Bachelor of Arts in World Language Education Chinese

at Study Group - DePaul University USA

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 of Social Work (MSW) program will prepare you for advanced social work, with attention to professional ethics, respect for human rights and recognition of the inherent dignity of all people. The curriculum is grounded equally in theory and practical application. Choose from one of two concentrations:

• The Community Practice concentration prepares you to lead human service organizations.
• The Forensic Social Work concentration prepares you for practice and advocacy in settings where human services and the legal system intersect.

You’ll be grouped in a small cohort, which enables you to get to know your colleagues and receive individualized attention from your professors.

The Theatre School’s Master of Fine Arts (MFA) Acting program is highly truthful, expressive, and physical. Informed by our Chicago roots, we prepare actors to work on stage and screen all over the world.

Students learn from a distinguished faculty of working professionals who possess a wide variety of backgrounds and expertise. Our faculty have developed a powerful curricula that mine a diversity of ideas from Stanislavski, Spolin, Grotowski, Shurtleff, Lessac, Linklater, Yoga, Tai Chi, Feldenkrais® Method, Laban, mask work, and more. Students are inspired through unique points-of-view within a comprehensive progression of acting, movement, and voice and speech curricula.

The Secondary Education program prepares you to teach 9th through 12th grade in a variety of urban and suburban education settings, including public and private high schools. You can graduate with a State of Illinois license to teach designated subject-area content (listed below). The program also provides you an opportunity to receive a Diploma Year Program Award (IB certification) to teach in International Baccalaureate schools world-wide.

As part of the secondary education major, you’ll learn educational theories and effective teaching practices, including how to design and implement curriculum; participate in extensive field experiences at multiple schools, and student-teach for 10 weeks.

The Master of Science in Game Programming is designed for those interested in game development programming at the highest level, including real time computing, computer graphics, and professional retooling for the game industry. Students will learn about software engineering, computer graphics, artificial intelligence, animation, software architecture, and networking. The game programming degree addresses the real-world needs of industry through special, topic-based classes. Courses are taught with a mixture of theory and applied practice. Covering both emerging trends and proven knowledge, the program's content is always relevant and current. This combination of approaches allows students to understand the connection between realized applied systems and issues they'll likely face professionally in years to come.

The Theatre School’s Master of Fine Arts (MFA) degree in directing is a high octane three-year program that gives artistically ambitious directors a challenging training ground to develop and explore their artistic vision. Two students are selected to enter the program each year. All MFA Directing students are guaranteed a scholarship, which is renewable all three years.

Our curriculum focuses on marrying skill and imagination with both small seminar and active practicum courses dedicated to expanding our students' directorial toolboxes and inciting their artistry. Our production program challenges student directors to conceive, pitch, design, cast, and rehearse five fully produced projects over three seasons as resident directors in our state-of-the-art facilities.

Our distinguished faculty of working artists provide real world instruction and a direct pipeline to the field. Situated just a short walk or El ride away from some of its most storied theatres, The Theatre School shares a revolving door with the city of Chicago - one of the nation's most vibrant theatre scenes. The artists, leaders, productions, and theatres that our MFA directors come into contact with inspire them while they are in school and launch them when they graduate.

Through our Healthcare Markets and Analytics MBA concentration, you’ll become prepared to analyze and use health data to make managerial decisions.

Our MBA in healthcare management program teaches you to use decision-making algorithms that apply data to economic models. Your courses will focus on economics within the health care sector — an industry that accounts for more than one-fifth of the U.S. economy.

In this program, you’ll learn

• How the health care sector is similar to, and different from, the rest of the economy.
• How the behavior of the health care sector adheres to and deviates from key economic principles.
• The crucial and ever-increasing role of data in guiding the decision-making process of policymakers in the health care industry.

As an Astrophysics major, you’ll study the formation of the universe and the behavior and life cycles of stars, planets and galaxies. You’ll focus on scientific investigation, laboratory experience and research opportunities to give you hands-on experience in the field of astrophysics.

You’ll start by taking core courses that align with the standard Physics major. The program is designed with flexibility so that you can focus on instrumentation, observational data analysis, or theoretical/computational work by choosing appropriate elective courses.

American Studies majors will examine the breadth and diversity of the American experience. American Studies is an interdisciplinary program that integrates the study of literature, history, geography, media, politics, popular culture, art and religion in order to critically analyze American society, culture, institutions and intellectual traditions.

As an American Studies major, you’ll be encouraged to question what constitutes American culture, and how cultural expressions reflect and reveal American values, beliefs, prejudices, pleasures and perceptions.

American Studies majors will gain competency in American cultural studies by mastering the theoretical and intellectual frameworks of their concentrations and by learning to interpret and analyze primary documents. Students in other interdisciplinary programs find American Studies a common double major or minor when combined with majors such as history, communication, anthropology, English, political science or sociology.

In DePaul’s Cyber-Physical Systems Engineering program, you’ll learn about engineering systems that integrate physical processes, computation and control. You’ll gain an understanding of how cyber-physical systems are used to manage electric grids and other infrastructures, home utilities and appliances, robots, autonomous vehicles, environmental sensor networks, traffic control, smart toys and Internet of Things (IoT) systems.

As you work toward your cyber engineering degree, you’ll learn how to:

• Analyze a simple physical process and develop a mathematical model that describes it
• Develop a feedback control system that controls a simple physical process
• Solve a computational problem by selecting appropriate data structures and algorithms
• Select the hardware (sensors, actuators, controllers, etc.) for a Cyber-Physical System
• Develop the embedded system software that manages Cyber-Physical System hardware
• Assess and improve the reliability and security of a simple Cyber-Physical System
• Integrate feedback control, algorithms, and hardware to implement a Cyber-Physical System

The Cyber-Physical Systems Engineering program takes on a multi-disciplinary approach – you’ll gain a broad and deep foundation in computer science and software development.