Bachelor of Arts in Astronomy

at Shorelight Group - University of Kansas USA

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.

Learn to handbuild, throw, slip cast and make molds. Specialized surfaces, like earthenware low temperature majolica, decals, as well as stoneware and porcelain high temperature glazes and atmospheric firings, like gas reduction, salt, and wood are taught as fundamental elements of the curriculum. Both contemporary and historical ceramic and art history is incorporated in studio classes as well as regular group and individual critiques. Advanced classes are not project based allowing students to focus their work and personal explorations while maintaining a vital interactive studio experience with fellow students and faculty with scheduled critiques, readings, discussions, visiting artists and slide lectures. Courses in kilns and clay and glaze formulation broaden student knowledge.

The Bachelor of Arts (BA) degree in Physics is designed to provide a general background within Physics  for individuals with a primary interest in another field (e.g. high school science teaching, journalism, computer programming, etc.) where a broad but not deep understanding of a physical science can be of  benefit, but isn’t critical. Whether the degree ends with the achievement of a BA or BS or serves as a stepping stone to additional study, these programs offer an excellent undergraduate education, training some of the finest problem solvers and analysts of the future! All of our undergraduate BS majors and the majority of BA students are involved in research projects during their years here. Many earn summer scholarship support from the College of Liberal Arts and Sciences, through research grants to faculty supervising their projects, or through admission to one of the many summer REU (Research Experiences for Undergraduates) sponsored by the National Science Foundation. KU majors have also competed successfully on a regular basis for summer internships at REU sites around the country.

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).

Biochemistry focuses on the structure and function of biomolecules—proteins, lipids, carbohydrates, and nucleic acids—and encompasses all the chemical processes of organisms.  The B.S. Biochemistry major includes one year of biochemistry with laboratories, a semester of analytical chemistry with a laboratory, a semester of biological physical chemistry, as well as upper-division courses in gene expression and related elective courses.

Each Human Biology concentration offers major-level courses in topical categories that allow students to focus on areas that interest them most while retaining the interdisciplinary manner of the major. 

The broad nature of the Human Biology major can prepare students for a variety of post-undergraduate opportunities.  Our Human Biology majors go on to graduate school, medical or another health professional school, and careers ranging from laboratory technicians, biomedical product commercial developers and sales representatives, and teachers.

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.

Biochemistry focuses on the structure and function of biomolecules—proteins, lipids, carbohydrates, and nucleic acids—and encompasses all the chemical processes of organisms.  The B.A. Biochemistry major includes one year of biochemistry, including laboratories, as well as upper-division courses in gene expression and biological physical chemistry.

The Bachelor of Science in Information Technology is offered by KU’s School of Professional Studies at the KU Edwards Campus in Overland Park with some courses online. The IT bachelor's degree options combine technical expertise with problem-solving and communication skills to plan, configure, implement, integrate and maintain computing and information technology solutions for an organization's computing infrastructure. It is distinctly different from computer science, which focuses on abstraction, algorithm development, scientific programming and compilers.

The BSIT program is designed for recent community college graduates and working professionals who seek to upgrade their technical knowledge. It also prepares students for graduate study in information technology at the Edwards Campus.

In philosophy we ask big, important questions. While asking such questions is easy, answering them is difficult. Because these questions are often abstract and vague, it is necessary to use precise reasoning and analysis to clarify what exactly it is we are asking. Only then can we attempt to develop answers. For example:

• What is the morally right thing to do?
• What is the nature of the mind?
• When can we know something, rather than merely believing it?
• Do the sciences exhaust what can be known about the natural world?
• What is justice?
• What assumptions do we make when we try to answer questions like these?
• Plus many, many others...

In studying philosophy, you will learn what others have thought about life's big questions. You will also learn to challenge those views, and to develop your own thoughts in a precise, logical manner. Philosophy will help you develop critical thinking skills, enabling you to analyze the underlying logic and assumptions in arguments about a variety of topics. This is a skill that generalizes to virtually every area of life.