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Science of Reading Foundations Courses

Continuing Education

Unlock the Science Behind How Students Learn to Read

This professional learning opportunity is designed for educators who want to build a strong foundation in the science of reading. Aligned with current literacy research and best practices, these courses support classroom instruction that improves reading outcomes for all students.

Foundations of the Science of Reading: Understanding and Applying Structured Literacy Principles I and II (3 credit hours per course)–a partnership with the Kansas Board of Regents–provides educators with a deep understanding of the science of reading and equips them with the knowledge and skills necessary to apply the principles of structured literacy in the classroom. 

These courses are aligned with Standards 5, 6, and 7 of the Kansas Elementary Education (PK-6) Educator Preparation Program Standards and the International Dyslexia Association’s Knowledge and Practice Standards for Teachers of Reading.

Who is This Professional Development For?

This training is for PK-6 educators looking to deepen their understanding and application of Structured Literacy. Educators who do not yet have the Seal of Literacy on their license can use this pathway as a qualifying option to earn it. Educators that have successfully completed, or are enrolled in, LETRS, AIMS Pathways, or Keys to Literacy should not enroll in this professional development opportunity.

This course introduces the key principles of the Science of Reading and Structured Literacy. Educators will explore evidence-based reading instruction practices that support all learners, including those with reading difficulties. Topics include phonology, phonics, fluency, vocabulary, and comprehension, with a focus on explicit, systematic teaching methods grounded in research. Participants will learn how to apply these concepts in the classroom to improve reading outcomes for diverse student populations.

Building on the foundational concepts from Course I, this course takes a deeper dive into the components of Structured Literacy. Educators will enhance their understanding of morphology, syntax, and semantics, and how these elements support language comprehension. The course emphasizes the application of assessment data to inform instruction and provides strategies for differentiated, responsive teaching. Participants will gain advanced tools to support all readers, including those with dyslexia and other learning differences, through evidence-based, structured approaches.

What Educators Can Expect:

Asynchronous Instruction

From a university literacy expert

Literacy Coaching

Group and/or individual

Structured Literacy Principles

Apply what you’re already doing in your classroom to demonstrate application of structured literacy principles

Tuition

Covered by The Kansas Blueprint for Literacy

Stipend

$500 Stipend*

KSDE Seal of Literacy​

Earn KSDE Seal of Literacy*

Credit Hours

Earn six credit hours for completion of the work*

*Subject to successful completion of coursework and an 85% or higher on the course summative assessment

Why Enroll?

Elementary school teacher in a classroom with children

Upon completion, educators will receive the Seal of Literacy on their Kansas educator license. Even better — eligible educators can take the course for free and earn a $500 stipend*! To see if you qualify, visit the Kansas Board of Regents Foundations FAQ.


*Subject to successful completion of coursework and an 85% or higher on the course summative assessment

Kansas Blueprint for Literacy logo

To learn more more about Kansas Blueprint for Literacy visit their facebook page. 

Navigate Your Teaching Career

Find the education degree that’s right for you. Talk to your MNU team to customize your journey.

Dr. Abby Hodges

Vice President for Academic Affairs

PhD; Organic Chemistry, Yale University 
MS; Organic Chemistry, Yale University 
BS; Chemistry, Denison University

Dr. Hodges began her career in higher education at Azusa Pacific University as a chemistry professor from 2008 to 2014. She then moved to MNU where she taught and in 2018 was appointed Chair of the Department of Natural, Health, and Mathematical Sciences. From 2022-2023, before accepting the Interim Vice President for Academic Affairs, Dr. Hodges was the Dean of the College of Arts and Sciences.

Dr. Hodges’ career research has focused on protein folding and protein engineering, and she has mentored over twenty students in these research projects. She has also furthered the MNU first-year experience program and chaired the General Education committee for five years. Dr. Hodges was recognized as the MNU Faculty of the Year in 2021.

Dr. Hodges lives in Olathe with her husband Ryan and two boys.

University Cooperative Program

Advantages of the MNU & Washington University School of Engineering and Applied Science cooperative program:

  • 3+2 Option: Students spend 3 years at MNU and then transfer to WashU for 2 years to earn an undergraduate engineering degree from WashU and a bachelor’s degree from MNU, or
  • 3+3 Option: Students spend 3 years at MNU and then transfer to WashU for 3 years to earn an undergraduate engineering degree from WashU, a bachelor’s degree from MNU, plus a master’s in engineering from WashU.
  • Combines the best of MNU with the strength of a top engineering school
  • Students participating in the 3+3 options receive a 50-60% tuition discount at WashU
  • GRE is not required for admission

To qualify for entry into the program at MNU students must:

  • Enter the program at MNU at the beginning of the freshman year through the application process
  • Maintain an overall GPA of 3.25 or better in science and mathematics courses
  • Meet regularly with the MNU pre-professional committee

To qualify for program completion at WashU students must:

  • Complete all General Education requirements at MNU
  • Complete a minimum of 90 credit hours of transferable college credit
  • Complete the following courses:
    • Chemistry: one semester of general chemistry with lab
    • Computer Programming: One course or certified proficiency in a high-level language
    • English Composition: One course or certified proficiency
    • Humanities and Social Sciences: At least 15 hours (see WashU website for specific prerequisites)
    • Mathematics: See WashU website for specific prerequisites
    • Physics: One year calculus-based physics with lab
  • See WashU website for department-specific prerequisites

To learn more about program offerings at MNU and degree specific prerequisites, visit engineering.wustl.edu/dualdegree

Other restrictions and qualifications may apply.

For additional information, contact Craig Masters at cmasters@mnu.edu