PUMP Algebra Curriculum Home Page

This page is very out of date and is currently being modified. In the meantime, please go to Carnegie Learning to learn more about currently available cognitive tutors for mathematics and writing.

Who are we?

The PUMP (Pittsburgh Urban Mathematics Project) Algebra Project is a collaboration between the ACT Research Group and the PACT Center at Carnegie Mellon University, and a group of teachers in the Pittsburgh Public Schools. It is an attempt to make high school Algebra accessible to all students through the use of situational curriculum materials and an intelligent computer based tutoring system.

The high school tutor and course materials are now called "Cognitive Tutor Algebra" and are being marketed by the PACT Center's  spin-off
company, Carnegie Learning.  The PACT Center is currently developing tutors for Middle School math.

The PUMP Algebra Curriculum

The PUMP curriculum has been developed collaboratively between Bill Hadley and the other teachers in the project. The curriculum is based on several general principles and underlying assumptions which are consistent with the recently released National Council of Teachers of Mathematics Board's Statement on Algebra.

The Nintendo Problem

The development of Algebra throughout the curriculum is based on the students' own informal knowledge of mathematics and on problem situations. Modelling situations such as the Nintendo Problem, shown above, students begin to construct intuitive understandings of and connections between multiple representations of functions. From the beginning of the course students are asked to make the connections between the various representations and to construct each representation based on their understanding of the problem situation.

A mere listing of topics covered does not adequately provide the necessary framework for the curriculum. Consequently, we use a matrix which attempts to show the development of the curriculum in a more meaningful way; however, a three dimensional framework showing the multiple representations as the core which expands from the first quadrant with simple direct variation to mx+b to all four quadrants to systems to data analysis to quadratics would probably be more appropriate.

Curriculum Development Matrix

Currently students work in their regular classrooms three days a week on the curriculum. The other two class periods are spent in the computer lab working on the computer tutors. (See the PAT tutor). The classroom curriculum is reproduced for each student on loose-leaf notebook paper with space for them to write their responses on the actual workbook. ALL answers must be written in complete sentences. Homework is also reproduced on loose-leaf. TI-81 scientific calculators are provided by the school for use in the classroom. Each student can be issued a scientific calculator to use on homework.

The U.S. Shirts Problem is a sample three day lesson module from the first quarter of the classroom curriculum. Teachers are encouraged to read over the problem situation at the beginning of the period and then give the students time to work in cooperative groups to solve the problem. Groups are given overlays to describe the problem and asked to present their results to the rest of the class.

Learning in Cooperative Groups

The PUMP project is committed not only to providing the opportunity for all students to enroll in Algebra, but also to providing the students with the human and technological support to enable them to be successful in Algebra. This support includes the computer tutors, the support of the Chapter One reading specialist, after school tutoring, Family Algebra Nights, the inclusion of Special Education students and teachers, support for the teachers including summer workshops and on-going help, and new assessment strategies.

Family Algebra Night

Student assessment is a major area of emphasis. The first semester final exam and the year end final exam from the1993-94 school year are presented to the new students at the beginning of the school year along with level 4 student responses in order to clearly communicate our expectations to the students. Students are assessed on their performance on group tasks in the classroom, individual on demand performance tasks, portfolios, and their work on the computer tutors, as well as on more the traditional homework and tests. At the end of each grading period students are given an individual on-demand performance task similar to the situations that they have worked on in the classroom. Each of these requires the student to do a mathematical analysis of a situation and to produce a writen report based on their analysis. At the end of the first and third grading periods, these tasks are graded by the individual teachers; but at the end of each semester these tasks are graded using the New Standards Type Grading Conference Model.

Conference Model Grading Session


Maintainer: daweber@andrew.cmu.edu

(last updated September 17, 1996)