{"id":4105,"date":"2016-09-06T00:00:00","date_gmt":"2016-09-06T04:00:00","guid":{"rendered":"http:\/\/aurora-institute.org\/blog\/cw_post\/creating-a-seamless-p-20-system-in-illinois\/"},"modified":"2020-02-05T12:59:30","modified_gmt":"2020-02-05T17:59:30","slug":"creating-a-seamless-p-20-system-in-illinois","status":"publish","type":"cw_post","link":"https:\/\/aurora-institute.org\/cw_post\/creating-a-seamless-p-20-system-in-illinois\/","title":{"rendered":"Creating a Seamless P-20 System in Illinois"},"content":{"rendered":"

\"Illinois\"We do our best to stay on top of which districts are converting and what is going on in the states regarding competency education. But we were totally surprised when we heard about the Illinois legislature unanimously passing HB5729 Postsecondary and Workforce Readiness Act, which includes a K12 pilot for competency-based education.<\/p>\n

Luckily, I got to meet a few members of the incredible team in Illinois, all of whom worked closely together around HB5729, at an Achieve Competency-Based Pathways meeting. Thanks to Ben Boer from Advance Illinois<\/a> for his presentation.<\/p>\n

Here are some of the highlights of what I learned about Illinois\u2019 effort. The emphasis on creating a calibrated, transparent and accountable transition in mathematics is opening a door to much needed conversations between higher education and K12.<\/p>\n

Overarching Goal<\/strong>: HB 5729 was created to address the goal of the state\u2019s P20 Council<\/a> to have 60 percent of Illinoisans have a postsecondary degree or credential by 2025. An earlier piece of legislation, HR477, established four advisory committees that built consensus around the ideas introduced in HB5729. Through this process, a framework for college and career readiness <\/a>was developed that introduced ideas of personalization and alternative methods of credit acquisition (i.e., competency education). The framework explicitly identifies the concrete steps of career development, college awareness, and financial literacy. The goal is to create a more aligned system that includes K12, institutions of higher education (IHE), and employers.<\/p>\n

Elements of HB5729<\/strong>: The legislation has several components, including:<\/p>\n

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  1. Expecting local education agencies (LEA) to establish their own college and career readiness frameworks.<\/li>\n
  2. Introducing a voluntary system for LEAs to offer endorsements in career interest areas thereby incentivizing the development of CTE programming.<\/li>\n
  3. Alignment of math between high school and IHE.<\/li>\n
  4. A pilot for competency-based graduation requirements with implementation starting in 2018-19 (they value allowing LEAs to have time to explore what competency education is and the implications of a proficiency-based diploma).<\/li>\n<\/ol>\n

    Aligning K12 and IHE<\/strong>: The section on alignment is the most interesting, as it introduces transparency, accountability, and calibration into what is now an entirely murky situation for students to try to navigate. It will be especially interesting if DePaul University<\/a>, with its experience in competency-based education, gets involved.<\/p>\n

    HB 5729 enables LEAs to establish the math competencies required to enter credit bearing courses in college through a panel that includes IHE, employers, and K12. In other words, they are going to calibrate<\/strong> what it means to be college ready in math.<\/p>\n

    The LEAs can then use the competencies to identify the criteria that allow schools to identify where students are in their junior year in terms of college readiness in math. If students demonstrate that they have developed the math competencies, they don\u2019t have to take math if they don\u2019t want to or can continue to pursue more advanced coursework that is at the college level. In other words, advance upon mastery. <\/strong><\/p>\n

    However, if they don\u2019t demonstrate the math competencies they are required to take \u201ctransitional math\u201d that helps them build their skills. The transitional math might be organized within three contexts: STEM, technical, or statistics. In other words, they are creating a system of support<\/strong>. Junior year is way too late for those students who didn\u2019t learn the foundational skills in elementary school. However, if middle and high schools went through the same process of calibration, we would see LEAs addressing the elementary school level gaps in middle school instead of passing students on to high school.<\/p>\n

    If they successfully complete the transitional math course by demonstrating competency, students are immediately eligible for credit-bearing courses at community college (it doesn\u2019t sound like the four-year IHE have signed on yet). This creates a much higher level of accountability<\/strong> on both the K12 and higher education side.<\/p>\n

    K12 Competency-Based Pilots<\/strong>: The pilots have been designed for LEAs to have lots of time for planning and lots of flexibility in how they get started. They can determine which years, which graduation requirements, or which high schools will be involved. There are six core requirements of the pilots:<\/p>\n