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Math Pathways & Corequisites

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Presentation on theme: "Math Pathways & Corequisites"— Presentation transcript:

1 Math Pathways & Corequisites
Darin McGaw, WCCC Kathy Englehart, KVCC Liz Russell, EMCC DIRIGO 2019

2 Dana Center Pathways Seeks to Ensure that ALL Students in HE will be:
Prepared to use mathematical and quantitative reasoning skills in their careers and personal lives; Enabled to make timely progress toward completion of a certificate or degree; and Empowered as mathematical learners. DIRIGO 2019

3 1 Students will be prepared to use mathematical and quantitative reasoning skills in their careers and personal lives DIRIGO 2019

4 Remedial Level 001 (Basic Algebra)
Our Traditional Math Path Remedial Level 002 (Basic Math) Remedial Level 001 (Basic Algebra) College Algebra DIRIGO 2019

5 Work Remains to Get All “Like” Programs on the Same Pathway
Math Aligned to Majors Technical Mathematics Automotive Building Construction Electrical Machine Tool Welding Quantitative Reasoning Culinary Arts Digital Graphics [Some] Education Liberal Studies Nutrition Statistics Business Management Human Services Psychology College Algebra Computer Science Engineering Technology Pre-Engineering Respiratory Therapy Work Remains to Get All “Like” Programs on the Same Pathway DIRIGO 2019

6 DIRIGO 2019

7 Technical Mathematics
Course Description: This course focuses on mathematics topics relevant to a variety of trades and technical disciplines.  Topics include: proportions, percentages, measurement, algebra, geometry, and trigonometry. An emphasis is placed on practical, contextual applications. A Sampling of Objectives: Make use of and interpret percentages, ratios, and decimals. Convert units within the U.S. customary system, within the metric system, and between these systems. Perform operations with measured values, following proper rounding conventions. DIRIGO 2019

8 Technical Mathematics – How Did We Find Consensus?
Liz Russell, EMCC DIRIGO 2019

9 Quantitative Reasoning
Course Description: This course provides a foundation in critical thinking, problem solving, and mathematical and statistical skills aligned with citizenship, workforce and real-world applications. The goals of the course are to engage students in meaningful mathematical experiences that will increase their quantitative and logical reasoning abilities and strengthen the mathematical abilities that they will encounter in other disciplines. A Focus of the course is to develop and support communication and collaboration skills. This course is designed as a gateway course for students entering non-STEM degree programs. DIRIGO 2019

10 QR – How Did We Find Consensus?
Paul Charpentier, SMCC DIRIGO 2019

11 Statistics Course Description: This course studies methods of collecting, organizing, summarizing, and presenting data, providing students the opportunity to develop skills using statistical techniques.  Topics of study also include sampling methods, descriptive statistics, probability and probability distributions, normal distributions, confidence intervals, hypothesis testing, inferential statistics, regression, and correlation.  Technology will be employed as appropriate. DIRIGO 2019

12 Statistics – How Did We Find Consensus?
Darin McGaw, WCCC DIRIGO 2019

13 College Algebra Course Description: This course covers variables and symbols; scientific notation; formulas and literal equations; slope, intercepts, and equations of lines; graphs of linear and quadratic functions; graphs of linear inequalities; solving systems of linear equations; polynomials, products and factors; roots, rational exponents, and complex numbers; rational expressions; solving linear, quadratic, and higher order equations; solving linear inequalities; an introduction to exponential and logarithmic functions, and applied problem solving. DIRIGO 2019

14 College Algebra – How Did We Find Consensus?
Kathy Englehart, KVCC DIRIGO 2019

15 Initial Impact 3253 First-Time-In-College Freshmen (Fall 2018)
Slight decrease in referral to developmental 26% decrease in College Algebra enrollment 414% increase in Quantitative Reasoning enrollment 187% increase in Statistics enrollment DIRIGO 2019

16 EMCC’s Pathways DIRIGO 2019

17 2 Students will be enabled to make timely progress toward completion of a certificate or degree DIRIGO 2019

18 MCCS Incoming Class of Fall 2016
3322 First-Time-In-College Freshmen (Fall 2016) Registrations were: 1228 (37%) enrolled directly into gateway math (63% of eligible) 1179 (35%) enrolled in developmental math (86% of eligible) 915 (28%) did not enroll in math DIRIGO 2019

19 DIRIGO 2019

20 More students drop out than fail
Why Change? Know this: More students drop out than fail (Complete College America) Jaggers, S. & Stacey, G. (2014).Community College Research Center, Teachers College, Columbia University, NY, NY. ERIC Number ED565668 DIRIGO 2019

21 MCCS Incoming Class of Fall 2016
3322 First-Time-In-College Freshmen Assessment showed: 1946 (58.6%) were college-ready 523 (15.7%) referred to dev ed - one level below college ready 853 (25.7%) referred to dev ed - two levels below college ready DIRIGO 2019

22 A Closer Look – One Level Below
523 students referred one level below 523 students enrolled in dev ed course 60 students passed but did not enroll in gateway course (11%) 237 students enrolled in gateway course 154 students passed gateway course within 2 years (16%) 83 students did not pass gateway course within two years 226 students did not pass dev math within one year (43%) (29%) Throughput DIRIGO 2019

23 … More Than One Level Below
853 students referred more than one level below 853 students enrolled in dev ed courses 36 students passed dev courses but did not enroll in gateway (4%) 151 students enrolled in gateway course 96 students passed gateway course within 2 years (6%) 55 students did not pass gateway course within two years 666 students did not pass dev math within one year (78%) (11%) Throughput DIRIGO 2019

24 What We Know… Long developmental course sequences decrease students’ chances of completing a credit-bearing math courses. DIRIGO 2019

25 Corequisite Supports For the most underprepared students, corequisite supports should: Be side-by-side with, or embedded within, the college-level course. Contain content that is fully aligned with the college-level course. Include attention to psychosocial factors to support the students in becoming better learners in ALL of their courses. DIRIGO 2019

26 Corequisite Models DIRIGO 2019 Concurrent Corequisite
Credit Level Course 3 credits Corequisite Course 1-2 credits Concurrent Corequisite EMCC Model in Practice Credit Level Course ENG101 3 credits 20 students Corequisite Course ENGL101 1 lab credit 15 students Concurrent Corequisite Course Model Remediation is on the Side DIRIGO 2019

27 All-in-One Course Model Remediation Delivered Just-in-Time
Corequisite Models MATL113 Tech Math I 4 Contact Hours All-in-One All-in-One Course Model Remediation Delivered Just-in-Time All-in-One Course EMCC Model in Practice DIRIGO 2019

28 Consecutive Corequisite Course Model Consecutive Corequisite Course
Corequisite Models Developmental Math College-level Math Consecutive Corequisite Course Model Prerequisite Content and Credit-level Courses are Offered in a Linear Fashion LAM009 Introductory Algebra 7.5 Weeks MAT119 College Algebra 7.5 Weeks Consecutive Corequisite Course EMCC Model in Practice DIRIGO 2019

29 Students will be empowered as mathematical learners.
3 Students will be empowered as mathematical learners. DIRIGO 2019

30 Empowerment Strategies
Begins with…aligning pathways to majors Learners will see the relevance of the content Shift from passive to active learning Listen to what students say for continuous improvement Focus on positive mindsets Transform negative self-talk into positive self-talk DIRIGO 2019

31 Timeline of Key Activities
Teams Formed – Course Objectives & Descriptions September 2019 SMCC Attends Summer Summit Summer 2017 North & South Co-Requisite Workshops March 2019 Leadership Webinar May 2019 What’s Next? Further progress re… Program Alignment Syllabus Approval Course Implementation Co-requisite Models North & South Math Pathways Workshops October 2018 Teams Complete Work April 2019 August 2018 Maine Kick-Off! DIRIGO 2019

32 DIRIGO 2019


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