Major Academic Plan (MAP) Why study computing? What aspect of modern life has not been affected by computing technologies? Personal computers, game machines,

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Major Academic Plan (MAP) Why study computing? What aspect of modern life has not been affected by computing technologies? Personal computers, game machines,
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Major Academic Plan (MAP) Why study computing? What aspect of modern life has not been affected by computing technologies? Personal computers, game machines,
Major Academic Plan (MAP) Why study computing? What aspect of modern life has not been affected by computing technologies? Personal computers, game machines,
Major Academic Plan (MAP) Why study computing? What aspect of modern life has not been affected by computing technologies? Personal computers, game machines,
Major Academic Plan (MAP) Why study computing? What aspect of modern life has not been affected by computing technologies? Personal computers, game machines,
Major Academic Plan (MAP) Why study computing? What aspect of modern life has not been affected by computing technologies? Personal computers, game machines,
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Major Academic Plan (MAP) Why study computing? What aspect of modern life has not been affected by computing technologies? Personal computers, game machines,
Major Academic Plan (MAP) Why study computing? What aspect of modern life has not been affected by computing technologies? Personal computers, game machines,
Major Academic Plan (MAP) Why study computing? What aspect of modern life has not been affected by computing technologies? Personal computers, game machines,
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Major Academic Plan (MAP) Why study computing? What aspect of modern life has not been affected by computing technologies? Personal computers, game machines,
Major Academic Plan (MAP) Why study computing? What aspect of modern life has not been affected by computing technologies? Personal computers, game machines,
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Major Academic Plan (MAP)
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Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
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Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
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Major Academic Plan (MAP)
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Major Academic Plan (MAP)
Major Academic Plan (MAP)
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Major Academic Plan (MAP)
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Major Academic Plan (MAP) Why study computing? What aspect of modern life has not been affected by computing technologies? Personal computers, game machines, routers, laptops, tablets, smart phones, and wearable electronics have certainly changed the landscape of daily life, but older technologies that we take for granted are also now controlled by software. Automobiles, airplanes, televisions, scientific instruments, medical devices, printers, furnaces, washing machines, ovens, refrigerators, smart homes,... the list of programmed devices goes on and on. The software applications that run all of these technologies were developed by people like you. An educational foundation in computing will open up many fields in which you can help make the world a better place using your imagination, interest and passion. It's also an excellent financial choice. Current demand for college graduates in computing is far outstripping the supply, resulting in what are consistently amongst the highest starting salaries for new college graduates. Computer Science Major Our traditional computer science degree provides extensive preparation in both the theoretical and practical aspects of computer science. It will prepare you for a variety of careers in computing or for additional study at the graduate level. In this program you will study both general purpose programming and programming for specialized purposes and environments. In addition, you will learn about algorithms, performance analysis, networks, computer architectures, information systems and software engineering. You will also work on a realistic project in a team environment. The program includes a variety of advanced courses that allow you to tailor your degree to your specific interests. Other Degrees BA in Computer Science Foundations options Minors in Computer Science, Computer Information Systems, 3D Animation, Game Development, Computer Applications, and Web Application Development Master of Science in Computer Science Department Chair Carol Taylor, PhD Office: CEB 319A Department Assistant Connie Bean Office: CEB 319F Sample Careers Software Engineer Web Developer Game Programmer Database Developer Systems Analyst Associate in Arts BS in Computer Science ( credits) Department of Computer Science College of Science, Technology, Engineering, and Mathematics Operations Manager Margo Stanzak Office: CEB 319C

AA – DTA Degree Requirements with Suggested Classes that Fulfill EWU Prerequisites/Requirements The courses listed below transfer to satisfy EWU Graduation Requirements and can be taken before or during the major programs: International Studies (one course) FLAN207 Contemporary World Cultures (3) HIST131 Latin American History (3) HIST181East Asian History and Culture (3) HIST 210 MUSH163 Survey of World Music (3) PHIL111 World Religions (3) POLS237 International Politics and Problems (3) SOC102 Social Problems (3) SPAN201 Intermediate Spanish I (3) NORTH IDAHO COLLEGE COURSEE.W.U. COURSE EQUIVALENT WRITTEN COMPOSITION (6 credits) ENGL 101 English Composition (3)ENGL 101 College Composition: Exposition and Argument (5) ENGL 102 English Composition (3)ENGL 201 College Composition: Analysis/Research/Document (5) ORAL COMMUNICATION (3 credits) COMM 101 Intro to Speech Communication (3) CMST 201 Public Speaking (5) MATHEMATICAL WAYS OF KNOWING (3-5 credits) MATH 147 Pre-Calculus (5)MATH 141 Precalculus I (5) MATH 142 Precalculus II (5) SCIENTIFIC WAYS OF KNOWING (8 credits) Consult your advisor for course options. HUMANISTIC AND ARTISTIC WAYS OF KNOWING (6 credits) Consult your advisor for course options. SOCIAL AND BEHAVIORAL WAYS OF KNOWING (6 credits) Consult your advisor for course options. INSTITUTIONALLY DESIGNATED (4-6 credits) INTR 250 Integrative Inquiry (3)General Elective Credit (5) ELECTIVES (20-24 credits) CS 150 (L) Computer Science I (4)CSCD 210 Programming Principles I (5) CS 151 Computer Science II (4)CSCD 211 Programming Principles II (5) Cultural Diversity (one course) ANTH225 Native People of North America (3) AIST101 Intro to American Indian Studies (3) COMM220 Intro to Intercultural Communication (3) ENGL 285 American Indian Literature (3) ENGL295 Contemporary U.S. Multicultural Literature (3) HIST240 American Indian History (3) SOC103 Cultural Diversity (3) SOC251 Race and Ethnic Relations (3) *1 semester credit is equal to 1.5 quarter credits. To calculate quarter credits, multiply semester credits by 1.5.