System, method, and computer-readable medium for course structure design to support adaptive learning

• US 7,677,896 B1
• Filed: 02/19/2003
• Issued: 03/16/2010
• Est. Priority Date: 02/19/2002
• Status: Expired due to Fees

• Current Assignee: Nishikant Sonwalkar
• Original Assignee: Nishikant Sonwalkar
• Inventors: Sonwalkar, Nishikant
• Primary Examiner(s): MOSSER, KATHLEEN MICHELE
• Application Number:
  US10/368,848
• Time in Patent Office: 2,582 Days
• Field of Search: 434/322, 434/323, 434/350, 434/362, 434236- 8
• US Class Current: 434/236
• CPC Class Codes: G09B 7/00 Electrically-operated teaching apparatus or devices working with questions and answers mechanically operated G09B3/00; computing arrangements G06F

Abstract

Automated system enabling educators to create and organize educational materials appealing to students'"'"' varied learning styles and cognitive capabilities. Templates conforming to five basic learning styles are provided for material creation and organization, though other templates conforming to other learning styles are definable as well. Once created, educational materials are exported to complementary systems for presentation to students via a standard electronic interface.

Claims

1. A computer-implemented method for the dynamic generation of instructional content conforming to a course structure hierarchy comprising a plurality of taxonomies, comprising:

providing a graphical user interface executable on an operating system on a computer to enable a creation of a course structure hierarchy name and objective;

creating a course structure hierarchy name and objective by use of the graphical user interface;

defining the plurality of taxonomies to comprise the course structure hierarchy by use of the graphical user interface, each of the plurality of taxonomies being defined by a learning style exhibited by a student, at least two of the plurality of taxonomies being defined by different learning styles, each learning style being from a group comprising a first learning style whereby the student is engaged by an incremental approach to presenting content, a second learning style whereby the student is engaged by events presented in a story format, a third learning style whereby the student is engaged by being introduced to a principle and then to one or more topics that related to the principle, a fourth learning style whereby the student is engaged by being asked to infer concepts from data, simulations, graphs and/or charts, and a fifth learning style whereby the student is engaged by being introduced to a concept with a simulation, quiz and/or interactive exercise,

wherein each of the plurality of taxonomies comprises a sequence including a particular type of trigger element and a prescribed sequence of qualifier elements adapted to the considered learning style, and wherein;

a taxonomy defined by the first learning style comprises (a) a step trigger element and (b) a sequence of description, example, exposition and procedure qualifier elements,

a taxonomy defined by the second learning style comprises (a) an event trigger element and (b) a sequence of illustration, description, example, and procedure qualifier elements,

a taxonomy defined by the third learning style comprises (a) an example trigger element and (b) a sequence of example, explanation and demonstration qualifier elements,

a taxonomy defined by the fourth learning style comprises (a) a data trigger element and (b) a sequence of question prompting, example, explanation and illustration qualifier elements, and

a taxonomy defined by the fifth learning style comprises (a) an experiment trigger element and (b) a sequence of explanation, description, question prompting and illustration qualifier elements; and

extracting, in an automated fashion, from at least one server-based data repository, content adapted to the course structure hierarchy created using the graphical user interface to comprise the trigger element and the prescribed sequence of qualifier elements for each of the plurality of taxonomies.

2. The method of claim 1, wherein the course structure hierarchy includes text which is provided in English.

3. The computer-implemented method of claim 1, further comprising an act of presenting, in an automated fashion, at least a portion of the content adapted to the course structure hierarchy to a first student, wherein the act of presenting comprises attempting to diagnose a learning style exhibited by the first student.

4. A computer-implemented method of defining a body of instructive content for a plurality of students each exhibiting a learning style, the method comprising:

providing a software viewer application;

providing coded logic executable on an operating system on a computer;

processing data including student viewing patterns and quiz results using the coded logic to determine individual preferences and abilities for a student and thereby to diagnose a learning style for the student;

providing by use of the software viewer application, for each of a plurality of learning styles, content dependent on a learning style diagnosed for the student comprising a trigger element adapted to attract the interest of the student, the trigger element for each learning style being adapted to suit student cognitive abilities associated with the learning style; and

providing by use of the software viewer application, for each of the plurality of learning styles, content sequence dependent on the learning style diagnosed for the student comprising at least one qualifier element intended for presentation to a student subsequent to presentation of the trigger element to the student, the at least one qualifier element for each learning style being adapted to suit student cognitive abilities associated with the learning style;

wherein each of the plurality of learning styles is from a group comprising a first learning style whereby the student is engaged by an incremental approach to presenting content, a second learning style whereby the student is engaged by events presented in a story format, a third learning style whereby the student is engaged by being introduced to a principle and then to one or more topics that related to the principle, a fourth learning style whereby the student is engaged by being asked to infer concepts from data, simulations, graphs and/or charts, and a fifth learning style whereby the student is engaged by being introduced to a concept with a simulation, quiz and/or interactive exercise; and

wherein the content adapted to each of the pluralities of learning styles comprises a sequence including (a) a particular type of trigger element and (b) a prescribed sequence of qualifier elements adapted to the considered learning style, and wherein;

content adapted to the first learning style comprises (a) a step trigger element and (b) a sequence of description, example, exposition and procedure qualifier elements,

content adapted to the second learning style comprises (a) an event trigger element and (b) a sequence of illustration, description, example, and procedure qualifier elements,

content adapted to the third learning style comprises (a) an example trigger element and (b) a sequence of example, explanation and demonstration qualifier elements,

content adapted to the fourth learning style comprises (a) a date trigger element and (b) a sequence of question prompting, example, explanation and illustration qualifier elements, and

content adapted to the fifth learning style comprises (a) an experiment trigger element and (b) a sequence of explanation, description, question prompting and illustration qualifier elements.

5. The method of claim 4, wherein the instructive content includes text which is provided in English.

6. A computer-readable medium with instructions recorded thereon, which instructions, when executed, cause at least one processor in a computer to:

present to a user an interface by means of which the user can provide input to effect creation of a course structure hierarchy comprising a plurality of taxonomies, each of the plurality of taxonomies being adapted to a learning style exhibited by a student and comprising a sequence including a particular type of trigger element and a prescribed sequence of qualifier elements adapted to a corresponding learning style, at least two of the plurality of taxonomies being adapted to different learning styles, each learning style being from a group comprising a first learning style whereby the student is engaged by an incremental approach to presenting content, a second learning style whereby the student is engaged by events presented in a story format, a third learning style whereby the student is engaged by being introduced to a principle and then to one or more topics that related to the principle, a fourth learning style whereby the student is engaged by being asked to infer concepts from data, simulations, graphs and/or charts, and a fifth learning style whereby the student is engaged by being introduced to a concept with a simulation, quiz and/or interactive exercise, wherein;

a taxonomy adapted to the first learning style comprises (a) a step trigger element and (b) a sequence of description, example, exposition and procedure qualifier elements,

a taxonomy adapted to the second learning style comprises (a) an event trigger element and (b) a sequence of illustration, description, example, and procedure qualifier elements,

a taxonomy adapted to the third learning style comprises (a) an example trigger element and (b) a sequence of example, explanation and demonstration qualifier elements,

a taxonomy adapted to the fourth learning style comprises (a) a date trigger element and (b) a sequence of question prompting, example, explanation and illustration qualifier elements, and

a taxonomy adapted to the fifth learning style comprises (a) an experiment trigger element and (b) a sequence of explanation, description, question prompting and illustration qualifier elements; and

present to a user graphical user interface on a computer to enable the user to associate content to comprise the trigger element and the at least one qualifier element for each of the plurality of taxonomies thereby to create the course structure hierarchy;

provide a graphical user interface on a computer for enabling the learning style for the student to be established;

provide a software viewer application;

display content dependent on the learning style determined for the student, the content comprising the trigger element from the course structure hierarchy adapted to attract the interest of the student, the trigger element for each learning style being adapted to suit student cognitive abilities associated with the learning style; and

display content sequence dependent on the learning style determined for the student comprising at least one qualifier element intended for presentation to the student subsequent to presentation of the trigger element to the student, the at least one qualifier element for each learning style being adapted to suit student cognitive abilities associated with the learning style;

whereby the course structure hierarchy comprises a plurality of taxonomies each adapted to the learning style exhibited by the student.

7. The computer-readable medium of claim 6, wherein the course structure hierarchy includes text which is provided in English.