2014-2015 Academic Catalog [ARCHIVED CATALOG]
Associate in Science-T - Track 2 - Physics, Computer Science, General Engineering, Atmospheric Sciences
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PGM CODE – AS2
Program Description The Associate in Science (AS-T) transfer degree is designed to prepare computer science, science and engineering majors for transfer to a four-year institution with junior standing. The AS-T transfer degree will generally provide the transferring student with at least ninety quarter (60 semester) credits upon entry to a four-year institution. This transfer degree will satisfy some, but not all, of the general education requirements at the receiving institution.
Students who enter Edmonds CC with clear intentions of majoring in a field of engineering, computer science or science are strongly advised to plan their course of study by meeting with an appropriate adviser to review the specific degree requirements for their academic program at their intended transfer institution.
Common Course Numbering Please refer to www.edcc.edu/ccn for more information.
Credit/Grade Requirements This AS-T transfer degree is awarded upon completion of a minimum of 90 credits as outlined, with a minimum cumulative grade point average of 2.0 in all college level courses. At least 30 credits must be earned at Edmonds CC.
Cultural Diversity Requirement All students earning a degree or certificate of 45 credits or more must meet a cultural diversity (CD) requirement by taking at least five (5) credits of CD courses. To learn more, go to Academic Information – Cultural Diversity Requirement in the online academic catalog.
Students are advised to
- Consult with a computer science, science, or engineering faculty adviser and the appropriate department at your four-year transfer institution on course selection and completion of degree requirements.
- Consult a faculty adviser to determine a degree path if they intend to major in computer science. Some students transferring to a university computer science program are better served by earning an Associate of Arts degree.
- Plan your schedule, in consultation with a computer science, science, or engineering faculty adviser, several quarters in advance to accommodate courses that are offered only once or twice per year.
- Review the college catalog for required course prerequisites and include these in schedule planning.
- At least three quarters before you plan to graduate, contact any college(s) where you have earned credits and have your official transcript(s) sent to Edmonds CC.
- Submit an Evaluation Request - Transfer Credits Form (available in Enrollment Services) to activate the process of transferring credits to Edmonds CC.
Graduation Application A completed Graduation Application form must be submitted online by the 10th day of the quarter in which the student expects to graduate. Note: Applications for summer quarter are due by the 8th day of the quarter.
College Resources
College Website | www.edcc.edu
How to Enroll | www.edcc.edu/es
Transfer Center | www.edcc.edu/transfer
College Bookstore | www.edcc.edu/bookstore
Advising Appointments | 425.640.1458
Advisers
The advisers for this program are
Paul Bladek | pbladek@edcc.edu | 425.640.1177
Patrick Burnett | patrick.burnett@edcc.edu425.640.1802
Tom Fleming | marvin.fleming@edcc.edu | 425.640.1757
Melissa Hope | mmackay@edcc.edu | 425.640.1638
Rachel Wade | rachel.wade@edcc.edu | 425.640.1287
Department websites
Computer Science | www.edcc.edu/stem/cs
Engineering | www.edcc.edu/stem/engr
Mathematics | www.edcc.edu/math
Physics | www.edcc.edu/stem/phys
| Advising Note This program requirement sheet is not a substitute for meeting with an academic adviser. Meeting the requirements to graduate with an Edmonds CC certificate or degree is ultimately the responsibility of the student. |
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General Education Requirements (minimum of 23 credits)
Communication Skills (10 credits)
OUTCOME: Write in clear, effective ways, adapted to audience, context, and purpose. Mathematics (10 credits)
OUTCOME: Apply mathematical, quantitative, or symbolic models to solve problems, draw inferences, or support conclusions appropriate to an individual discipline. Health and Physical Education (3 credits)
OUTCOME: Demonstrate knowledge and skills in one of these areas: emergency care, contemporary health, principles of lifelong fitness, or athletic performance and teamwork.
Cultural Diversity Requirement
OUTCOME: Apply multiple perspectives when examining cultural differences and interacting in multicultural settings.
____Cultural Diversity Requirement met Distribution Requirements (15 credits)
At least five (5) of the 15 required credits must be completed in each Distribution area.
Humanities (minimum 5 credits)
OUTCOME: Use Humanities-based methods to reason, communicate, make meaning, solve problems and/or create or perform cultural works for diverse audiences and purposes.
A maximum of five (5) credits in foreign language may be applied to the Humanities distribution requirement. A maximum of five (5) credits in Performance/Skills courses may be applied to the Humanities distribution requirement.
Social Sciences (minimum 5 credits)
OUTCOME: Use Social Science theories and methods to reason, communicate, apply insights, solve problems, and to develop a critical understanding of the diversity and interdependence of peoples and cultures.
Program Requirements (20 credits)
OUTCOMES:
- Apply the skills and knowledge acquired through coursework to analyze issues, tackle problems, and critically evaluate a proposal, claim, process, or theory as applied to Physics, Computer Science, General Engineering, and Atmospheric Sciences.
- Use appropriate quantitative tools to tackle scientific questions, represent data, and document scientific findings as applied to Physics, Computer Science, General Engineering, and Atmospheric Sciences.
- Demonstrate the knowledge acquired through coursework by effectively communicating to fellow team members, the public, and members of the scientific community, using written, oral, and visual communication methods as applied to Physics, Computer Science, General Engineering, and Atmospheric Sciences.
- Safely and appropriately use standard laboratory or field equipment to make precise and reliable measurements as applied to Physics, Computer Science, General Engineering, and Atmospheric Sciences.
- Demonstrate the understanding that science relies on evidence, and that scientific knowledge is tentative, open to revision, falsifiable and subject to constraints as applied to Physics, Computer Science, General Engineering, and Atmospheric Sciences.
Program Electives (to complete 90 credits)
Math/Science/Engineering Courses
Select from the following course list, depending on major. Chemistry lectures and labs must be taken together.
Signatures
| Dean’s Signature and Date |
Adviser’s Signature and Date |
| Eff: summer 2014 | Rev: 05/14 |
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