University of North Florida
Active leaders and responsive
partners
within diverse learning communities
EME 7415: Educational Design for Digital
Media
Candidate dispositions for the development and demonstration of ethical
and professional attitudes and beliefs.
On-going, active reflection on professional practice.
Multiculturalism through educators who value diversity and advocate for
the success of all students within diverse learning communities.
Professional growth of pre-service and experienced educations and other
helping professionals.
Academic programs that are rigorous, standards-based, and model and apply
innovative and enduring ideas about teaching and learning.
Scholarship for advancement of the professional knowledge base.
Service to the University, P-12 schools, the profession, and the
community.
Course Number: EME 7415
Course Title: Educational Design for Digital Media
Number of Credit Hours: 3
Prerequisite(s) EME 6415 or consent
of instructor.
Required Text(s)/ Resources
- Lee, W. W. & Owens, D. L. (2000). Multimedia-Based
Instructional Design: Computer-Based Training, Web-Based Training, and
Distance Learning. Jossey-Bass/Pfeiffer. ISBN 0787951595
- The Florida Sunshine State Standards - Science. Florida
Dept of Education
Recommended Text(s)/Resources
- National Research Council (2000). How People Learn.
Washington, D.C., National Academy Press.
- The Tipping Point
Course Description
This course focuses on the study and application of
instructional design principles to the development of multimedia materials. It
emphasizes the application of learning principles to multimedia design and
production. Students will design and develop a multimedia project using a
variety of visual and auditory elements.
EME 7415 emphasizes the application of cognitive psychology
to the instructional design of multimedia. Students who have mastered the use
of a wide variety of advanced technology system -- hardware and software --
apply those skills in the creation of a single, substantially sized,
multimedia/hypermedia project. Creation of the project requires the student to
incorporate typographic principles, graphic design principles, and an
appropriate instructional design as they create a project that employs audio and
visual materials.
Course Goals:
Teachers are required to have skills in more than just the subject area in
which they teach. As educational technology becomes an increasingly important
part of instruction, teachers are expected to have an up-to-date knowledge of
current technology and the ability to stay abreast of new and emerging
technology. The needs for this knowledge and the ability to continue lifelong
learning in technology are addressed throughout the teacher preparation programs
of the UNF College of Education and Human Services (COEHS).
The course objectives reflect the following competencies
as outlined by the International Society for Technology in Education
(Educational Computing and Technology Leadership Program):
Diversity Considerations
The course includes the topic of accessibility of
technology for all students.
Technology Considerations
Instruction is enhanced using online resources and
electronically delivered reading, presentations, and assignments. Teachers
create assignments using a wide range of technology, including word processor,
concept mapping software, presentation software, web page editors, scanners,
digital cameras, and other means, and to submit assignments electronically.
Teachers also participate in reflective discussion via online synchronous and
asynchronous communication tools. Assignments will be completed using software
versions located on the computers in 15/1105, including but not limited to:
Windows XP, Microsoft Office 2002/XP, Internet Explorer, and Inspiration.
Technology is used extensively in the course. All of the
course management is conducted electronically through the use of an online
database and telecommunications system. This system also allows students to
communicate with each other by either asynchronous (e-mail, listserve, or
bulletin board) or synchronous (chat) modes.
The focus of this course is using technology, and the
course is also taught extensively with technology. Students are provided
abundant opportunities to access and demonstrate the use of technology in
instruction as they complete their course requirements. In addition, all
demonstration by the instructor include technology in the form of video and
computer projection systems, Webpages designed specifically for the course, and
networks.
The evaluation of the course is based, in large part, on
the students’ ability to use technology to effectively deliver instruction. All
students have access to computer laboratories, digital cameras, scanners,
videodisc players, audio recorders, free network access, and software designed
for analyzing, designing, developing, and evaluating interactive courseware.
Course Objectives
Objective
Matrix
|
Course Objective |
Knowledge |
Skill |
Disposition |
Impact |
|
1.0
Demonstrate the ability to analyze the learning content. |
* |
* |
|
|
|
2.0
Identify and demonstrate understanding of the instructional design
and development process |
* |
* |
|
|
|
3.0
Identify learning theories, instructional strategies, and design
models and methodologies. |
* |
* |
|
|
|
4.0
Use instructional design principles to create an instructional event
using presentation or authoring software. |
* |
* |
* |
|
|
5.0
Capture, shoot and/or assemble audio and video source material. |
* |
* |
|
|
|
6.0
Digitize and edit analog source material. |
* |
* |
|
|
|
7.0
Create original images using graphic design principles and software. |
* |
* |
|
|
|
8.0
Present the completed multimedia production to the class and defend
the topic, instructional design, and choice of presentation or authoring
software. |
* |
* |
* |
* |
|
9.0
Research literature and resources related to educational design with
multimedia. |
* |
* |
|
* |
Please notify the instructor within the first week if a
reasonable accommodation to a disability is needed for this course. A letter
from the Student Disability Office must accompany this request.
|
Educational Computing and Technology Facilitation
(TF) |
|
TF-I. Technology Operations and Concepts.
Educational technology facilitators demonstrate an in-depth understanding of
technology operations and concepts. Educational technology facilitators: |
|
B.
Demonstrate continual growth in technology knowledge and skills to stay
abreast of current and emerging technologies. |
|
1.
Model appropriate strategies essential to continued growth and development
of the understanding of technology operations and concepts. |
|
TF-III.
Teaching, Learning, and the Curriculum. Educational technology facilitators
apply and implement curriculum plans that include methods and strategies for
utilizing technology to maximize student learning. Educational technology
facilitators: |
|
A.
Facilitate technology-enhanced experiences that address content standards
and student technology standards. |
|
5.
Use methods and strategies for teaching concepts
and skills that support use of media-based tools such as television, audio,
print media, and graphics. |
|
7.
Use methods for teaching concepts and skills that support use of web-based
and non web-based authoring tools in a school environment. |
|
B.
Use technology to support learner-centered strategies that address the
diverse needs of students. |
|
|
|
TF-V.
Productivity and Professional Practice. Educational technology facilitators
apply technology to enhance and improve personal productivity and
professional practice. Educational technology facilitators: |
|
B.
Continually evaluate and reflect on professional practice to make informed
decisions regarding the use of technology in support of student learning. |
|
1.
Continually evaluate and reflect on professional practice to make informed
decisions regarding the use of technology in support of student learning. |
|
C.
Apply technology to increase productivity. |
|
1.
Model advanced features of word processing, desktop publishing, graphics
programs, and utilities to develop professional products. |
|
2.
Assist others in locating, selecting, capturing, and integrating video and
digital images, in varying formats for use in presentations, publications,
and/or other products. |
|
5.
Use instructional design principles to develop hypermedia and multimedia
products to support personal and professional development. |
|
6.
Select appropriate tools for communicating concepts, conducting research,
and solving problems for an intended audience and purpose. |
|
7.
Use examples of emerging programming, authoring, or problem solving
environments that support personal and professional development. |
|
8.
Set and manipulate preferences, defaults, and other selectable features of
operating systems and productivity tool programs commonly found in P-12
schools. |
|
D.
Use technology to communicate and collaborate with peers, parents, and the
larger community in order to nurture student learning. |
|
1.
Model the use of telecommunications tools and resources for information
sharing, remote information access, and multimedia/hypermedia publishing
in order to nurture student learning. |
|
2.
Communicate with colleagues and discuss current research to support
instruction, using applications including electronic mail, online
conferencing, and web browsers. |
|
TF-VI.
Social, Ethical, Legal, and Human Issues. Educational technology
facilitators understand the social, ethical, legal, and human issues
surrounding the use of technology in P-12 schools and assist teachers in
applying that understanding in their practice. Educational technology
facilitators: |
|
A. Model and teach legal and ethical practice
related to technology use. |
|
2.
Assist others in summarizing copyright laws related to use of images, music,
video, and other digital resources in varying formats. |
|
TF-VII.
Procedures, Policies, Planning and Budgeting for Technology Environments.
Educational technology facilitators promote the development and
implementation of technology infrastructure, procedures, policies, plans,
and budgets for P-12 schools. Educational technology facilitators: |
|
A. Use the school technology facilities and
resources to implement classroom instruction. |
|
2.
Use local mass storage devices and media to store and retrieve information
and resources. |
|
4.
Model integration of software used in classroom and administrative settings
including productivity tools, information access/telecommunication tools,
multimedia/hypermedia tools, school management tools, evaluation/portfolio
tools, and computer-based instruction. |
|
B.
Follow procedures and guidelines used in planning and purchasing technology
resources. |
|
6. Use distance and online learning facilities. |
|
TF-VIII.
Leadership and Vision. Educational technology facilitators will contribute
to the shared vision for campus integration of technology and foster an
environment and culture conducive to the realization of the vision.
Educational technology facilitators: |
|
A. Utilize school technology facilities and
resources to implement classroom instruction. |
|
1.
Discuss and evaluate current research in educational technology. |
|
D. Lead in the development and evaluation of
district technology planning and implementation. |
|
1.
Participate in cooperative group processes and identify the processes that
were effective. |
|
Educational Computing and Technology Leadership
(TL) |
|
TL-1. Technology Operations and Concepts.
Educational technology leaders demonstrate an
advanced understanding of technology operations and concepts. Educational
technology leaders: |
|
A.
Demonstrate knowledge, skills, and understanding of concepts related to
technology (as described in the ISTE National Education Technology Standards
for Teachers). |
|
1.
Identify and evaluate components needed for the continual growth of
knowledge, skills, and understanding of concepts related to technology. |
|
TL-II. Planning and Designing Learning
Environments and Experiences. Educational
Technology Leaders assist by planning, designing, and modeling effective
learning environments and experiences supported by technology at the
district/ state/ regional level. Educational Technology Leaders: |
|
A.
Design developmentally appropriate learning opportunities that apply
technology-enhanced instructional strategies to support the diverse needs of
learners. |
|
1.
Research and disseminate project-based instructional units modeling
appropriate uses of technology to support learning. |
|
2.
Identify and evaluate methods and strategies for teaching
computer/technology concepts and skills within the context of classroom
learning and coordinate dissemination of best practices at the
district/state/regional level. |
|
B.
Apply current research on teaching and learning with technology when
planning learning environments and experiences. |
|
1.
Locate and evaluate current research on teaching and learning with
technology when planning learning environments and experiences. |
|
C.
Identify and locate technology resources and evaluate them for accuracy and
suitability. |
|
1.
Identify technology resources and evaluate them for accuracy and suitability
based on the content standards. |
|
F.
Identify and apply instructional design principles associated with the
development of technology resources. |
|
1.
Identify and evaluate instructional design principles associated with the
development of technology resources. |
|
TL-III. Teaching, Learning, and the Curriculum. Educational technology
leaders model, design, and disseminate curriculum plans that include methods
and strategies for applying technology to maximize student learning.
Educational technology leaders will: |
|
A.
Facilitate technology-enhanced experiences that address content standards
and student technology standards. |
|
5. Design methods and model strategies for
teaching concepts and skills that support use of media-based tools such as
television, audio, print media, and graphics. |
|
7.
Design methods and model strategies for teaching concepts and skills that
support use of web-based and non web-based authoring tools in a school
environment. |
|
C.
Apply technology to develop students’ higher order skills and creativity. |
|
1. Design methods and model strategies for
teaching hypermedia development, scripting, and/or computer programming, in
a problem-solving context in the school environment. |
|
E.
Use current research and district/region/state/national content and
technology standards to build lessons and units of instruction. |
|
1. Disseminate curricular methods and strategies
that are aligned with district/region/state/national content and technology
standards. |
|
TL-IV. Educational technology leaders communicate research on the use of
technology to implement effective assessment and evaluation strategies.
Educational technology leaders: |
|
A. Apply technology in assessing student
learning of subject matter using a variety of assessment techniques. |
|
1. Facilitate the development of a variety of
techniques to use technology to assess student learning of subject matter. |
|
2. Provide technology resources for assessment
and evaluation of artifacts and data. |
|
C. Apply multiple methods of evaluation to
determine students' appropriate use of technology resources for learning,
communication, and productivity. |
|
1.
Design strategies and methods for evaluating the effectiveness of technology
resources for learning, communication, and productivity. |
|
TL-V. Productivity and Professional Practice.
Educational technology leaders design, develop, evaluate and model products
created using technology resources to improve and enhance their productivity
and professional practice. Educational technology leaders: |
|
C.
Apply technology to increase productivity. |
|
1.
Model the integration of data from multiple software applications using
advanced features of applications such as word processing, database,
spreadsheet, communication, and other tools
into a product. |
|
2.
Create multimedia presentations integrated with multiple types of data using
advanced features of a presentation tool and model them to district staff
using computer projection systems. |
|
5.
Apply instructional design principles to develop and analyze substantive
interactive multimedia computer-based instructional products. |
|
6.
Design and practice strategies for testing functions and evaluating
technology use effectiveness of instructional products that were developed
using multiple technology tools. |
|
D. Use technology to communicate and collaborate
with peers, parents, and the larger community in order to nurture student
learning. |
|
1. Model and implement the use of
telecommunications tools and resources to foster and support information
sharing, remote information access, and communication between students,
school staff, parents, and local community. |
|
TL-VIII. Leadership and Vision.
Educational technology leaders will facilitate development of a shared
vision for comprehensive integration of technology and foster an environment
and culture conducive to the realization of the vision. Educational
technology leaders: |
|
A.
Identify and apply educational and technology related research, the
psychology of learning, and instructional design principles in guiding the
use of computers and technology in education. |
|
1. Communicate and apply principles and practices
of educational research in educational technology. |
Other Standards:
Florida Teacher Accomplished Practices
Standard 1: Technology Operations and Concepts – Teachers will
demonstrate a sound understanding of technology operations and concepts.
Standard 2: Planning and Designing Learning Environments and Experiences
– Teachers will plan and design effective learning environments and experiences
supported by technology.
Standard 3: Teaching, Learning, and the Curriculum – Teachers will
implement curriculum plans that include methods and strategies that apply
technology to maximize student learning.
Standard 4: Assessment and Evaluation – Teachers will apply technology
to facilitate a variety of effective assessment and evaluation strategies.
Standard 5: Productivity and Professional Practice – Teachers will use
technology to enhance their productivity and professional practice.
Standard 6: Social, Ethical, Legal, and Human Issues – Teacher will
understand the social, ethical, legal, and human issues surrounding the use of
technology in PreK-12 schools and apply those principles in practice.
Florida ESOL Competencies
Competency 15: Evaluate, select, and employ appropriate
instructional materials, media, and technology for ESOL at elementary, middle,
and high school levels.
Course Assignments, Expectations and Grading Procedures
Grading Procedures
The
evaluation for EME 7415 is based on several class activities, one paper or final
project, and the design and development of assigned multimedia projects. The
projects will be evaluated using a set of criteria defined in the course. The
final grade is based on the total number of points
Letter
grades are based upon the quality of the student's work as assessed through
assignments, such as, class participation, class activities, projects, lab
assignments, fora, and research papers.
Tentative grading system
Class Participation 10%
Research
Paper 15%
Assignments 15%
Case studies/discussion fora
20%
Class Activities
10%
Projects 30%
Interactive Multimedia Project
Students will work individually
or in teams to analyze, design, develop, and evaluate a small interactive
courseware project. Deliverables for this project will include outline and
implementation plan, storyboards, lesson plan and actual module.
HTML/Audio/Video Project
Working individually and in
small groups, students will create an educationally based multimedia project
that contains an edited digitized video and audio. The project presentation can
be created with PowerPoint, HTML, or a similar other multimedia creation
program.
Project
elements:
o
Grade standards development (rubric): working together students
will develop a rubric for how the projects will be assessed.
o
Standards bases: project must have associated/appropriate
standards (sunshine state standards)
o
Multimedia: project must contain multimedia elements (html
platform base).
o
Paper project (worksheets): Create associated materials for the
project
o
Pre/post activity
o
Interactive digital activity
o
Inquiry based (option)
o
Rubric for assessment of module
o
Final presentation: group will present their section to the whole
class.
Media Evaluation
Project
Students will evaluate other educational materials in terms of design
and digital medial applications. Find an online education module and evaluate it
for appropriateness and design using class created rubric. Then post your
findings in the discussion board.
Project Elements:
o
URL
o
Description of the site/module
o
Results from rubric (positive and negative elements)
o
Personal opinion
o
Posted
to discussion board
Research Paper
The research paper must be submitted in APA format
with at least 4 current references in html format. The focus of the paper will
be on a design model of interactive courseware design, development, or
implementation. With the paper a concept map of the design model will be
developed. A short presentation of you research will be presented.
Working individually, students will create a small presentation program using
either PowerPoint or other multimedia creation program.
|
Rubric |
0 |
1 |
2 |
|
|
Length (500-1000) |
Less than 250 |
Less than 500 |
500-1000 |
X1 |
|
Major structure elements |
Not described |
Described in general |
Described fully with item
examples |
X3 |
|
References |
Not included |
Less than 4 |
4 or more |
X1 |
|
Diagram |
Not present |
Poor design |
Good design with all
elements included |
X2 |
|
Underlying belief
structure (human, behavior, objective) |
Not mentioned |
Stated without reason |
Stated with reason and
example |
X1 |
|
Application |
Not mentioned |
|
Described |
X1 |
|
Format |
Not html |
Html no diagram or poor
design |
Html with diagram and good
design |
X1 |
|
Presentation |
Not presented |
Presented – no media |
Presented - multimedia |
X3 |
|
|
|
|
|
/26 |
Case Studies/Forum Discussions
Daily activities/assignments
Participate and complete a variety of
activities (both group and individual) presented during class sessions.
Course Policies and Guidelines
A variety of
learning/instructional activities will be incorporated into this course. Every
effort will be made to meet the diverse needs of learners who have different
learning styles. As a student, you will be ultimately responsible to read the
textbook and other associated readings.
Our time spent together as a
learning group is too valuable and too short to simply "discuss the chapter."
Although much of the content in the textbook(s) will be incorporated into class
discussions and activities, please do not assume the instructor will
simply lecture from the book.
- Americans with Disabilities Act (ADA) Policy.
The College of Education and Human Services complies with ADA requirements in
making reasonable accommodations for qualified students with disabilities.
Students desiring reasonable accommodations should contact the UNF Office of
Disabled Services (Founders Hall 2120; telephone: 904/620-2769) and are
encouraged to inform the instructor as early in the semester as possible
regarding desired accommodations.
- Declaration of Major Policy. In order to
complete any graduate degree program in the College of Education and Human
Services, students must declare a graduate major and be accepted into a
program of study. Admission to graduate study by the University does NOT
guarantee admission into a given program of study. Students cannot count
more than 10 hours toward any graduate degree without first having been
admitted into a program of study. Any hours earned over 10 semester hours
working toward a certification or endorsement or as a non-degree-seeking
student will NOT be accepted as work toward a graduate degree.
Prior to being considered for admission into a master’s or
doctoral degree program, students must submit scores on the Graduate Record
Examination (GRE) as well as an official transcript of all undergraduate work.
The GRE may be taken more than once in an attempt to improve one’s score.
Certain graduate programs within the College of Education and Human Services
require additional documentation and procedures during the admissions screening
process. Students are encouraged to consult the Graduate Catalog and/or
contact the College’s Office of Student Services (Schultz Hall 2305; telephone:
904/620-2530) for information regarding admission to a specific graduate program
of study.
- University Enrollment Policy. Only those
students who are admitted to the University are entitled to enroll in classes,
and only those students who are enrolled in a given course are permitted to
attend class meetings for that course. Sitting through a class without
registering does not constitute enrollment. Instructors are authorized to bar
students who are not enrolled in a course from attending class sessions until
evidence of enrollment is presented to the instructor. Even if unenrolled
students are allowed via the instructor’s oversight to remain in a class,
university policy prohibits students from being added to a class roster after
the reinstatement deadline. The primary responsibility for assuring that a
student is enrolled in a course belongs to the student. Students are
therefore encouraged to check their enrollment status several times during
each semester with an advisor or via the UNF website.
- Policies Governing Student Conduct. The
University of North Florida has adopted a Student Conduct Code in order to
promote responsible behavior for all students and to assure a physically,
emotionally, and intellectually safe university community. This code
addresses issues that may threaten the safety and order of the university
environment and provides procedures and remedies for addressing these issues.
Specific issues addressed include, but are not limited to, sexual misconduct;
endangerment; harassment; hazing; possession/use of weapons, alcohol, and
illegal drugs; damage or destruction of property; malicious mischief; computer
miscues; and falsification/fraud. Students who are aware of and/or feel they
are victims of any activity in violation of the Student Conduct Code should
report the activity to the University Police or the appropriate campus
administrator. The conduct code is available in its entirety on the
University website at web address
http://www.unf.edu/studentaffairs/code.html.
- Academic Integrity Policy. The University of
North Florida has adopted a strict policy on professionalism and academic
integrity. As noted in the UNF 2002-2003 Graduate Catalog (pp. 23-24),
violations to academic integrity
… include, but are not limited
to: cheating; fabricating and falsifying information or citations; submitting
the same work for credit in more than one course; plagiarizing; providing
another student with access to one’s own work to submit under this person’s name
or signature; destroying, stealing, or making inaccessible library or other
academic resource material; and helping or attempting to help another person
commit an act of academic dishonesty.
The full policy on academic
integrity is available on the University website at web address
http://www.unf.edu/cse/cis/CSEhtml/CSEAcadIntegrity.html.
The Academic Integrity Policy
affords University instructors authority to assign penalties for these
offenses. For example, the instructor may assign a grade of “F” on the
assignment in question or for the course. In the case of flagrant violations of
the Academic Integrity Policy, the instructor may recommend additional specific
penalties to the university admission, including referral for academic
counseling, expulsion from a grogram of study, denying of degree, expulsion from
the University, or revocation of a degree already granted.
- E-mail Policy. The University of North Florida’s
policy on student e-mail allows academic and service units of the University
to use e-mail as the primary means for communicating certain types of
information to students. Although individual instructors may determine that
“external” (i.e., non-University-provided) e-mail accounts are a suitable
means for communicating with students, the University policy specifies that
the University-provided e-mail address serve as the “official” e-mail address
for purposes of formal electronic communication with students. All students
should become knowledgeable of their University-provided e-mail address and
either check their account regularly or arrange for all e-mail delivered to
their account to be forwarded to an external e-mail account of their choice.
Students can find out their e-mail account username, reset their password, and
set forwarding options by visiting
http://www.unf.edu/compserv/info/osp-acct.html.
This course requires extended periods outside of class for
successful completion of the course. Your assignments will be completed using
programs available in the labs on campus. Besides our classroom, you have access
to the Educational Technology Center (first floor, Building 09) that is
available to students taking courses in the College of Education and Human
Services and the labs in Buildings 14 and 15.
Proofread assignments for spelling, grammar, sentence
structure and format. Your work should reflect the work of a professional
educator.
All assignments are due at the beginning of class on the
dates given in the class schedule.
Additional readings will be assigned during the semester.
Short quizzes or class discussions may monitor these assignments.
Tentative Course Schedule
|
Class Meeting |
Topic |
Readings |
Activities & Assignments |
|
1- |
Hardware and software
Interface
Programming |
MMDesign: 14, 15, 16
FETC's Multimedia Madness |
Ñ
Assignment: Redesign MadLib
Ñ
Assignment: Design model paper
Ñ
Activity: Moon survival
Ñ
Activity: philosophy test |
|
2- |
NO CLASS Holliday |
|
|
|
3- |
Design Cycle
Evaluation: Formative; Summative
Group Dynamics
Learning Theory
Assessment: Gap; Needs*
Analysis: Task*;
Learner* |
MMDesign: 17, 18
2, 3, 5
HPL: Experts vs Novices |
Ñ
Discussion Board: Find online training to evaluate
Ñ
Assignment : find a similar project (online or digital)
Ñ
Activity: left/right brain
Ñ
Discussion: Needs assessment
Ñ
Discussion: Task analysis |
|
4- |
Design*
Media - Internet & CD
Menes |
MMDesign: 10, 13
Tipping Point chp 3: blue's clues
Evolution: Menes |
Ñ
Topic selection
Ñ
Project Rubric development
Ñ
Discussion: Design |
|
5- |
Planning & Charting
Development* |
|
Ñ
Assignment: Rough description and Story Board
Ñ
Discussion: Development |
|
6- |
Movie maker |
|
|
|
7- |
Design Software
Implementation*(timeline) |
MMDesign: 17, 18 |
Ñ
Design Form & Flowchart
Ñ
Discussion: Implementation |
|
8- |
no night class - Saturday work day |
|
Ñ
Ft. Caroline |
|
9- |
Multimedia – Graphics & Video |
MMDesign: 20 |
Ñ
Graphics & Video |
|
10- |
Multimedia- Audio
Elements of Editing |
MMDesign: 21, 22 |
Ñ
Audio |
|
11- |
Research in design and technology |
MMDesign: 23, 24 |
Ñ
Research Paper |
|
12- |
Distance Learning |
MMDesign: 25, 28 |
Ñ
Beta test |
|
13- |
Accessibility |
|
Ñ
Accessibility Evaluation |
|
14- |
Production |
|
Ñ
|
|
15- |
Presentation |
|
Ñ
Presentation |
|
16- |
Presentation |
|
Ñ
Presentation |