Bachelor of Science in Computer Science

at Shorelight Group - University of Kansas USA

The Classical Languages major trains you to read the great authors of classical antiquity (e.g., Homer, Plato, Vergil, Sappho, Saint Augustine) in the original language and prepares you for graduate study in classics and for teaching in some private schools.

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.

To study with the KU School of Music’s Theory and Composition (MTHC) Area is to engage the passions, both musical and intellectual, of six composers and scholars who have each earned national and international recognition for their contributions to the discipline.

Working with faculty in the division, you will be able to pursue a wide range of scholarly interests and musical styles. Our specialists in music theory research and teach a wide breadth of approaches on diverse subjects. In addition to critical assessment of the standard common-practice and contemporary repertoires, students have the opportunity to learn about specific fields of faculty expertise, including film music, philosophy and critical theory, rhythm and meter, and modern rock music.

Our composers in the division are also skilled teachers who can help you refine your craft and develop your unique compositional voice. Among their vast and varied portfolios, they have each made significant contributions in producing new music for a wide range of genres, including works for wind band and orchestra, opera and choral music, instrumental and vocal chamber music, music for film, and electronic music (particularly involving live performance).

The classroom meets the stage in the University Theatre, a leading arts program serving the KU and Lawrence communities. KU Theatre students, faculty and professional staff work together to create up to eight fully-produced shows each year, from dramas to musicals to opera.  In our fully-equipped facilities students engage in all aspects of production onstage and backstage.  Production continues year round with the summer Kansas Repertory Theatre program.

Highly Qualified Faculty Scholars and Artists

The Theatre faculty are creative artists and researchers working in the areas of theatre technology, performance, design, dramatic literature, dramaturgy, pedagogy, as well as the historical, literary, and cultural study of theatre and performance. Our faculty include award-winning teachers and internationally recognized scholars and artists working in professional theatre and authoring books and articles.

Interested in how products from around the world end up at your doorstep? If you enjoy problem solving, learn more about what it means to major in supply chain management.

Supply chain students will learn a set of approaches to efficiently integrate the flow of materials, finances and information from suppliers, manufacturers, wholesalers, distributors, retailers and the final customer. The primary objective of an efficient supply chain is to improve the service levels to customers.

Your training in the supply chain management program will make you a competitive candidate for increasingly important positions in organizations everywhere.

The Bachelor of Science in Molecular, Cellular, and Developmental Biology provides students with a broad understanding of biological systems at the molecular, cellular, and organismal levels. The MCDB degree includes study of genetics, cell biology, developmental biology, cancer biology, and neurobiology. Students have the option of elective courses in these areas for an advanced, in-depth learning experience.

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.

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.

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.

Computer scientists study the very nature of computing and information in order to advance the state of the art. They often specialize in software design and implementation through web development, interface design, mobile computing, and other areas. Computer scientists address fundamental computing problems, such as the efficient and secure collection of information. From medicine and business to video games and films, they are devising new ways to use computers. Integrating the theoretical aspects of computing with real-world applications offers an array of industry and research opportunities for computer scientists. Information technology (IT) professionals have a complex demanding job that requires a solid foundation in applied computing and management skills. In overseeing the IT infrastructure, they must select and integrate the appropriate hardware and software to meet the needs of the organization. They must define the requirements of the system and then design, deploy, integrate, and maintain system throughout its lifecycle. In addition to their vast computing knowledge, IT professionals must be able to communicate the impact of technology decisions to non-technical coworkers along with the latest policies and trends in IT.