Bachelor of Science in Business - Business Administration

at Study Group - DePaul University USA

In the Peace, Justice and Conflict Studies major, you will critically examine the origins and root causes of violence and conflict, and learn strategies for resolving interpersonal, communal and international conflicts peacefully. You will master the theoretical and intellectual frameworks related to peace building, human rights advocacy and justice development by learning to interpret real life situations and applying strategies for advocacy, consensus-building, partnership development and other intervention tools.

You will complete an internship with an organization related to peace, social justice or conflict resolution.

Take advantage of DePaul’s Study Abroad programs in order to gain an international perspective on the causes of violence and conflict, as well as strategies for negotiation and resolution.

In the Public Relations and Advertising program, you will develop an understanding of public relations and advertising theories and practices. You’ll learn to consider processes, products and effects from multiple perspectives, as well as develop critical thinking skills and your ability to speak and write effectively.

When you pursue a public relations and advertising degree, you may choose to take courses that concentrate on either public relations or advertising. Public relations focuses on maintaining and promoting the image of a company. Advertising focuses on persuading an audience to purchase a product. If you are interested in both fields, you have the option to take courses from both subject areas.

DePaul is located in the heart of Chicago’s business community, giving you opportunities to intern and work professionally with leading public relations and advertising agencies upon degree completion.

The tools and methods of Applied Mathematics are in demand wherever quantitative analysis is used for strategic decision-making. The MS in Applied Mathematics gives you the expertise you need to use those tools and methods in business, industry or government.

Applied and Computational Mathematics Concentration
The Applied and Computational Mathematics concentration is intended for students seeking a career as quantitative analysts, computational scientists, or applied mathematicians, or for those planning to continue the study of applied mathematics at the doctoral level. Students pursuing this concentration are exposed to a variety of mathematical methods, models, and computational tools that find use in science, engineering, business, computer science, and industry.

Our Hospitality Leadership program will prepare you for a management career in a variety of hospitality industry segments, including hotels, restaurants, private clubs, meetings and events. Hospitality majors here benefit from a program that balances hospitality leadership courses with core business curriculum.

As a hospitality major, you’ll have access to the school’s J. Willard and Alice S. Marriott Center for Student Development and Engagement. This center connects you with industry leaders, school alumni and students, and offers you highly-specialized career preparation and leadership development. The center is also available as a resource to help you successfully complete two internships, which are a requirement of the Hospitality Leadership program.

The Bachelor of Arts in Data Science program offers a curriculum that focuses on developing analytical and technical skills necessary for analyzing massive amounts of data and extracting information from complex data sources.

As a data science major you will learn how to collect and analyze data, how to determine which tools and techniques are best for data collection and how to design programs in a variety of computer languages involving data processes.

Our sociology degree program will help you develop the critical thinking skills needed to effectively observe sociological topics and become equipped to conduct sociological research.

As you work toward your Sociology degree, you’ll take advantage of exploring Chicago—a laboratory for research and observation with its ethnic communities, economic development and urban issues, giving you the opportunity to access Chicago’s rich and diverse culture through service opportunities, field experience and internships.

We offer combined bachelor’s + master’s degree programs including a combined bachelor’s in Sociology and a master’s in Secondary Education Social Sciences degree. These programs allow you to complete a bachelor’s degree and a graduate degree in as few as five years.

As part of the Grace School of Applied Diplomacy at DePaul, our Master of Applied Diplomacy program unites traditional and non-traditional approaches to the field of diplomacy. Here, we know that the work of diplomacy is not limited to members of the foreign service, but practiced by members of non-governmental organizations, business people, scientists, and community organizers.

Critical Ethnic Studies
The Diplomacy and Critical Ethnic Studies concentration provides students with a foundation for applying the tools and understanding of diplomatic practice—mediation, conflict resolution and advocacy—on behalf of marginalized communities. Students will have the opportunity to place the study and practice of diplomacy into conversation with the disciplines of critical race theory, ethnic studies, forced migration studies, history, and international studies.

The master’s in Mathematics Education is an accelerated, six-quarter program for current and future secondary school math teachers. Meant to improve math instruction in Chicago and its suburbs, the program focuses on math content and teaching strategies and technologies, all directly tied to secondary curricular needs.

The only graduate program of its kind in the area, this 18-month program can be completed over a series of intensive weekend-only sessions that focus on

• Differential and integral calculus, numerical algorithms related to calculus and implementation of these algorithms using graphing calculators and web-based software;
• Euclidean and non-Euclidean geometry using software packages that emphasize content connected to the high school curriculum;
• Discrete mathematical structures with an emphasis on logic, proof and mathematical reasoning;
• Probability and statistics with an introduction to combinatorics;
• History of elementary number theory, algebra and geometry;
• Topics in abstract algebra that relate to high school courses in algebra, geometry and trigonometry; and
• Topics in real analysis with an emphasis on improving calculus instruction.

The master's in Software Engineering provides students with skills that are widely applicable, highly in demand, and richly rewarded. Software engineering is a discipline concerned with the processes, methodologies, techniques, and tools of developing high-quality software systems in a cost-effective manner. The Software Engineering program emphasizes the best software engineering practices, current methodologies, emerging technologies, and their applications in various industries. It also emphasizes the development of communication and presentation skills in a team-based software development environment. The curriculum encompasses all important aspects of software engineering, including: requirements engineering, software architecture and design, software construction, software testing and quality assurance, software maintenance, and software project management.

Real Time Game Systems
This concentration addresses the principles and foundations of the complex field of real-time interactive game systems. Students will gain experiences in system and architectural design, computer graphics and animation, game physics, artificial intelligence, networking, tools and game systems engine development. Students will also gain experiences in the optimization of real-time computer systems used for electronic trading, defense work and mobile development technology. Besides the game industry, students can apply these highly specialized and valuable skills in other industries that use interactive simulations such as architecture, medicine, and law.

As a Biochemistry major, you’ll learn the fundamentals of chemical and biochemical theory and practice through scientific investigation, laboratory experience and research.

You’ll take courses that cover all aspects of chemistry, including analytical, biochemical, inorganic, organic and physical chemistry, as well as courses in biology, physics and mathematics.

• Through coursework, biochemistry majors develop skills in
• Conducting experiments safely and ethically
• Recording and analyzing data
• Presenting and publishing scientific findings
• Problem-solving, critical thinking and analytical reasoning as they relate to experimentation and drawing conclusions

You’ll gain hands-on research experience by working with professors on cutting-edge research projects.