Bachelor of Social Work

at Shorelight Group - University of Kansas USA

Civil engineering, the oldest and broadest of the divisions of engineering, implements a range of public and private projects for improving society’s physical infrastructure and the environment. The civil engineer integrates scientific principles with engineering experience to plan, design, and construct networks of highways and railroads, airports, bridges and dams, environmental pollution control systems, industrial structures, water purification and distribution systems, and urban transportation systems that maintain, protect, and enhance the quality of life. Civil engineers are trained to consider the social effects as well as the physical and environmental factors that constrain the planning, design, construction, and operation of their projects. Environmental engineering, a technical specialization with its origins in civil engineering, is a growing discipline dedicated to the protection of the environment.

The undergraduate program gives students the theoretical background, instruction in engineering application of scientific principles, and professional attitude to serve the public. It typically leads to entry-level positions or to graduate work in technical specialties (e.g., environmental, geotechnical, structural, and transportation), business administration, or other professions.

The strategic communication track prepares students for careers in advertising, corporate communications, public relations and integrated marketing communications. Students develop core skills in writing, editing, storytelling and design throughout their freshman and sophomore years. In upper-level classes, students further develop skills in areas more focused on strategic communications, such as message development, research methods in strategic communications and strategic campaigns. The idea is to help students understand the fundamental skills of journalism, while specializing in more strategic communication based courses. 

The Environmental Studies Program at the University of Kansas, established in 1971, is one of the oldest environmental studies programs in the country. It is an interdisciplinary program, with faculty from professional schools, natural sciences, social sciences, and humanities.

The program provides students with the tools they need to investigate environmental phenomena, including soil sampling and freshwater ecology to policy-making and social science. Environmental Studies students learn how to put together what other disciplines take apart.

Chinese
In a few short weeks, CHIN 104: Elementary Chinese language students know their four tones and can speak beautifully about basic topics of daily life. Learning characters, the challenging but fun aspect of Chinese, starts slowly the first year, then accelerates the second and third years of study. Advanced-level students from KU can read newspapers and contemporary fiction by the time they graduate; graduating majors are fluent in Chinese.

Japanese
Often considered the "Gateway to the East," Japan is a center for commerce, trade, education, and culture in East Asia. KU alums with Japanese language skills have followed career paths such as acting for Japanese television, banking in Tokyo, and working as a legal expert for Microsoft, as well as many who pursued graduate work in Japanese culture and history. Beyond the practical advantages, studying Japanese possesses its own intrinsic rewards: learning one of the world's most complex languages exercises the mind in unique ways. Japanese language students are never bored!

Korean
Although Korean has been a spoken language for several thousand years, the development of its phonetic alphabet in 1446, hangul, made it the easiest East Asian language to master. Today Korean is the 11th most spoken language in the world. More than half of Korean's vocabulary can be traced to Chinese, and the structure and grammar are similar to Japanese. KU is the only institution in Kansas that teaches intermediate and advanced Korean language courses.

Astronomy is often called the oldest science -- in many ways, it is also one of the newest! Astronomers today rely on cutting-edge technology and  computer programming skills to generate and analyze the enormous data sets we use to examine the universe around us. Our business is studying the physics of objects like exoplanets, stars, gas, black holes, and galaxies in the observable universe, which is why we are sometimes referred to as astrophysicists. Because the objects we study are too distant and too large to bring back samples or replicate them here on earth, astronomy is very different from most other experimental laboratory sciences. Astronomers that work with data are called observers, as the only experiments we can run consist of pointing our telescopes at different parts of the sky to gather information about new objects that will test our hypotheses. We rely on the information we can infer just from light (color, temperature, velocity, and chemical composition) to get insight into the formation and evolution of objects ranging from extrasolar planets to stars to entire galaxies.

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.

The Illustration & Animation concentration of our Design BFA prepares students to develop and refine methodologies in image making while acquiring an effective use of visual language, and problem-solving skills. These qualities prepare them for a variety of existing and emerging professional practices.

Technical skills and techniques, as well as a refined understanding of composition, color, and value, are developed through the introduction and exploration of traditional and contemporary media. Conceptual problem-solving methodologies address theoretical and formal visual challenges that allow students to develop their own visual voice.

Business and legal issues of the industry are addressed that prepare students for numerous professional options that include print media, book publishing, motion graphics, entertainment, gallery installation, fashion, toys and games, and surface design..5

Bachelor of Fine Arts (B.F.A.) in Theatre Design is intended as general preparation for the professional designer of scenery, costumes or lighting working in theatre and/or film or as preparation for graduate studies. Students learn through small-class studio courses, laboratories, and involvement in productions in the University Theatre. Students in the B.F.A. Theatre Design program take 69 hours in the Departments of Theatre & Dance, Visual Art, and Art History in addition to the KU Core and electives.

Behavioral Neuroscience is a new major in Psychology at the University of Kansas.  The concentration in behavioral neuroscience is designed for students with a focused interest in the biological bases of behavior and thought. The concentration is well suited for students who are contemplating professional or mainly research careers in medicine, pharmacology, veterinarian medicine, animal science, neurology, neurobiology, and neuroscience.  It is also suitable as a degree for those headed into other health-related fields or graduate school in other areas of psychology. As a behavioral neuroscience major, you will take courses in many different departments because, as you explore the neural basis of behavior and prepare to enter the neuroscience research field, you will need to acquire knowledge in the realms of chemistry, biology, psychology, statistics, and even computer science.

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.