[calendar: requirements: grading]  



Calendar

 [weeks: 1: 2: 3: 4: 5: 6: 7: 8: 9: 10: 11: 12: 13: 14: 15: 16


 

 

SPAN 696. Designing FL Instruction for Web Delivery

Week 

Date

Activities/Themes

Resources

Evaluation 

1

9/3 

Personal Introductions Course Overview

Classroom Discussion

HTLM Authoring tools HTML Design

Yale/CAIM Web Design Guide (1997)

HTML tutorial (Hinton, 1996)

 

2

 9/10

Lab:

Basic Web page development

 

 

Classroom Discussion:

"Web-based instruction"

 

 

 

Web page editor

HTML template

 

Lecture notes:

HTML Tags

Java, JavaScript, CGI

HTML Tutorial (Borrás, 1996)

Tools for Developing Interactive Academic Web Courses (1997)

 

3

 9/17

Lab:

Web-exercises (practice 1)

Classroom Presentations

Half-Baked software (tutorial)

 

 

Presentation/Reports

4

 9/24

Lab:

Web-exercises (practice 2)

Classroom Presentations

Half-Baked software (tutorial)

 

 

Presentation/Reports

5

 10/1

 Lab:

Web-exercises evaluation

Classroom Presentations

Half-Baked software (tutorial)

Web Site Evaluation: Guidelines

Evaluation Half-Baked Tutorial

Presentation/Reports

6

 10/8

Lab:

JavaScript (practice 1)

Classroom Presentations

Voodoo's Introduction to JavaScript (tutorial)

JavaScript(1)

 

 


Web Site Evaluations/Reports

7

 10/15

Lab:

JavaScript (practice 2)

Classroom Presentations 

Voodoo's Introduction to JavaScript (tutorial)

JavaScript(2)

 

Web Site Evaluations/Reports

8

10/22 

Lab:

JavaScript (practice 3)

Classroom Presentations 

Voodoo's Introduction to JavaScript (tutorial)

JavaScript(3)

Web Site Evaluations/Reports

9

10/29

Lab:

JavaScript (practice 4)

Classroom Presentations 

Voodoo's Introduction to JavaScript (tutorial)

JavaScript(4)

Web Site Evaluations/Reports

10

  11/5

Lab:

JavaScript (practice 5)

Classroom discussion

Voodoo's Introduction to JavaScript (tutorial)

JavaScript(5)  

 

Web Site Evaluations/Reports

11

 11/12

Lab:

JavaScript

Work in final projects

 

Individual meetings with the instructor

 

Final project proposals due 

12

 11/19  

Lab:

JavaScript exercises

Work in final projects

 JavaScript(6)  

 JavaScript(7)  

 

 13

 11/26

Thanksgiving Day

14

 12/3

 Lab:

Work in final projects

Classroom discussion:

Formative evaluation of projects

 

 

 

Ongoing projects

Evaluation Voodoo's Tutorial

15

 12/10

 Lab:

Work in final projects

   

16

  12/17

  Final Projects Presentation

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Course Requirements


Participation in Class Discussions

Students are expected to attend the class, to read the required materials, and to participate in the discussions and presentations. Such information makes a welcome contribution to classroom dialogue and discussion.

Article Presentation & Report

Working in pairs, students will make a classroom presentation of an article selected from the course readings. At the time of the presentation students will handle a word processed summary of the article they are presenting. At the top of their summaries, students should include their names, and the reference of the reported journal in APA style.

Web-Site Evaluation & Report

Working in pairs, students will report their evaluation of three FL web sites which used interactive web-based activities.

Evaluation of Practice with the "Half-Baked" Authoring Programs

Students will create five types of exercises (multiple-choice, short-answer, jumbled-sentence, crossword and gap-fill) to prove their mastery of the Half-Baked authoring applications.

Evaluation of Practice with JavaScript Tutorial

Students will accomplished a number of tasks to demonstrate their knowledge of the JavaScripts practiced during their working sessions with the tutorial.

Final Project Proposal

The final project proposal will help the students organize their ideas and get peer's and instructor's feedback. The proposal should describe the project's content and resources. It will be submitted electronically

Final Project

Along with the practice exercises and the class presentations, each student will create a final project that will consist of an opinion paper, a FL course page, and a FL teaching unit. Students should have their project proposals ready for discussion with the instructor on the individual meetings that will be held on November 12th. Students are encouraged to receive and provide feedback to each other's projects.

a) Opinion Paper (20% of the project grade)

Each student will write a 15-20 page long paper. It should take the form of an opinion paper. For example, based on a thorough literature review, one might compare and contrast the assets and limitations of the use of communication technologies in lower-division language courses. The paper should be formatted for WWW display (see templates for paper and student's portfolio) and structured to include the following:

1. Table of Contents. 2. Abstract. 3. Introduction. 4. Issue Statement. 5. Literature Review.
6. Issue Discussion. 7. Conclusion. 8. Glossary of Terms. 9. Bibliography
 

Papers may address issues from one of the following areas:

* The World Wide Web and Learning

The impact of WWW technologies on curriculum content and delivery. Examples of topics include access to the Web by faculty and students; how Web technologies have changed traditional college courses; integrating multimedia into Web applications.

The impact of web technology on teaching and learning performance (any educational level).

* Technology "Payback" in Education

Learning performance improvement, etc. How do you measure student improvement? The notion of "payback" from the use of technology in education might also include the administrator's "payback," the faculty member's "payback," and the developer/publisher's "payback."

* Faculty-Student Communications

How technology can enhance interaction between teachers and students. Examples of topics include extending traditional office hours; innovative uses of listservs and newsgroups in courses; Web communications; and video conferencing.

* Reaching Distant Learners

How must course content and its delivery be changed to reach distant learners? What kind of support is needed? Which technologies are appropriate for various needs?

b) FL Course Web Page (15% of the project grade)

Each student will develop a course web site including five required pages (Instructor, Overview, Syllabus, Calendar, and Resources) and some optional features (e.g. student Web pages and e-mail and chat tools).

Students may refer to the World Lecture Hall for good examples of courses web pages.

 

c) FL Teaching Unit (5% of the project grade)

A FL teaching unit featuring at least four JavaScript-based exercises. The unit should be formatively evaluated in a "real" class.

Students may refer to the JS-Powered Online FL Web Sites for good examples of JavaScript-based exercises.

 

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Grading

PERCENTAGES

The required participation and assignments of the SPAN 696 course will be graded as follows:
 
Participation in Class Discussions: 5%
 
Article Presentation & Report: 10%
 
Web-Site Evaluation and Report: 10%
 
Evaluation of Practice with Half-Baked programs: 15%
 
Evaluation of Practice with JavaScript Tutorial: 15%
 
Final Project Proposal: 5%
Final Project: 40%


GRADING VALUES

Final letter grades will be assigned following this scale:
 
A 95-100
 
A- 90- 94
 
B+ 87 - 89
 
B 83 - 86
 
B- 80 - 82
 
C+ 77 - 79
 
C 73 - 76
 
C- 70 - 72 etc.
 
According to the guidelines in the SDSU Graduate Bulletin, the above letter grades are
defined as follows:

A Outstanding achievement; available only for the highest accomplishment

A- Excellent performance; clearly exceeds course requirements

B+ High achievement; clearly and substantially meets course requirements and criteria

B Praiseworthy performance; definitely above average

B- Acceptable performance in a graduate course; meets most course requirements

C+ Average; awarded for satisfactory performance; marginal performance in a graduate course

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 Last updated by I. Borrás: 11/30/98