Meet Our Authors - MHEonline.com
Meet Our Authors - MHEonline.com
Meet Our Authors - MHEonline.com
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<strong>Meet</strong> the K-8 <strong>Authors</strong>….My Math and Glencoe Math<br />
We invite you to meet our authors and see how their expertise has influenced McGraw-<br />
Hill’s new K-8 mathematics programs – My Math (K-5) and Glencoe Math (6-8)<br />
<strong>Our</strong> authors ensured that the McGraw-Hill mathematics series for K-8 (My Math and Glencoe<br />
Math) truly contain the depth of instruction as required in a Common Core State Standards<br />
program. Their expertise is reflected throughout the curriculum, from the engaging lesson<br />
design to the rigor of the mathematics. As you review the programs, notice the emphasis is<br />
placed on the development of better student understating of the mathematical concepts with an<br />
increased focus on proficiency and application.<br />
Lead <strong>Authors</strong><br />
John A. Carter, Ph.D.<br />
Principal, Adlai E. Stevenson High School<br />
Lincolnshire, Illinois<br />
Areas of Expertise: Using technology and manipulatives to visualize<br />
concepts and improve mathematics achievement of English language<br />
learners<br />
Dr. Carter is well recognized for his numerous roles with the National Council of Teachers of<br />
Mathematics, including his work on the writing team for the NCTM publication Reasoning and<br />
Sense Making. He won the Presidential Award for Excellence in Mathematics Teaching and has<br />
received the Business Week Award for Innovation in Mathematics and Science Teaching.<br />
Gilbert J. Cuevas, Ph.D.<br />
Professor of Mathematics Education<br />
Texas State University, San Marcos, Texas<br />
Areas of Expertise: Use of technology in teaching geometry and<br />
mathematical representations; integrating math and literacy<br />
Dr. Cuevas’ research focuses on the mathematics education of teachers, instructional strategies<br />
for English Language Learners, and the use of mathematical representations. He has published<br />
in the Journal for Research in Mathematics Education, Mathematics Teacher and Teaching<br />
Children Mathematics. He is the recipient of an award from the National Research Council for<br />
his contribution to efforts to increase the participation of minority students in mathematics<br />
education.<br />
Carol Malloy, Ph.D.<br />
Associate Professor Emerita,<br />
University of North Carolina<br />
Chapel Hill, North Carolina<br />
Areas of Expertise: Representations and critical thinking; teacher/student<br />
interactions that lead to success<br />
Dr. Malloy’s major research interests include mathematics learning - the influence of culture on<br />
the cognitive development of African American students as it relates to mathematics learning,<br />
and the teacher/student interactions that lead to achievement and understanding in<br />
mathematics. Her expertise is evident in the formation of the context for the real world problem<br />
solving lessons. She is Past President of the Benjamin Banneker Association where she also<br />
received their Distinguished Member Award.
Roger Day, Ph.D., NBCT<br />
Mathematics Department Chair<br />
Pontiac Township High School<br />
Pontiac, Illinois<br />
Areas of Expertise: Understanding and applying probability and statistics;<br />
mathematics teacher education<br />
Dr. Day is frequent presenter at regional and national conferences including NCTM. He was a<br />
member of the writing team for the NCTM Navigations Project and is a member of the editorial<br />
board for NCTM Mathematics Teacher. A National Board Certified Teacher, Dr Day explains<br />
“one of my goals is to try to help students see mathematics all around them,” Examples of his<br />
contributions can be seen in the chapters on representing and interpreting data.<br />
Program <strong>Authors</strong><br />
<strong>Our</strong> program authors make certain that the McGraw-Hill mathematics program prepares<br />
students for a smooth transition from elementary to middle school mathematics by providing<br />
strong development of foundational skills. These authors ensure consistency across grades and<br />
monitor the adherence to the CCSS.<br />
Mary Behr Altieri<br />
Putnam/Northern Westchester BOCES<br />
Yorktown Heights, New York<br />
Area of Expertise: Algebraic thinking across all grade levels; conceptual<br />
development of multiplication and division from primary grades through<br />
intermediate grades<br />
Ms. Altieri received the National Presidential Award for Excellence in Mathematics. Her work as<br />
a Math Mentor for the New York State Math Mentor program provided her with suggestions for<br />
the Lunchroom Chat feature to help classroom teachers share their ideas.<br />
Don S. Balka<br />
Professor Emeritus<br />
Saint Mary's College<br />
Notre Dame, Indiana<br />
Area of Expertise: Use of manipulatives; algebra instruction;<br />
and children’s literature and mathematics<br />
Mr. Balka’s has shared his expertise on the use of manipulatives in more than 2,000 workshops<br />
at regional and national conferences over the last 20 years. His newest book, Visible Thinking in<br />
the K–8 Mathematics Classroom explains why making students' thought processes visible is the<br />
key to effective mathematics instruction. Examples of ‘visual thinking’ can be found throughout<br />
the student edition.
Philip D. Gonsalves<br />
Mathematics Coordinator, Alameda County<br />
Office of Education and California State University East Bay<br />
Hayward, California<br />
Area of Expertise: Professional development (pre-service and in-service);<br />
curriculum and assessment development; and effective use and integration of<br />
technology<br />
Mr. Gonsalves is a former middle school teacher who worked on the GEMS (Great Explorations<br />
in Math and Science) program. One of his chief re<strong>com</strong>mendations is that we teach students<br />
several methods for attacking the same problem, and give them fewer problems to solve but<br />
expect them to show more than one way to solve each one. The write-in text allows students to<br />
show multiple methods side by side and lets kids pick the way that works best in a particular<br />
situation.<br />
Ellen C. Grace<br />
Consultant<br />
Albuquerque, New Mexico<br />
Areas of Expertise: Incorporating children’s literature;<br />
creating math-science connections; building conceptual development; and<br />
early childhood best practices<br />
The Reading and Language Arts support activities help teachers to present math concepts in<br />
ways familiar to students. Ms Grace’s ideas can be seen in the ‘Modeling the Lesson’ exercises<br />
and the ‘Hands-on Math’ lessons in Grades 3-5.<br />
Stephen Krulik<br />
2011 NCTM Lifetime Achievement Award<br />
Professor Emeritus Mathematics Education -Temple University<br />
Cherry Hill, New Jersey<br />
Areas of Expertise: Teaching problem solving; student motivation and<br />
methods for teaching mathematics<br />
Dr. Krulik served on the <strong>com</strong>mittee responsible for preparing the Professional Standards for<br />
Teaching Mathematics and was the editor of the NCTM’s 1980 yearbook “Problem Solving in<br />
School Mathematics”. His major focus is on preparing all students to reason and problem-solve<br />
in their mathematics classroom, as well as in their lives. The Problem Solving lessons reflect his<br />
expertise in connecting real world contexts in the development of the problem solving strategy.<br />
Rhonda J. Molix-Bailey<br />
Mathematics Consultant, Mathematics by Design<br />
Desoto, Texas<br />
Area of Expertise: Scope and sequence development; parent support<br />
and geometry in grades K-12 mathematics<br />
Ms. Molix-Bailey has served in various capacities in the field of education including classroom<br />
teacher, National consultant, a program director and as student-coach. She is co-author of the<br />
‘What's Math Got to Do With It’ videos. Her expertise is demonstrated in suggestions for how<br />
parents can assist school children with mathematics through fun activities.
Lois Gordon Moseley<br />
Staff Developer, NUMBERS: Mathematics Professional Development<br />
Houston, Texas<br />
Areas of Expertise: Technical reading; intervention strategies; and<br />
assessment<br />
Ms. Moseley’s work includes empowering teachers to provide the best environment for their<br />
students. She has been recognized for her contributions to the improvement of mathematics<br />
education in Texas. Ms. Mosley discusses the <strong>com</strong>ponents of mathematical reasoning in the<br />
Professional Development videos from various classroom lessons. Listen to how she describes<br />
how students’ mathematical reasoning can be developed and enhanced through the use of<br />
various instructional strategies.<br />
Brian Mowry<br />
Pre-K Instructional Specialist<br />
Austin Independent School District, Austin, Texas<br />
Areas of Expertise: Early childhood education; and<br />
CGI (Cognitively Guided Instruction)<br />
Mr. Mowry, was recently named the Austin (TX) Association for the Education of Young<br />
Children (AAEYC) Teacher Educator of the Year. He serves as a K-5 th grade mathematics<br />
support specialist, writing curriculum and providing teacher in-service training supporting more<br />
than 300 full-day prekindergarten teachers. For examples of how Mr. Mowry’s expertise has<br />
enriched the My Math program. Visit www.mhpdonline.<strong>com</strong> and view some of the topical<br />
chapter videos.<br />
Christina L. Myren<br />
Consultant Teacher, Conejo Valley Unified School District<br />
Thousand Oaks, California<br />
Area of Expertise: From assessment to differentiation; using games<br />
and activities to foster mathematical thinking and skill development<br />
The contributions of Ms. Myren are clearly evident in the use of the differentiated instruction<br />
assignments block in the ‘Practice and Apply’ section of the My Math Teacher Edition. Her work<br />
on encouraging young children to solve problems independently is found throughout the series.<br />
Jack Price, Ed.D.<br />
Professor Emeritus , California State Polytechnic University<br />
Pomona, California<br />
Areas of Expertise: Problem solving; proportionality; probability, statistics,<br />
and geometry in K-12 mathematics<br />
Dr. Price influence can be seen in the Problem Solving Investigation lessons and throughout the<br />
geometry domain.
Mary Esther Reynosa<br />
Instructional Specialist for Elementary Mathematics<br />
Northside Independent School District, San Antonio, Texas<br />
Areas of Expertise: Fractions; using manipulatives in mathematics;<br />
connecting children’s literature to mathematics<br />
Ms. Reynosa’s is featured in our professional videos where she explains the way that concrete<br />
activities in the early grades and more abstract experiences in the upper grades helps students<br />
to learn and understand abstract concepts<br />
Rafaela M. Santa Cruz<br />
SDSU/CGU Doctoral Program in Education<br />
San Diego State University, San Diego, California<br />
Areas of Expertise: Special education; bilingual education; mathematics<br />
methods; assessment; educational psychology; and statistics and research<br />
methods for doctoral students<br />
The focus of Ms. Santa Cruz research and professional growth activities has been to seek<br />
solutions to the achievement gap of Latino students, particularly in mathematics. Her work in<br />
preparing pre-service teachers has helped to guide the instructional strategies in the Teacher<br />
Edition.<br />
Robyn Silbey<br />
Math Content Coach, Montgomery County Public Schools (retired)<br />
Gaithersburg, Maryland<br />
Areas of Expertise: Supporting high-order thinking through questions;<br />
creating effective lessons; and improving student engagement with<br />
cooperative learning and discourse strategies<br />
Ms. Silbey is nationally recognized for her professional development workshops and webinars.<br />
Her professional development strategies for raising teacher quality in mathematics can be found<br />
in the AIR/USDE report entitled, "What the United States Can Learn From Singapore's World-<br />
Class Mathematics System." Ms. Silbey’s familiarity and work with the Singapore math theory<br />
were paramount in monitoring the depth of instruction found in the McGraw-Hill K-8 series.<br />
Kathleen Vielhaber<br />
Mathematics Consultant<br />
St. Louis, Missouri<br />
Areas of Expertise: Mathematics coach (K-8) with special emphasis in the<br />
content areas of geometry, number sense and math intervention.<br />
Ms. Vielhaber is a past recipient of the National Presidential Award for Excellence in Science<br />
and Mathematics Teaching. Her work in the classroom focused on math intervention strategies.<br />
Examples of her contributions to the McGraw-Hill programs can be observed in the Strategic<br />
Intervention strategies of the online Teacher Center.