans-regional focus in mind for their educational goals. KU is also host to a number of excellent international Area Studies Centers that provide the best opportunities and resources for those students whose international interest is predominantly located in a particular region.

Our mission is to provide our students with a high quality education, to generate and apply knowledge, and to serve both society and the engineering profession. The program educational objectives, in support of our mission, are that our graduates will be:

• Technically skilled in the application of the principles of mechanical engineering, and demonstrate the ability to work collaboratively and in teams;
• Successful in their chosen career paths, demonstrating the attitudes, abilities, and personal leadership to effectively adapt to our changing global society while maintaining and promoting the highest engineering, professional, and ethical standards; and
• Actively engaged in continuous learning and professional growth throughout their careers while productively contributing to their organizations and communities.

Learn how to guide organizations in making financial decisions and monitor, analyze and manage market trends with a degree in finance.

Finance serves the decision makers outside of an organization like banks, government agencies, stockholders, customers and suppliers. A finance degree from KU will prepare you to work in a variety of fields, including corporate finance, investment banking, commercial banking, asset management, real estate and personal financial planning.

Students in Women, Gender, and Sexuality Studies develop a broad set of skills to critically analyze social issues from multiple disciplinary perspectives, including anthropology, history, law, literature, political science, psychology, and sociology. They learn to employ different methods and modes of analysis to better identify, critique, and productively understand the status of women in society and how structures of inequality interact with gender and sexuality.

With a major in WGSS, you'll be able to:

• Confront social problems around gender and sexuality
• Collaborate with students and faculty from across the social sciences and humanities
• Build expertise on issues that matter most to you

Interdisciplinary computing graduates collaborate with scientists or other professionals, applying their computing expertise to large-scale problems. They might use grid computing to study the first few picoseconds after the Big Bang or process enormous data streams from telescopic mapping experiments to analyze the orbits of potential Earth-crossing asteroids. They could manage and expand biological databases to study the causes of worldwide biodiversity decline, apply machine learning techniques to design better chemotherapies, or develop optimization techniques to locate tornado sirens for maximum population coverage.

Computer scientists study the very nature of computing and information in order to advance the state of the art. They often specialize in software design and implementation through web development, interface design, mobile computing, and other areas. Computer scientists address fundamental computing problems, such as the efficient and secure collection of information. From medicine and business to video games and films, they are devising new ways to use computers. Integrating the theoretical aspects of computing with real-world applications offers an array of industry and research opportunities for computer scientists. Information technology (IT) professionals have a complex demanding job that requires a solid foundation in applied computing and management skills. In overseeing the IT infrastructure, they must select and integrate the appropriate hardware and software to meet the needs of the organization. They must define the requirements of the system and then design, deploy, integrate, and maintain system throughout its lifecycle. In addition to their vast computing knowledge, IT professionals must be able to communicate the impact of technology decisions to non-technical coworkers along with the latest policies and trends in IT.

The String Area is comprised of nationally and internationally recognized artists. Students study with faculty who are in demand as featured soloists with orchestras and chamber ensembles throughout the United States and the world, and who are equally active as university faculty and master class teachers.

All four faculty members have a wide experience in symphonic and chamber music, as well as an extensive list of solo performances. Orchestras in which they have participated include the Cleveland Orchestra, Utah Symphony, and Montreal Symphony. Their music festival appearances include the Aspen Music Festival, Yellow Barn Music Festival in Vermont, Tanglewood Music Center, Spoleto Festival, and International Musical Arts Institute.

KU string alumni have gone on to important teaching and performance careers and have appeared as soloists with orchestras throughout the region, as well as nationally. They currently serve on faculties at universities such as Penn Sate University, Mercer University (GA), Harrisburg University (PA), and the University of Utah (Logan). They are members of professional orchestras, such as the Buffalo Philharmonic, Utah Symphony, New Zealand Symphony, Stuttgart Chamber Orchestra, and the Kansas City Symphony.

Computer engineers combine expertise in software design and implementation with fundamental engineering skills - a highly valuable skill set. They design and maintain websites, networks, massive databases, and other applications, in the process developing and integrating new software and hardware. Computer engineers specialize in the development of computer systems designed to carry out specific functions in real-time, known as embedded systems, which operate airplanes, cell phones, vending machines, medical equipment, etc. Their vast computing knowledge and problem solving skills make computer engineers an invaluable asset to industry. As individuals and corporations become more dependent on computers, there is an abundant need for well-trained computer engineers.