Revised Course
2695575208915 Part 1: Course DetailsDivision/Department requesting change: CIT Dept/BCIT DivisionCourse developer name and contact information: Jim BaileyDivision Dean: Chris RehnAcademic year (e.g., 2018-19) change will take effect: 2018-19TYPE OF COURSE FORMCHECKBOX Lower Division Collegiate FORMCHECKBOX Professional/Technical FORMCHECKBOX Developmental, numbered below 100CHANGES TO COURSE Enter Current Course Information (fill out this column completely) Proposed Change type (check all that apply)Proposed Course ChangesCourse number: CS 160 FORMCHECKBOX Course numberCourse title: Orientation to Computer Science FORMCHECKBOX Course titleCredits_3_ Lecture_1_ Lecture/Lab___ Lab_4_ Total Credits FORMCHECKBOX Credit change_2_ Lecture_2_ Lecture/Lab___ Lab_4_ Total CreditsContact hours per week_3_ Lecture_2_ Lecture/Lab___ Lab_5_ Total Contact Hours/Week FORMCHECKBOX Contact hours per week (see formula below)1 lecture = 1 contact hour per week1 lecture/lab = 2 contact hours per week1 lab = 3 contact hours per week_2_ Lecture_4_ Lecture/Lab___ Lab_6_ Total Contact Hours/WeekPrerequisites (current) MTH 095, or MTH 111, or MTH 241, or placement test into MTH 111 FORMCHECKBOX PrerequisitesPrerequisites (proposed)Placement test and code (e.g., 4cpa score of 75-120; contact testing for codes) FORMCHECKBOX Prerequisite placement test/scoreCo-requisites FORMCHECKBOX Co-requisitesGrade option (letter or P/NP): FORMCHECKBOX Grade option (letter or P/NP)Grade option (proposed):Copy/paste current course description. If this course is repeatable for credit, please include a sentence in your description. E.g., “This course is repeatable for up to ___ credits.”This course explores the discipline and profession of computer science. It provides an overview of computer hardware architecture, the study of algorithms, software design and development, data representation and organization, ethics and the history of computing and its influences on society. The student is exposed to both low-level and high-level programming languages. May be offered online. FORMCHECKBOX Course description (300 characters). For examples, see Sample Course Descriptions. Enter revised description (aim for 300-400 characters/approximately 60-70 words): [enter text here]Copy/paste current learning outcomes:Describe a computer's hardware components and interactions, binary math and data representation, and logic gates and circuits.Describe the role of an operating system and its major subsystems.Describe programming methodologies, analyze and problem-solve basic programming issues, describe current programming methodologies Describe how programming languages are implemented, including the translation process from high-level to machine-level code Describe computer networks and communication technologies.Describe systems of computer and network use, describe social contexts and cultures of computer use, understand the role, elements, types and development of computer information systems in organizationsDescribe the computing discipline as it relates to Computer Science, Electrical Engineering, Computer Engineering, Software Engineering, Information Technology and Information Systems FORMCHECKBOX Course learning outcomes, Core Learning Outcomes, and assessments Enter new outcomes, assessments in chart below FORMCHECKBOX Other (please explain)Part 2: Rationale, Equity, Library Resources, Course OverlapRATIONALE: Describe the rationale for this course revision The CIT Dept assessed all of their classes and current teaching practices and compared them to the approved credit setup (lecture, lec/lab and lab) for those classes. This course did not match current teaching practices.CURRICULUM EQUITY STATEMENT Please do not copy/paste the COPPS equity statement. Reflect how your course supports equity. To promote an environment where all learners are encouraged to develop their full potential, this course will support Lane’s Curriculum Equity policy in the following way(s): This course is structured and taught using a variety of teaching methodologies to better support a diverse learning population. It is offered both in-class and on-line so that students with personal or social obstacles that conflict with attending classes on campus are able to participate and learn the material.In-class and on-line discussions are moderated in a manner that encourages participation and supportive feedback for questions and issues brought up in class. Examples are provided in class that are gender neutral and recognize cultural differences.Discussions and research papers on historical activities and individuals in computer science are presented in a manner to demonstrate the breadth of diverse individuals who have contributed to the field, including examples of individuals from populations currently under represented.LIBRARY CONSULTATION Please contact your liaison librarian to schedule a 30+ minute individualized instructional consultation and collaboration session. In addition to your specific course-related questions, your librarian will be prepared to share:Library resources and services that support your teaching and student learning needsOER (Open Educational Resources) options that align with your program and course curriculum Strategies for integrating the development of information literacy skills into course content and/or assignments Please allow one week for the librarian to prepare for your consultation. If you are not sure who your liaison librarian is, you can either look it up on the Library’s website or call the Library Reference Desk at 463-5355. (Librarian signature required above.)COURSE OVERLAP Indicate any topic/content overlap with other courses. How will this course's topics and content be differentiated? If there is overlap, faculty of overlapping courses must agree on the extent of overlap and include a rationale explaining its necessity. The dean of the division in which overlap occurs must sign their approval (see p.1).DivisionCourse Number / TitleRationaleDean of overlap course (name)CAREER/TECHNICAL COURSE TRACKING (required only for career/technical courses)Career/Technical courses are tracked within programs for purposes of Carl Perkins funding and budgetary planning. Indicate all degree or certificate programs for which this course will be required.Programs in which course will be requiredDivisionComputer Science ASOT Transfer DegreeBCITPart 3: Outcomes, Assessments, and TopicsList course outcomes, Core Learning Outcomes (CLOs), and Assessments The information in this section should be used to create your course outline and syllabus. How are Lane’s Core Learning Outcomes emphasized and measured or demonstrated through course assessments? Please indicate which Core Learning Outcomes and Dimensions are linked to your course outcomes. Need help? Contact Tammy Salman, Faculty Coordinator, Assessment and Curriculum Development or Sarah Lushia, Core Learning Outcomes Coordinator.Core Learning Outcomes and Dimensions You do not need a CLO for each course outcome.EXAMPLE CLO 1.2: Determine information need, find and cite relevant informationCOURSE-LEVEL LEARNING OUTCOMES (course outcomes) See this page for guidance on writing outcomesEXAMPLE Upon successful completion of this course, students will be able to: 1. Describe and explain general plant structure and function in relation to plant growth and development. 2. Demonstrate knowledge of horticultural principles in the cultivation of plants. ASSESSMENTS Include specific assignments you will use to measure/observe student attainment of outcomes. For assessment ideas see Authentic Tasks CLO 1.1, 1.3, 3.4, 3.5, 5.1, 5.2Describe a computer's hardware components and interactions, binary math and data representation, and logic gates and circuits.Quizzes, Discussions, ExamsCLO 1.1, 1.3, 3.4, 3.5, 5.1, 5.2Describe the role of an operating system and its major subsystems.Quizzes, Discussions, ExamsCLO 1.1, 1.3, 3.4, 3.5, 5.1, 5.2Describe programming methodologies, analyze and problem-solve basic programming issues, describe current programming methodologies Quizzes, Discussions, ExamsCLO 1.1, 1.3, 3.4, 3.5, 5.1, 5.2Describe how programming languages are implemented, including the translation process from high-level to machine-level codeQuizzes, Discussions, ExamsCLO 1.1, 1.3, 3.4, 3.5, 5.1, 5.2Describe computer networks and communication technologies.Quizzes, Discussions, ExamsCLO 1.1, 1.3, 3.4, 3.5, 5.1, 5.2Describe systems of computer and network use, describe social contexts and cultures of computer use, understand the role, elements, types and development of computer information systems in organizationsQuizzes, Discussions, ExamsCLO 1.1, 1.3, 3.4, 3.5, 5.1, 5.2Describe the computing discipline as it relates to Computer Science, Electrical Engineering, Computer Engineering, Software Engineering, Information Technology and Information SystemsQuizzes, Discussions, ExamsCOMPETENCIES AND TOPICS COVERED (include in course outline) Example: Course Outline Sample (from COPPS) The information layer, computer systems and social context - the history, its elements and types of information systems Computing as a tool and discipline - usage of the computer and the computer disciplines that support it The Hardware Layer - the basics of how a computer works, how data is stored and architecture models Programming and algorithm development - styles of programming, algorithm development, types of languages and language translation The Operating System Layer - its role and operations The Applications Layer - from desktop programs to large transaction systems The Communications Layer - network technologies and the InternetPart 4: Financial and Student ImpactFinancial Impact AnalysisDescribe the financial impact of the revised course, including: Instructional costs; workload (both FT and PT faculty and classified staff); physical space requirements (e.g., labs); additional equipment needs; additional fees; any cost reductionsNoneStudent Impact AnalysisDescribe the revised course’s potential impact on students, including: Effect of changes on program requirements, articulations, cost, credit load, avoiding excess credits in transfer, financial aid credit limits, completion, and enrollments; determination of how new/revised courses transfer to four-year schools (please consult with your advisor).The approved course credit setup (lec, lec/lab, and lab) will match the current teaching practices for the curriculum.Part 5: Degree Requirements Applications (if applicable)If applying for any of the following, check the appropriate boxes and include your completed degree requirements forms with this course proposal. Go to the Curriculum Office website to download these forms. FORMCHECKBOX AAOT (Career Technical courses not eligible) FORMCHECKBOX Arts & Letters FORMCHECKBOX Cultural Literacy FORMCHECKBOX Information Literacy FORMCHECKBOX Mathematics FORMCHECKBOX Science /Computer Science FORMCHECKBOX Social Sciences FORMCHECKBOX Speech/Oral Communication FORMCHECKBOX Health/Wellness/Fitness (all degrees) FORMCHECKBOX Human Relations designation (for AAS degrees and certificates) FORMCHECKBOX Sustainability course status (optional)College Approval (before signing, please see Curriculum Committee recommendations for this course in the committee’s meeting minutes)_________________________________________Executive Dean for Academic AffairsDate_________________________________________Vice President for Academic & Student AffairsDate ................
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