## Jill Newton

####
Associate Professor

Mathematics Education

Department of Curriculum and Instruction

### Research

Curriculum in mathematics education, including written curriculum materials, state and district standards documents, assessments, and curricular classroom enactments.

## Grants

**Creating Algebra Teaching Communities for Hoosiers (CATCH) – IDOE Math Science Partnership**

PIs: Rick Hudson and Doris Mohr, University of Southern Indiana; Jean Lee, University of Indianapolis; Jodi Frost and Winnie Ko, Indiana State University, and Jill Newton, Purdue University. (April 2015-present). The goals of CATCH are to enrich teachers’ and students’ knowledge and skills related to algebra and to develop professional communities among those teaching algebra within districts and across the state.

**Exploring Opportunities to Learn about Algebraic Modeling, Connections, and Technology in Secondary Teacher Preparation Programs****, Spencer Foundation**

PI: Jill Newton, Purdue University. (January 2015-present). This study builds on PTA to investigate particular opportunities to learn which are related to modeling, technology, and connections within and beyond algebra. This research is motivated by algebra’s role as a gatekeeper to advanced mathematics courses and college and career opportunities coupled with the high levels of teacher accountability currently associated with algebra courses across the United States. These particular areas of focus (i.e., modeling, technology, and connections) emerged from a review of current mathematics education research, and recommendations and standards developed by professional organizations (e.g., *Mathematical Education of Teachers II*, *Common Core State Standards for Mathematics*).

#### Justification and Argumentation: Growing Understanding of Algebraic Reasoning (JAGUAR)

National Science Foundation (Award Number 0814695)

PIs: Sean Larsen, Portland State University, Megan Staples, University of Connecticut, and Jill Newton, Purdue University. (August 2008-present). The goals of JAGUAR are to understand how teachers 1) develop specific mathematical knowledge (algebraic justification), 2) transform this knowledge to classroom practice, and 3) advance in their pedagogy to promote students' learning. The project design features a coordinated two-pronged approach in which teacher learning is examined in the context of a mathematics content course and the teachers' own classrooms. Data collection activities are designed to facilitate coordinated analyses to investigate connections across these two contexts.

#### Preparing to Teach Algebra (PTA): A Study of Pre-service Teacher Preparation

National Science Foundation (Award Number 1109239)

PIs: Sharon Senk, Michigan State University, and Jill Newton, Purdue University. Co-PI: Yukiko Maeda, Purdue University (August 2011-present). PTA investigates the question: What opportunities do secondary mathematics teacher preparation programs provide to learn about (1) algebra; (2) algebra teaching; (3) issues in achieving equity in algebra learning; and (4) the algebra, functions, and modeling standards and mathematical practices described in the Common Core State Standards for Mathematics (CCSSM)? The study utilizes a mixed-methods approach to gather and analyze data from a national survey of secondary teacher preparation programs, case studies of algebra-related learning in four secondary mathematics teacher preparation programs, and focus groups at each of the four case study programs.

### Education

Ph.D. |
Michigan State University, 2008, Curriculum, Teaching, and Educational Policy (Mathematics Education) |

M.A. |
George Washington University, 1995, International Education |

B.S. |
Michigan State University, 1987 Mathematics, General Science, Secondary Mathematics/Science Teaching Certification |

### Publications

- Max, B. & Newton, J. (2015). Teaching university mathematics: One mathematician's contribution. Notices of the American Mathematical Society, 62(9), 1062-1064.
- Hord, T. C., & Newton, J. (2014). Investigating elementary mathematics curricula: Focus on students with learning disabilities.
*School Science and Mathematics, 114*(4), 191-201. - Lee, J. S., Newton, J. A., & Ko, Y. (2014). Algebra remediation in Indiana: Questions raised from a survey.
*Indiana Mathematics Teacher*, Spring/Summer, 1-4. - Newton, J., Maeda, Y., Alexander, V., & Senk, S. (2014). Recommendations from
*MET II*: Investigating the alignment of secondary mathematics teacher education programs.*Notices of the American Mathematical Society*,*61*(3), 292-295. - Maeda, Y., Alexander, V. G., Newton, J. & Senk S. L. (2014). Development of a National Survey for Secondary Mathematics Teacher Education Programs: Challenges and Lessons Learned.
*Assessment Update, 26*(3), 5-6, 12-13. - Beisiegel, M., Chesler, J., Cox, D. C., Kenney, R., Newton, J. A., Stone, J. A. (2013). Reconsidering the mathematics preparation of pre-service secondary mathematics teachers.
*Notices of the**American Mathematical Society, 60*(8), 1056-1058. - Dingman, S., Kasmer, L., Newton, J., & Teuscher, D. (2013). Common mathematics standards in the United States: A comparison of K-8 state and common core standards
*. Elementary School Journal, 133*(4), 541-564. - Reys, B., Tran, D., Thomas, A. L., Dingman, S., Kasmer, L., Newton, J., & Teuscher, D. (2013).
*Common Core State Standards*: What Follows State Adoption?*Journal of Mathematics Education Leadership, 14*(2), 5-13*.* - Newton, J. A., & Kasten, S. E. (2013). Two models for evaluating alignment of state standards and assessments: Competing or complementary perspectives?
*Journal for Research in Mathematics Education, 44*(3), 550–581. - Newton, J. (2012). Investigating the mathematical equivalence of written and enacted middle school Standards-based curricula: Focus on rational numbers.
*International Journal of Educational Research, 51-52*(66-85). - Kasten, S., & Newton, J. (2011).
*Activities for High School Mathematics.*Reston, VA: National Council of Teachers of Mathematics. - Newton, J. (2010). An examination of K-8 geometry state standards through the lens of van Hiele’s levels of geometric thinking. In J. P. Smith & J. E. Tarr (Eds.),
*Variability is the rule: A companion analysis of K-8 state mathematics standards*. Charlotte, NC: Information Age Publishing.

### Experience

2014-Present |
Associate Professor, Curriculum & Instruction |

2008-2014 |
Assistant Professor, Curriculum & Instruction Purdue University, West Lafayette, IN |

2004-2008 |
Research and Teaching Assistant Michigan State University, East Lansing, Michigan |

1988-2004 |
Secondary Mathematics and Science Teacher Escuela Campo Alegre, Caracas, Venezuela West Ottawa Public Schools, Holland, Michigan The International School of Tanganyika, Dar es Salaam, Tanzania The American College of Sofia, Sofia, Bulgaria The American School of Kinshasa, Democratic Republic of Congo Lake Michigan Catholic High School, St. Joseph, Michigan Holy Name High School, Milne Bay Province, Papua New Guinea |

### Courses

EDCI 36400 |
Mathematics in the Elementary School |

EDCI 42500 |
Teaching Mathematics in the Secondary School |

EDCI 42600 |
Teaching Mathematics in the Middle and Junior High School |

EDCI 49000 |
History, Culture, and Language in Tanzania |

EDCI 49000 |
Education in Tanzania |

EDCI 49000 |
Knowing Africa Through Literature |

EDCI 49000 |
International Comparative Education |

EDCI 49100 |
Global Studies Seminar |

EDCI 49800 |
Supervised Teaching in Mathematics |

EDCI 53500 |
Teaching and Learning Algebra and Functions |

EDCI 53600 |
Teaching and Learning Data Analysis and Probability |

EDCI 54800 |
Teaching Mathematics to Diverse Learners |

EDCI 54900 |
Assessment in Mathematics Education |

EDCI 59100 |
Preparing for the Common Core State Standards in Mathematics (CCSSM): Content & Practices |

EDCI 59100 |
Discourse in Mathematics and Science Classrooms |

EDCI 62000 |
Developing as a Mathematics Education Researcher |

EDCI 63500 |
Content and Goals in Mathematics Education |

EDCI 63600 |
Learning of Mathematics: Insights and Issues |

EDCi 63700 |
Teaching Mathematics: Insights and Issues |

SA 10405 |
Maymester in Tanzania |