Mary E Morley

Title: Mary E Morley: Innovator in Computer-Based Test Item Generation

Introduction

Mary E Morley is a notable inventor based in Princeton Junction, NJ (US). She has made significant contributions to the field of educational technology, particularly in the area of test item generation. Her innovative approach has paved the way for more efficient and effective assessment methods.

Latest Patents

Mary E Morley holds a patent for a groundbreaking invention titled "Computer Based Test Item Generation." This computerized method and system for creating test items involves generating variants from a test item model. The process includes creating a new test item model by identifying elements of an initial test item or test item model to be variabilized. It further involves variabilizing the elements to create test item variables, indicating the values the variables can assume, defining the variables, and generating test item variants utilizing a simultaneous constraint solver. The initial test item can be a pre-existing test item or model, a newly created test item, or even a conceptual template in the mind of the test item creator. The generated test item variants are displayed to the test item creator, who can store and forward acceptable test item variants for later use. Test item models can also be stored for future generation of new test item variants.

Career Highlights

Mary E Morley is associated with the Educational Testing Service, where she applies her expertise in educational assessment. Her work has significantly impacted the way test items are generated and utilized in various educational settings.

Collaborations

Throughout her career, Mary has collaborated with notable colleagues, including Peter D Brittingham and James H Fife. These collaborations have further enhanced her contributions to the field of educational technology.

Conclusion

Mary E Morley is a pioneering inventor whose work in computer-based test item generation has transformed educational assessment practices. Her innovative methods continue to influence the development of effective testing solutions.