Saturday, July 21, 2018

Expanding and Reinforcing the Educational Pipeline


Rippner (2016) reminds us the American education system has changed greatly over the last century and that it has only been in the “later part of the 20th century that America began a move toward mass higher education” (p. 171). With more students anticipating and participating in all three levels of the American educational system--including early childhood education (ECD), K-12, and higher education--there becomes a greater need for coordinated policy efforts to “ensure students move efficient and effectively through the entire educational” pipeline (p. 171). In other words, to expand and reinforce the educational pipeline to make sure it can accommodate the surge in attendance. In a recent study conducted by Kirst and Venezia (2003) through Stanford’s Bridge Project, it was revealed that while 88 percent of high school students said they plan to go to college, only 66 percent of high school graduates actually immediately enroll in higher educational courses.

While the good news includes more students entering the pipeline earlier through ECE program both public and private, and continuing to move through the K-12 educational pipeline fairly fluently, there are challenges facing many students desiring to transition from high school into higher education which must be addressed. In fact, there are those within the system raising the alarm that the broken pipeline between K-12 and higher education is harming overall completion rates (Rippner, 2016). The challenges include personal cultural, financial, and academic preparational factors as well as policy and practices which are creating transitional blockages.  The policy factors can include lack of alignments between high school graduation and college entrance requirements, misalignment between high school and college curriculums, and lack of information sharing between counselors in both educational arenas (Rippner, 2016).

Unfortunately, this disconnect, or disjuncture is not new and began more than 30 years ago (Clark, 1985). When comparing America with other countries, it is clear America has a more forgiving view and a system of second chances which allows continuing education into adulthood (Clark, 1985). However, while this system of second chances provides for life-long education, it also makes creating uniform policies and system to facilitate a smooth transition through pipeline difficult (Clark, 1985).

Of interest is a recent interest and growth involving career technical education (CTE). While CTE has moved in and out of popularity, it has been a part of the American educational system since the 1800s. CTE provides students with the academic and technical skills, knowledge and training necessary to succeed in future careers and to become lifelong learners” (Advance CTE, 2017).  However, CTE has long been seen as a split-track; an either or in education. A recent trend which fits with America’s increased interest in high education is the addition of college preparatory education (CPE) to CTE. This combination has created a new form of educational reform policy, which has been implemented in California for nearly the last 10 years. One such approach is the Linked Learning (LL) program. LL was founded in the mid-2000s by a grant from The James Irvine Foundation and found support within the California legislature (Linked Learning, n/d). LL is a California-based organization offering pathways organized around industry and sector themes, which can be offered in standalone schools or academies within larger comprehensive high school campuses (Warner, M., et. al., 2016).  LL has been partnered with nine school districts in California, has begun to move into other states across the nation as well as internationally. While the results are not definitive, LL appears to be obtaining results and is a good educational policy making the transition between K-12 to college a bit smoother. This is definitely educational policy worth watching.

References:
Advance CTE. (2017). Career Technical Education. Retrieved from https://careertech.org/cte
Clark, B. (1985, February). The high school and the university: What went wrong in American, Part 1. Phi Delta Kappan, 391-397.

Kirst, M., & Venezia, S. (2003, Spring). Undermining student aspirations. National Crosstalk. Retrieved from www.highereducation.org/crosstalk.
Linked Learning. (n/d). About the Linked Learning Alliance. Retrieved from http://www.linkedlearning.org/en/linked-learning-alliance/
Rippner, J. A. (2016).  The American policy landscape.  New York: Routledge.
Warner, M., Caspary, K., Arshan, N., Stites, R., Padilla, C., Park, C., Patel, D., Wolf, B., Astudillo, S., Harless, E., Ammah-Tagoe, N., McCracken, M. & Adelman, N. SRI International. (2015). Taking stock of the California Linked Learning District Initiative. Sixth-year evaluation report. Menlo Park, CA: SRI International.


3 comments:

  1. Phyllis,

    Yes, the education system has changed over the years but for better or worse? More students enter the pipeline yet you included that only 66% actually enroll at a higher education institution. Will allocating funding for CTE and Linked Learning be enough to help more apply to and attend a university. This is an interesting idea you propose yet the cost is so high for students this is why they don’t continue their education. What does CTE and LL courses cost for a student? It is better or is it a different pathway that doesn’t have the same cost outcome that higher education has? Rippner (2016) states that “more students need to enter the pipeline beyond what conventional population growth provides” (p. 140). She goes on to talk about how there is an idea that college is for all so maybe these LL or CTE is worth it to invest in in order to give more individuals opportunities.

    What is the cost to reinforce the educational pipeline? This is probably what is detouring policymakers from focusing on this policy. “The room, board, and other living expenses are estimated to be $13,340, and the extra money from grants and aid only covers a fraction of that amount” (Rippbern, 2016, p. 133). A college education is so expensive that we are seeing more and more individuals move towards a technical degree because it costs less and the benefits are worth it to indivdiuals.

    Thank you!
    Sarah

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  2. Hey Phyllis,

    CTE has moved in and out of popularity in the American education system and I’m not quite sure why that is the case. As a society we need both skilled and educated members, and I don’t see a hierarchy at all. However I do recognize that intentionally or unintentionally we talk about the post high school education options in a hierarchical manner. Some students are deterred from options that best suit their needs, interests, and abilities to what “sounds good/right”. I’m always discouraged when I meet students who have no idea why they’re in college. I think CTE is wonderful option for students who see themselves working in that industry. As educational leaders and policy makers we have to do our very best job to ensure students are presented with all of the options available and given the guidance and autonomy to make the best decision for themselves.

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  3. It is good news more students are entering the pipeline of education. As you mentioned, the pipeline is broken with the lack of curriculum alignment between high school college, and within colleges. However, the pipeline is also broken in the college as well. For example, currently, an English major is required to complete a math course that has intermediate algebra as prerequisite, such as introduction to statistics. This means a student will master topics not necessary for statistics such as solving quadratic equations and solving systems of equations. These topics are necessary for students in a strong algebra sequence of math courses but not for the liberal art majors.
    This misalignment is evident in the CTE part of the house. At the community college, students are required to complete an intermediate algebra course to meet the math competency requirement. It is unfortunate the math courses CTE students are required to complete do not align with the students' career interest or mathematics relevant to their educational and career choice.

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