Elementary Teacher Preparation: Massachusetts

2015 Delivering Well Prepared Teachers Policy

Goal

The state should ensure that its teacher preparation programs provide elementary teachers with a broad liberal arts education, providing the necessary foundation for teaching to college- and career-readiness standards.

Meets in part

Analysis of Massachusetts's policies

Currently, Massachusetts offers an elementary license to teach grades 1-6. In Massachusetts, elementary teachers are required to pass the Massachusetts Tests for Educator Licensure (MTEL) General Curriculum test. Although this test appears more rigorous than what is required in most states, it does not report teacher performance in each subject area.

The framework for the MTEL content tests articulates important subject-matter requirements. English requirements include children's and young adult literature, adult literature, and classical and contemporary works. History and social science requirements include Massachusetts and U.S. history from colonial times to the present, world history with stress on Western civilization, economics and geography. Science requirements include life and physical sciences. Although not addressed on the subject-matter test, Massachusetts also requires approved programs to include the following topics: science laboratory work, child development, visual and performing arts, physical education, and personal and family health.

Massachusetts also requires elementary teacher candidates to complete at least 36 semester hours in upper- and lower-level arts and sciences coursework. According to the state, "some of this coursework might also count toward the required arts or sciences major."





Citation

Recommendations for Massachusetts

Require all elementary teacher candidates to pass a subject-matter test designed to ensure sufficient content knowledge of all subjects.
Massachusetts should ensure that its elementary content test is appropriately aligned with college- and career-readiness standards and require separate, meaningful passing scores for each area on the test. Although Massachusetts is on the right track by administering a two-part licensing test, thus making it harder for teachers to pass if they fail some subject areas, the state is encouraged to further strengthen its policy and require separate passing scores for each core subject on its licensing test.







State response to our analysis

Massachusetts stated that elementary teacher candidates are required to take two tests for licensure. The Foundations of Reading test covers reading theory: research and practice; development of a listening; speaking; and reading vocabulary; theories on the relationships between beginning writing and reading and theories of first and second language acquisition and development. The state added that the General Curriculum test is a two-part test. Candidates are required to pass a Multiple Subject subtest (English, Science/Technology and History) and a separately scored Math subtest as part of the General Curriculum MTEL.

Massachusetts noted the following components of the General Curriculum MTEL assessment:

English

  • Children's and young adult literature
  • Adult literature, classical and contemporary works
  • Genres, literary elements and literary techniques
  • Nature, history and structure of the English language: lexicon and grammar
  • Approaches and practices for developing skill in using writing tools
  • Writing process and formal elements of writing and composition.
Mathematics
  • Basic principles and concepts important for teaching elementary school mathematics in the following areas:
  • Number and operations
  • Functions and algebra
  • Geometry and measurement
  • Statistics and probability
  • Candidates shall demonstrate that they possess both fundamental computation skills and comprehensive, in-depth understanding of K-8 mathematics. They must demonstrate not only that they know how to do elementary mathematics, but that they understand and can explain to students, in multiple ways, why it makes sense.
  • The Commissioner, in consultation with the Chancellor of Higher Education, shall issue guidelines for the scope and depth of knowledge expected in mathematics.

History and Social Science
  • Major developments and figures in Massachusetts and U.S. history from colonial times to the present
  • Major developments and figures in world history, with stress on Western civilization
  • Basic economic principles and concepts
  • Basic geographical principles and concepts
  • U.S. political principles, ideals, founding documents, institutions, and processes, their history and development.
Science and Technology/Engineering
  • Basic principles and concepts of the life sciences appropriate to the elementary school curriculum
  • Basic principles and concepts of the physical sciences appropriate to the elementary school curriculum
  • Principles and procedures of scientific inquiry
  • History of major scientific and technological discoveries or inventions
  • Safety issues related to science investigations.





How we graded

Research rationale

Elementary teachers need liberal arts coursework that is relevant to the PK through 6 classroom.
College-and career-readiness standards, adopted by nearly all states, represent an effort to significantly raise expectations for the knowledge and skills American students will need for post-high school success and global competitiveness.  However, many states' policies fail to ensure that elementary teacher candidates will have the subject-area knowledge to teach to these K-12 standards. Even when states specify liberal arts requirements for teacher candidates, the regulatory language can be quite broad, alluding only minimally to conceptual approaches such as "quantitative reasoning" or "historical understanding." Another common but inadequate approach that states take is to specify broad curricular areas like "humanities" or "physical sciences." A humanities course could be a general overview of world literature—an excellent course for a prospective elementary teacher—but it could also be "Introduction to Film Theory." Likewise, a physical science course could be an overview of relevant topics in physics, chemistry and astronomy, or it could focus exclusively on astronomy and fail to give a teacher candidate an understanding of the basic concepts of physics. Too few states' requirements distinguish between the value gained from a survey course in American history, such as "From Colonial Times to the Civil War," and an American history course such as "Woody Guthrie and Folk Narrative in the Great Depression."

In addition to the common-sense notion that teachers ought to know the subjects they teach, research supports the benefits to be gained by teachers being broadly educated. Teachers who are more literate—who possess richer vocabularies—are more likely to be effective. In fact, of all the measurable attributes of a teacher, teacher literacy correlates most consistently with student achievement gains. Some states still require that elementary teacher candidates major in elementary education, with no expectation that they be broadly educated. Others have regulatory language that effectively requires the completion of education coursework instead of liberal arts coursework by mandating only teaching methods courses in subject areas without also requiring content-based coursework in the areas themselves.

Standards-based programs can work when verified by testing.
Many states no longer prescribe specific courses or credit hours as a condition for teacher candidates to qualify for a license. Instead, they require teacher candidates to complete an approved program that meets state-specific standards or standards set forth by accrediting bodies and leave it at that. The advantage of this "standards-based" approach is that it grants greater flexibility to teacher preparation programs regarding program design.

However, a significant disadvantage is that the standards-based approach is far more difficult to monitor or enforce. While some programs respond well to the flexibility, others do not. Standards are important but essentially meaningless absent rigorous tests to ensure that teacher candidates have met them. Not all states that have chosen the standards-based approach have not implemented such tests. In their absence, verifying that teacher preparation programs are teaching to the standards requires an exhaustive review process of matching every standard with something taught in a course. This approach is neither practical nor efficient. Tests of broad subject matter are also not the solution or tests that require only a passing composite, given that it is possible to pass without necessarily demonstrating knowledge in each subject area. For instance, on many tests of teacher content knowledge, a passing score may be possible while answering every mathematics question incorrectly.

Mere alignment with student learning standards is not sufficient.
Another growing trend in state policy is to require teacher preparation programs to align their instruction with the state's student learning standards, and this is likely to increase with the introduction of new college- and career-readiness standards.. In many states, this alignment exercise is the only factor considered in deciding the content to be delivered to elementary teacher candidates. Alignment of teacher preparation with student learning standards is an important step but by no means the only one. For example, a program should prepare teachers in more than just the content that the state expects of its fourth graders. Also critical is moving past alignment and deciding the broader set of knowledge a teacher needs to be able to effectively teach fourth grade. The teacher's perspective must be both broader and deeper than what he or she will actually teach.

An academic concentration enhances content knowledge and ensures that prospective elementary teachers take higher-level academic coursework.
Few states require prospective elementary teachers to major or minor in an academic subject area. Consequently, in most states these teachers can meet subject-matter requirements without taking any advanced-level coursework. At minimum, states should require a concentration in an academic area. In addition to deepening subject-matter knowledge in a particular area, building this concentration into elementary education programs ensures that prospective teachers complete academic coursework on a par with peers earning bachelor's degrees in other areas.

A concentration also provides a fallback for education majors whose programs deem them unready for the classroom. In most education programs, virtually all coursework is completed before candidates begin student teaching. The stakes are high once student teaching begins: if a candidate cannot pass, he or she cannot meet requirements for a major or graduate. This may create a perverse incentive for programs to set low standards for student teaching and/or pass candidates whose clinical experience is unsatisfactory. If they were required to have at least an academic concentration, candidates who failed student teaching could still complete a degree with minimal additional coursework.

Elementary Teacher Preparation: Supporting Research
Numerous research studies have established the strong relationship between teachers' vocabulary (a proxy for being broadly educated) and student achievement. For example: A.J. Wayne and P. Youngs, "Teacher characteristics and student achievement gains: A review," Review of Educational Research, Volume 73, No. 1, Spring 2003, pp. 89-122. See also G.J. Whitehurst, "Scientifically based research on teacher quality: Research on teacher preparation and professional development," presented at the 2002 White House Conference on Preparing Tomorrow's Teachers; R. Ehrenberg and D. Brewer, "Did Teachers' Verbal Ability and Race Matter in the 1960s? Coleman Revisited," Economics of Education Review, Volume 14, No. 1, March 1995, pp. 1-21.

Research also connects individual content knowledge with increased reading comprehension, making the capacity of the teacher to infuse all instruction with content of particular importance for student achievement. See Willingham, D. T., "How knowledge helps: It speeds and strengthens reading comprehension, learning—and thinking," American Educator, Volume 30, No. 1, Spring 2006.

For the importance of teachers' general academic ability, see R. Ferguson, "Paying for Public Education: New Evidence on How and Why Money Matters," Harvard Journal on Legislation Volume 28, Summer 1991, pp. 465-498; L. Hedges, R. Laine and R. Greenwald, "An Exchange: Part I: Does Money Matter? A Meta-Analysis of Studies of the Effects of Differential School Inputs on Student Outcomes," Educational Researcher, Volume 23, No. 3  April 1994, pp. 5-14; E. Hanushek, "Teacher Characteristics and Gains in Student Achievement: Estimation Using Micro Data," The American Economic Review Volume 61, No. 2, May 1971, pp. 280-288; E. Hanushek, "A More Complete Picture of School Resource Policies," Review of Educational Research, Volume 66, Fall 1996, pp. 397-409; H. Levin, "Concepts of Economic Efficiency and Educational Production," in Education as an Industry, eds. J. Froomkin, D. Jamison, and R. Radner, 1976, pp. 149-198; D. Monk, "Subject Area Preparation of Secondary Mathematics and Science Teachers and Student Achievement," Economics of Education Review, Volume 13, No. 2, June 1994, pp. 125-145; R. Murnane, "Understanding the Sources of Teaching Competence: Choices, Skills, and the Limits of Training," Teachers College Record, Volume 84, No. 3, 1983, pp. 564-569; R. Murnane and B. Phillips, Effective Teachers of Inner City Children: Who They Are and What Are They? (Princeton, NJ: Mathematica Policy Research, 1978); R. Murnane and B. Phillips, "What Do Effective Teachers of Inner-City Children Have in Common?" Social Science Research Volume 10, No. 1, March 1981, pp. 83-100; M. McLaughlin and D. Marsh, "Staff Development and School Change," Teachers College Record, Volume 80, No. 1,1978, pp. 69-94; R. Strauss and E. Sawyer, "Some New Evidence on Teacher and Student Competencies," Economics of Education Review, Volume 5, No. 1, 1986, pp. 41-48; A. A. Summers and B.L. Wolfe, "Which School Resources Help Learning? Efficiency and Equity in Philadelphia Public Schools," Business Review (Federal Reserve Bank of Philadelphia, February 1975).

Sandra Stotsky has documented the fact that teacher candidates often make inappropriate or irrelevant coursework choices that nonetheless satisfy state requirements. See S. Stotsky with L. Haverty, "Can a State Department of Education Increase Teacher Quality? Lessons Learned in Massachusetts," in Brookings Papers on Education Policy: 2004, ed. Diane Ravitch (Washington, D.C.: Brookings Institution Press, 2004).

On the need for colleges and universities to improve their general education coursework requirements, see The Hollow Core: Failure of the General Education Curriculum (Washington, D.C.: American Council of Trustees and Alumni, 2004). For a subject-specific example of institutions' failure to deliver solid liberal arts preparation see, The Coming Crisis in Citizenship: Higher Education's Failure to Teach America's History and Institutions (Wilmington, DE: Intercollegiate Studies Institute, 2006).

For information on teacher licensing tests, see The Academic Quality of Prospective Teachers: The Impact of Admissions and Licensure Testing (Princeton, NJ: Educational Testing Service, 1999). A study by C. Clotfelter, H. Ladd, and J.Vigdor of elementary teachers in North Carolina also found that teachers with test scores one standard deviation above the mean on the Elementary Education Test as well as a test of content was associated with increased student achievement of 0.011 to 0.015 standard deviations. "How and Why Do Teacher Credentials Matter for Student Achievement?" The Calder Institute (2007).

For information on where states set passing scores on teacher licensing tests across the U.S., see chart on p. 13 of NCTQ "Recommendations for the Reauthorization of the Elementary and Secondary Education Act, Removing the Roadblocks: How Federal Policy Can Cultivate Effective Teachers," (2011).