Bachelor of Arts in Communication Studies

at Shorelight Group - University of Kansas USA

Microbiology is the study of bacteria, viruses, fungi, the immune system, and their roles in human health, the environment and beyond. Job prospects for Microbiologists with a bachelor’s or higher degree continue to be strong. The upper-division major courses in immunology, pathogenic microbiology, virology and microbial genetics couple laboratory courses with lecture courses in order to provide students with hands-on practical experience with the material. The B.A. Microbiology major includes a choice of three of the upper-division lecture and laboratory course pairs.  

The Classical Antiquity major provides interdisciplinary training in ancient Greek and Roman cultures and prepares you for graduate study in archaeology, art history, or history.

Communication skills, creativity and critical thinking are among the most in-demand skills for successful employees. KU’s literature, language and writing undergraduate programs develop life-long writing, communication and critical thinking skills that set you up for advanced degrees and professional achievement in a wide range of fields. Here are a few of the ways professionals with a background in literature, language and writing apply their knowledge in the working world:

• Technical writing, such as instructional manuals, project proposals or business correspondence
• Editing print or electronic materials to ensure accuracy, correct spelling and grammar
• Creating, assigning and collaborating on marketing materials and campaigns
• Providing clear, constructive critical feedback on projects and proposals
• Writing compelling speeches or public messaging
• Authoring of books, articles or other media and literature; journalism
• Library science

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).

Chemical engineering has grown out of a combination of chemistry and engineering associated with industrial processes. Today, it possesses a body of knowledge used in the synthesis, design testing, scale-up, operation, control, and optimization of processes that change the physical state or composition of materials. Chemical engineers have played central roles in the industrial development of materials that have had major social influence, such as the production of fuels and lubricants, fertilizer, synthetic fibers, and plastics. They will be centrally involved in reducing the polluting effects of certain byproducts and cleaning up unwanted residues from previous processes.

The first part of the program offers courses on the fundamental principles underlying the conversion of raw materials into a desired product by chemical and physical processes. Development of the concepts of engineering design begins with the application of fundamental principles to solve engineering problems in these courses and culminates in a series of senior-level design courses that require comprehensive integration of technical knowledge as well as consideration of economic, environmental, safety, and societal concerns. This experience is essential in preparing graduates for entry-level positions.

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.

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. Civil engineers specializing in environmental engineering integrates scientific principles with engineering experience to plan, design, and construct environmental pollution control systems, storm water systems, and  water purification and distribution systems that maintain, protect, and enhance the quality of life. Like all civil engineers,  those specializing in environmental engineering are trained to consider the societal effects as well as the physical and environmental factors that constrain the planning, design, construction, and operation of their projects. 

The undergraduate program gives students the theoretical background, instruction in the 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, business administration, or other professions.

In addition to environmental pollution control and water resources systems, courses that address the behavior and design of steel and reinforced concrete structures, foundations, and surface transportation systems are integrated into the curriculum, culminating in a series of senior-level professional design courses. These simulate the design processes used in the major areas of civil engineering and prepare students for entry-level positions. Most faculty members are licensed professional engineers. KU graduates have successful records in professional practice, research in academic institutions, government and private laboratories, and in managing firms and corporations of all sizes.

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.

The Mathematics Department offers two undergraduate degrees: the B.A. in Mathematics and the B.S. in Mathematics. The B.A. has fewer mathematics course requirements and more general education requirements. The B.S. requires more mathematics courses, an applied mathematics concentration, and fewer general education courses.

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.