Bachelor of Science in Architecture

at Shorelight Group - University of Kansas USA

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.

Architectural engineering is the engineering discipline concerned with the planning, analysis, design, construction, and operation of engineered systems for commercial, industrial, institutional, and large residential facilities. Engineered systems include electric power, communications, and control; lighting and acoustics; heating, ventilating, and air conditioning (HVAC); fire and life safety; structural systems; and green buildings and sustainability.

Architectural engineering at KU is a challenging ABET-accredited four-year course of study that leads to a Bachelor of Science in Architectural Engineering (BS ARCE). At KU, the BS ARCE program is administered by the School of Engineering in consultation with the School of Architecture & Design. Undergraduate students in the ARCE program have full access to the resources in both schools including scholarships, courses, computer and instructional laboratories, shops, student organizations and activities, and libraries.

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 KU Jazz Studies Program has both performance and academic components, including three big bands, seven combos, and classes in arranging, improvisation, jazz history, jazz theory and jazz pedagogy.  KU Jazz groups and individual students have distinguished national credentials, winning 22 Down Beat Student Music Awards since 1992. With the generous support of the Gregory Harding Memorial Jazz Fund and the Lipscomb Jazz Fund, the Jazz Studies Program also sponsors clinics and master classes during the academic year. Past artists include Michael Brecker, Jerry Bergonzi, Hal Galper, Dr. Billy Taylor, Wynton Marsalis, Jim McNeely, Peter Erskine, Maria Schneider, Dave Douglas, John Fedchock, John Abercrombie, Gary Foster, Kenny Werner, Vince Mendoza, Greg Osby, and many others.

The KU School of Music now offers a Bachelor of Arts degree with a Jazz Studies concentration.  Students in the degree program perform in the KU Jazz Ensembles and Jazz Combos, study privately with KU studio faculty and jazz lecturers, and take courses in jazz studies along with other music courses and liberal arts classes.

The overall program mission for the B.S. degree in chemical or petroleum engineering is to provide a modern chemical or petroleum engineering education with proper balance between theory and practice. Graduates are prepared for professional practice in industry or government and for post-undergraduate training in chemical or petroleum engineering, medicine, etc. In addition to scientific and engineering training, students receive training in educational skills and in the humanities and social sciences.

Petroleum engineering is the branch of engineering concerned with the drilling, recovery, production, and distribution of petroleum and natural gas. It includes knowledge of the properties of fluids and rocks in surface and subsurface environments as well as methods of exploiting the economic production of oil and gas from petroleum reservoirs. A major subdivision at KU is reservoir engineering, or the development of processes to improve production from oil and gas reservoirs. Reservoir engineers use sophisticated mathematical techniques and computer technology to obtain optimum production. Through such techniques, petroleum engineers continue to extract oil and gas from reservoirs that only a few years ago would have been considered uneconomical. This branch of engineering is somewhat different from the other in that production is far removed from physical observation.

While not the oldest science, Physics has evolved over the last four centuries into the most fundamental.  From Aristotle through Newton to Einstein, the science has developed into our primary means of probing the forces that serve as the foundation for everything that happens on all levels, from the subatomic to the large-scale structure of the Universe. Physics, like all the sciences, draws individuals who love a challenge, who find problem-solving and complex puzzles motivating factors for getting up and going to work every day. Critically, the puzzles within Physics often challenge our intuition and demand that we rethink the way we perceive the Universe. Ultimately, all of the physical and biological sciences can be reduced to a form of applied Physics.

The study of economics offers students insight into some of the most fundamental questions facing societies today: what goods and services should we produce? How should we produce them? How should we distribute them ? Economics offers an outstanding preparation for careers in policy analysis, international relations, business, and other careers that require rigorous analytic thinking. Economics also makes an excellent foundation for graduate study in economics, business, law, political science, or public administration.

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.

Gain a foundation in business disciplines while also discovering the use of information technology in business and organizational settings.

With a degree in information systems, you will be able to navigate databases and other information systems, which are skills needed in almost every field. Whether you work in a consulting firm providing services for clients or within a company, you will be pivotal to the technological skill and advancement of the company.

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.