Alan H. Schoenfeld
Symbolic Computing in Undergraduate Mathematics: Symbols, Pictures, Numbers, and Insight by Paul Zorn
Naturalizing Computer Algebra for Mathematical Reasoning by Tryg A. Ager and Sam Dooley
A Learning Theory Approach to Calculus by Ed Dubinsky
Mathematical Processes and Symbols in the Mind by David Tall
Part II: Symbolic Computation in Calculus
Using a Symbolic Computation System in a Laboratory Calculus Course by L. Carl Leinbach
Some Uses of Symbolic Computation in Calculus Instruction: Experiences and Reflections by Joan R. Hundhausen
Four Uses of Derive in the Instruction of Calculus at the United States Military Academy by David H. Olwell
Antidifferentiation and the Definite Integral: Using Computer Algebra to Make a Difference by Phoebe T. Judson
Lasting Impressions with Calculus Movies by J. A. Eidswick
Part III: Symbolic Computation in Linear Algebra and Differential Equations
Some Examples of the Use of CAS in Teaching Linear Algebra and Calculus by J. W. Auer and E. R. Muller
Using Graphing Calculators to Enhance the Teaching and Learning of Linear Algebra by Don LaTorm
CAS in Differential Equations and Linear Algebra by Patrick Sullivan
Linear Systems of Differential Equations via Maple by Robert J. Lopez
The Use of Programmable Graphics Calculators in a Differential Equations Course by T. G. Proctor
Part IV: Symbolic Computation in Advanced Undergraduate Courses
Teaching Combinatorics and Graph Theory with Mathematica by Steven S. Skiena
Use of Symbolic Computation in Probability and Statistics by Zaven A. Karian and Andrew Sterrett
Part V: Getting Started and Review of the Literature
Reformation at St. Olaf by Paul D. Humke
Review of Calculus Laboratory Materials by Anita E. Solow
Computer Algebra in Undergraduate Mathematics: An Annotated Bibliography by Stanley E. Seltzer
