Bachelor of Science in Information technology

at Shorelight Group - University of Kansas USA

The B.A. degree with a major in chemistry is designed for the student who desires to obtain knowledge of the fundamental principles of chemistry and at the same time wishes to obtain substantial knowledge of a number of other fields of learning. The curriculum is based on a high school background which includes at least one and one-half years of algebra and one year of geometry. High school courses in chemistry and physics are very desirable but not required.

A bachelor’s degree in law and society provides undergraduate students with a strong background in how law works in practice in public administration, courts, the non-profit sector, policy, policing, and the justice system. Students learn about legal history and legal policy, how law shapes managerial processes, how it shapes government and the system of justice, and how it affects ordinary people in every walk of life.

Graduates of the program will be ready to work in a variety of settings, including criminal justice organizations, non-profits, policy think tanks, and political institutions. There’s significant demand for this type of degree among the region’s police departments.

The law and society program is designed for students who have earned an associate's degree or equivalent hours and are looking to complete the final two years necessary for a bachelor's degree in law and society.

The bachelor's degree in physical education (PE) plus at the University of Kansas prepares individuals to become PE teachers at the pre-kindergarten through the 12th grade levels. The PE plus program also prepares graduates to pursue a licensure endorsement (by KSDE examination) in a variety of areas, or earn a minor in business or sport management.

If you’ve ever been seen by a doctor, shopped for medicine at a pharmacy or purchased health care insurance, you’ve been influenced by the work of a health information management (HIM) professional. HIM professionals connect the people, processes, technology, data and information security that makes our health care industry work.

Careers in HIM can be found at the intersection of medicine, science, business and information technology. HIM graduates work with cutting-edge technology; manage people, processes and systems; massage big data to find health care solutions; and serve as educators and advocates throughout the industry. Ultimately, they are gatekeepers who keep our medical information safe, complete and accurate.

The business analytics program covers data warehousing, dimensional modeling, big-data analytics methods, and visualization tools and techniques, and it introduces topics such as data mining and predictive analytics. Graduates will be able to analyze data and use the findings to guide organizational decision-making.

The KU School of Business partners with Oracle, a leading global software and cloud computing company, to provide technical resources for the business analytics program. The collaboration leverages resources available through Oracle Academy, Oracle’s flagship philanthropic educational program that reaches more than 3.1 million students in 110 countries.

The department offers a broad range of courses that provide a basic understanding of human language and communication. Linguistics courses examine features of language that underlie the human capacity to express concepts and communicate ideas. The courses address the connections between language, brain, culture, mind, and history. The major gives students a basic understanding of the human capacity to acquire, perceive, and produce language and of language’s role in contemporary society.

Linguistics is a superb preparation for careers that require expertise in the use of language as a means of communication, e.g., business, communications, personnel administration, teaching, health care, and social service. Many majors pursue graduate study in education, law, psychology, computer science, speech and hearing sciences and languages.

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).

The Communication Studies undergraduate major equips students with a diversity of skill sets by investigating communication in various cultural contexts, including relational, organizational, intercultural, political, and more.

In an increasingly globalized world, competent communication is crucial for career advancement, interpersonal relationships, and public democratic participation. Here’s what we know: humans rely on communication, and the creation and translation of symbols, language, and messages are integral to daily interactions. In other words, communication connects us.

The major expands on fundamental public speaking principles from the introductory course through emphasizing theories, methods, performances that apply to everyday communication practices.

The undergraduate program in the Department of Chemistry has two primary missions. One of these is to help its majors attain a mastery of the discipline in preparation for further study in chemistry or a chemical science, or for immediate employment in chemistry. The other is to provide an opportunity for students majoring in other disciplines to acquire a basic knowledge of the fundamental areas of chemistry.

The program for majors is designed to enable students to develop in-depth understanding of chemical principles; a working knowledge of the properties of chemical substances; a familiarity with the use of the chemical literature; skill in basic laboratory methods, including modern instrumentation; the ability to observe, record, critically interpret, and communicate experimental results; and a facility in analytical and logical problem solving.

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.