Showing posts with label LMS. Show all posts
Showing posts with label LMS. Show all posts

Wednesday, May 5, 2010

LMS is no longer the centre of the universe

LMS is no longer the centre of the universe:
OK, so here’s the deal – if learning is work and work is learning, why is organizational learning controlled by a learning management systems (LMS) that isn’t connected to the work being done in the enterprise? Learning is no longer what you do before you go to work, never having to learn anything else in order to do your job. In the 21st century networked ...  
(by eLearning Learning)

LMS を捨てるという話ではもちろんなく、中心が networking に移ったという話。適材適所がいいよね。

Monday, December 15, 2008

[Abstract] Applying an LMS to Large Language Classes

[Abstract] Applying an LMS to Large Language Classes

Individual Article $25.oo

どうするかな。

Applying an LMS to Large Language Classes

P. Grew, I. Longhi, F. De Cindio, and L.A. Ripamonti (Italy)

Keywords

: learning management system, LMS, on-screen testing, online teaching. Corresponding author: Philip Grew; Dipartimento di Informatica e Comunicazione, Universit degli Studi di Milano; Via Comelico

Abstract

: Having applied an open-source LMS to about two thousand on-screen English exams for required courses that are part of the Universit di Milano's computer science short-degree program, the authors report on some of the interesting effects of using such a system. Large class size led to the adoption of an LMS designed for distance learning as a platform for automated test marking. A greater sense of belonging among students has resulted. Upon completion of a test, students immediately see where they stand vis--vis the group at large, and students who have not attended class can be brought into the system/community.

Important Links:

Sunday, November 23, 2008

icl-list Digest, Vol 26

***The Potentiality of the Teaching-Learning Objects (T-LO) and
Teaching-Learning Virtual Environments (T-LVE)
(Elena Maria Mallmann, Ingrid Kleist Clark Nunes)
http://online-journals.org/i-jet/article/view/179
doi:10.3991/ijet.v3i4.179
*International Journal of Emerging Technologies in Learning (iJET)*
Volume 3, Issue 4 (2008)

(User 登録済み)

***A Technological Framework for the Authoring and Presentation of
T-learning Courses
(Francesco Bellotti, Stefanos Vrochidis, Sophie Ramel, Ioannis
Tsampoulatidis, Pascal Lhoas, Matteo Pellegrino, Giancarlo Bo, Ioannis
Kompatsiaris)
http://online-journals.org/i-jet/article/view/631
doi:10.3991/ijet.v3i4.631

***Semantic Web-based Video Streaming Application
(Ashraf M. A. Ahmad, Samir Abou El-Seoud)
http://online-journals.org/i-jet/article/view/195
doi:10.3991/ijet.v3i4.195

Tuesday, October 7, 2008

ILA 2009 Proposal Abstract

Title: Using Technology to Promote Learner Autonomy
Area: e-learning initiatives

ABSTRACT:
*Paper Accepted
*Participation Canceled

The author, teaching EFL at a Japanese university, has been utilizing computer-based tools, including the Internet, e-mail, web pages, blogs, an LMS (Moodle), and MS PowerPoint, in order to help enhance her classroom learning activities in various manners. After her recent preliminary experience in using Moodle, Google services and other tools in several forms of blended learning settings, the presenter has gained some insights into teaching/learning with technology, and has become more flexible about using technology in classrooms.

This presentation is intended to share these insights and observations from recent teaching practice, with a central focus on how teachers can effectively use technology to help promote learner autonomy. Issues such as accommodating different learning needs, getting/keeping all students active in their learning, and preparing weaker students for self-paced learning will be addressed. Some of the classroom-based learning activities will be described to discuss, for example, how Moodle Quiz and Forum modules can be maximized, and how blogs in combination with other tools can help motivate students to express/share their ideas. Additionally, from a teacher's point of view, benefits of having these tools available to choose from will be mentioned.

==============
Independent Learning: Building on experience, seeking new perspectives
Submitting abstracts
Proposal 
Poster

Abstracts of papers, workshops and posters should be 150-200 words in length, include a title not exceeding 10 words and state the area (see list above) into which the submission falls.
Abstracts of posters and e-posters should be submitted via email to enquiries.ilac2009@elc.polyu.edu.hk.

All abstracts should be submitted no later than 1 October, 2008.

Tuesday, September 23, 2008

Electronic courseware in higher education (US)

Electronic courseware in higher education
http://www.firstmonday.org/issues/issue10_9/minielli/
Maureen C. Minielli & S. Pixy Ferris
Paper received 31 May 2005; accepted 5 August 2005.
* A version of this paper was presented at the International Communication Association’s Annual Convention, in New York City in May 2005. However the paper does not appear in conference proceedings, nor has it been previously published in any form.

Abstract:

The rising costs of education often lead to the call for a change from the traditional, space–and–time bound institutions to ones that offer increasingly cost–effective, technologically enhanced programs. As institutions of higher education turn to technology, primarily Internet–based, to address these challenges, the use of electronic courseware is dramatically increasing. In order to effectively utilize electronic courseware in the classroom, educators not only need to be aware of terminology, functions, and uses of the most popular types of electronic courseware, but also (and perhaps more importantly) educators need to develop and critique pedagogically based research that can, at the broader level, help educators at various levels of technological expertise learn and adapt their teaching styles to maximize student learning.

In this paper we consider electronic course management systems from a pedagogical perspective, with the goal of aiding educators to effectively utilize electronic courseware in the classroom. By discussing the basics (such as terminology, functions, and uses of the most popular types of electronic courseware) and examining pedagogically based research we hope, at the broader level, to help educators at various levels of technological expertise learn and adapt their teaching styles to maximize student learning.


The growth of electronic courseware
Since their development eight years ago, the use of electronic courseware has dramatically increased (Angelo, 2004) to the point that it has become an essential feature of instructional technology at institutions of higher education (Warger, 2003). Today 94 percent of American colleges and universities use at least one type of electronic courseware for distance education and/or as a supplement to the traditional classroom (Market Data Retrieval, 2003). And two–thirds of faculty members who initially use a CMS continue to do so for future courses (Morgan, 2003).

While electronic courseware is used as much for traditional classroom courses as distance courses (Warger, 2003), it is undeniable that the expansion of e-learning has paralleled the growth of electronic courseware (as electronic courseware is the platform for distance education). Today distance education or e–learning is an integral part of the landscape of higher education. Recent data shows that over 1.9 million students in the U. S. were studying online in the Fall of 2003, and 97.6 percent of all public higher education institutions in the U.S. offered online learning degree programs and courses (either in online or hybrid/blended formats). Equally significant, a projected growth in online enrolment of 20 percent a year is expected — a growth rate exceeding the overall expected growth for the entire higher education student population (Sloan Consortium, 2004). Globally, the figures are equally astounding. Worldwide there are more than 200,000 online courses offered today. In 2003, 11 percent of the world was able to go online, as compared to 4.5 percent in 1999 (Hesseldahl, 2005).


Electronic courseware defined
Currently, electronic courseware, or online course software programs, is referred to by several different names in higher education, including "learning content management systems," "learning management systems," and "virtual learning environments." While these software programs share many features, differences in usage by nation and industry warrant a consideration of terminology.


ICTを活用した外国語教育

ICTを活用した外国語教育 (Book Description)

■ まえがき
本書は,「ICTを活用した外国語教育」を理論と実践の両側面を通じ,その意義と教育的効果について新たな視点で捉えていこうとするものである.
 
ICT(Information and Communication Technology)とは情報通信技術を意味し,ITよりも「通信」を強調したい場合に用いられることが多い.総務省は2004年までは「IT政策大綱」とITを使用していたが,2004年8月に発表した「平成17年度ICT政策大綱」から,ICTと呼び始めた.この背景には,コミュニケーション(通信)抜きではITを考えられなくなってきたことがあげられる.
 
外国語教育においても,CALLをはじめWBT,Moodleを中心とするLMSといったICTを利用した「教授法」「学習法」が注目されている.しかしこうした外国語教育の先端化によって,本当に外国語学習は身近になり,効率的で,容易なものになっているのだろうか.想像を超える速さで発展し続けるICT技術・環境を前に,今一度,一歩離れたところから,現状と将来の方向を見極めておく必要があるのではないだろうか.
 
また,ICTの発達・普及により外国語教育における「自律学習(Autonomy Learning)」は教室を越えた新しい局面を迎えている.外国語教育へのICTの導入と,いつでもどこでも自己管理により進める「自律学習」を切り離して考えることはもはやできない.ICTを用いた「自律学習」が今後の外国語教育改革の切り札になることは確かであるが,その導入をめぐっては,あらたな問題も提起されている.
 
さらに「コミュニケーション」に焦点を当てると,ICTは教室という閉ざされた空間を開放し,異文化との出会いの場を創出し,異文化間の対話の機会を生み出すことを可能にする.もっとも,一概にICTによる教育活動が最適な学習環境とはならないかもしれないが,「第二言語習得」に重要となる,インタラクション,意味交渉,言語の使用目的,自然な言語使用場面,インフォメーション・ギャップ,学習者中心,異文化理解,異文化に対する積極的な態度といった要素は,ICTによる教育活動の中に自然な形で含まれていることになる.
 
このようなさまざまな学習環境のもと,ICTを広範囲で捉えるとき,携帯端末の存在も見逃せない・��Podの普及率はめざましく,Podcastのスタイルで情報資源の無料提供という基本理念に基づき,今や音楽だけでなく,語学教育においても豊かなコンテンツの開発が行われ,日々,大学・民間を問わずアカデミックな目的でわれわれに配信してくれているという現実がある.
 
このように,ICTは今や特別なものではないが,外国語学習への実際的な応用は非常に限られており,教育実践数は少数に留まり,長期的継続実践についてはその数はさらに少ない.最適な外国語学習環境とは何かと考えるとき,学習者の年齢,学習年数と経験,言語能力の熟達度,学習方略等,さまざまな要素を考慮しなくてはならない.
 
本書は,このように急遽に変貌する社会情勢のもとで,外国語教育がどのようにICTと関わっていけばよいかを問いかけながら,その理論的背景を解説するとともに種々の実践例を紹介している.
 
前半の理論編では,はじめに外国語教育におけるICT活用への歴史が紹介されており,それを知ることにより今日のICT活用の重要性・メリットへの理解へと促している.さらにそれをふまえて学習モデルを構築する必要があり,言語習得理論に基づくICT利用の学習モデルが紹介されている.そして,外国語学習のICT活用の本体部分であるデジタルコンテンツの意義と利点が述べられ,デジタルコンテンツを外国語学習に特化した教材として活用する方法が紹介されている.
 
後半の実践編では,外国語学習という観点から,英語・ドイツ語・フランス語・中国語・日本語・多言語における活用事例が紹介されている.ドイツ語とフランス語はICT活用の理論的背景とともに活用例が述べられており,英語・中国語・日本語・多言語では,活用例とともに制作方法が紹介されている.最終章では,携帯端末iPodとPodcastingに焦点が当てられている.iPodの歴史およびiTunesとの連携について触れ,デジタルコンテンツをiPod上で利用するための具体的な方法が解説され,Podcastingでは,その具体的な作成方法が紹介されている.
 
eラーニング,WBT,Chat,Moodle,LMS,Flash,iPodなど,ICTに関わるキーワードはさまざまであるものの,これまでは,「いつまでたっても情報技術を有効活用できない」といわれてきた外国語教育であったが,本書を通じて「大いに使える」ものになることを期待したい.ICTを外国語学習において有効利用できるかどうかは,外国語教育の発展を大きく左右するものである.
編者一同

Monday, June 9, 2008

IEEE Xplore - Login

IEEE Xplore - Login

Article Information
Bridging the Gap between Advanced Distributed Teaching and the Use of Learning Management Systems in the University Context
Wahlstedt, A.M.; Honkaranta, A.M.
Advanced Learning Technologies, 2007. ICALT 2007. Seventh IEEE International Conference on
Volume , Issue , 18-20 July 2007 Page(s):293 - 294
Digital Object Identifier 10.1109/ICALT.2007.85
Summary:The selection of appropriate learning management system (LMS) is critical for supporting advanced distributed teaching. A survey was targeted for understanding the features that the LMS offer for university teachers and to find if the advanced features of the LMS were utilized, The findings imply that there is a gap between the LMS tools for advanced distributed teaching and their use in the university context. The teachers using LMS were also found to be heterogeneous by their computer skills and LMS uses.

Saturday, May 17, 2008

LMSの使用を想定した図書

LMSの使用を想定した書籍形態のテキストというのは実現可能だろうか。

想定するLMSはMoodle。
今の私の使い方だと、Moodle 対応のテキストを購入する対象範囲が狭すぎるか。
プリント版で刷ったほうが早い。

ぜひとも販売しなきゃというわけではないんだが。
どのような形なら連携が可能だろう。
どのように連携しているテキストなら、買わせたいだろう。

参考書兼ノートかな。
ワークシート
情報カード
Tips

Moodle の方のコースデザインも連携を想定したものになってないと。

卵と鶏?

教材内容もあるし。
英語?(広っ)
アカデミックスキル?
情報リテラシー?
教育法?

なんかいい方法考えてみよう。

Sunday, April 13, 2008

Learning Management System etc

Learning Management System
Power to People
Learning Resources

外国語学習直結ではないのが惜しい。



Re: I am offering FREE moodle course hosting
by kenneth wyrick - Saturday, 12 April 2008, 01:40 PM
Hi I have started a few moodle sites and need to find people that have or are interested in leading and producing public courses.

http://alumnihouse.biz/lms
http://oasci.org/m
http://carolejoyce.com/learn

you can register at any of the above sites and we can start the dialog.



Monday, March 3, 2008

Wimba :: Products : CMS Integration

Wimba :: Products : CMS Integration

$5,000/Y

予算的に無理っぽい。
これは WimbaClassroom だけども。(そしてデモは7日に登録した。まだ見ていない)
LMS integration のところにあった価格情報なので。

Friday, May 25, 2007

Encyclopedia of Educational Technology

Encyclopedia of Educational Technology

Table of contents
Cognition and Learning
* Active learning
* Anchored instruction
* Anchored learning
* Andragogy
* Applied Behavior Analysis
* Artificial intelligence in education
* Artificial neural networks
* Attention: getting it
* Attention: keeping it
* Attention theory
* Audio: Does it help?
* Autodidactic learning
* Automaticity: A learned advantage
* Automaticity: Skill building
* Bloom's learning domains
* Bloom's taxonomy
* Bloom's taxonomy revised
* Brain-based learning
* Brain hemispheres: fiction and fact
* Chunks: Superior memory of experts
* Cue summation in instructional multimedia
* Cooperative groups
* Cooperative learning
* Cognitive dissonance
* Cognitive load theory
* Cognitive style assessment
* Computer hardware as brain
* Digital natives in the classroom
* Discovery learning
* Early childhood computing
* Ecological psychology: Tools
* What is Educational Technology?
* Effective learning with movitation
* Emotion, memory, and stories
* Engagement in mathematics
* Flow and peak performance
* Flow: Optimal experience
* Gagne's nine events of instruction
* Gardner's theory of multiple intelligences
* Gender and technology
* Gestalt theory
* GIS and the K-12 Teacher
* Guilford's Structure of Intellect
* Hemispheric dominance
* How eLearning changes the classroom
* Howard Gardner's multiple intelligence theory
* Humor in instructional design
* Hypnopaedia: sleep-learning
* Information quantity and cognition
* Instructor provided notes
* Interactive whiteboards
* Intrinsic motivation for physical education
* Keller's ARCS Model-Attention
* Keller's ARCS Model-Confidence
* Keller's ARCS Model-Relevance
* Keller's ARCS Model-Satisfaction
* Knowledge systems design
* Learning and meditation
* Learning theory fundamentals
* Learning styles
* Long term memory
* Maslow's hierarchy of needs
* Memory model
* Metacognition
* Metacognition v2
* Mind as rhizome
* Multi-Channel learning
* Multimedia and the learning process
* Multimedia and multiple intelligences
* Multiple intelligences, Part 1
* Multiple intelligences, Part 2
* Music and learning
* Music enhances reasoning
* Music's contribution to academic success
* Overlearning
* Operant conditioning
* Piaget's developmental stages
* Piano lessons and spatial-temporal reasoning
* Postmodern instructional design
* Psychomotor taxonomy
* Reactive vs. active theory
* Sense and memory
* Sensory modalities for learning
* Short term memory
* Situated learning
* Sleep and learning
* Sleep and memory
* Social learning theory
* Stereotypes
* Subliminal learning
* Techniques for memory retention
* Technology supports learner-centered principles
* Transfer: a principle of learning
* Transfer of learning
* Understanding deaf education
* Using simulations to facilitate learning
* Visual perception: Gestalt laws
* Visual perception: illusions
* Working memory
* Vygotsky's Social Development Theory
* Vygotsky: Zone of proximal development

Analysis
* Authoring Instructional Materials (AIM)
* Conducting performance analysis
* Effective interviewing
* Finding solutions to performance problems
* Human performance technology
* ID in a cross-cultural context
* Performance analysis: an overview
* Quick solutions to performance problems
* Stakeholders in user-centered design
* Technology and analysis
* Training needs assessment
* Understanding goals
* Why performance analysis
Design
Data representation
* About mind maps: What and why
* Chosing the right graph
* Clear writing for international English readers
* Comparison graphs
* Graph labels
* Mindmap your way to success
* Misrepresentation of data
* Preparing presentations for educational use
eLearning
* Blogs in online college classes
* Choosing tools for real time virtual meetings
* Course design
* Creating social presence online
* Cultural implications for online learning
* Designing Web-based tutorials
* Distance education
* Distance education and learning style
* Distance learning essentials
* Emerging technologies
* Facilitating classes online
* Developing a professional community
* Distance education: The human dimension
* Instructor's role
* Intelligent tutoring systems
* I CARE instructional design system
* Lab design and learning
* Learner control: Is it for everyone?
* Learner control in web-based instruction
* Learner-interface interaction
* Mediating interpersonal interactivity
* Mobile learning
* Online interaction
* Online fair use
* Podcasting
* Preparing students to join the online learning community
* Rich active learning environments
* SCORM
* SCORM: What it is and how it is used
* Stages of online learning
* Synchronous and asynchronous technology
* Technology and collabortive environments
* Transactional distance
* Wikis
* Wikis: Working their way into the Web
Learning Strategies
* Accidental learning through computer games
* Blended learning
* Blended learning: choosing the right blend
* Component Display Theory
* Communicative language teaching
* Criterion-referenced instruction
* Digital game learning
* Digital games as learning environments
* Drafting instructional objectives
* E-coaching for fitness
* Elaboration as a learning tool
* Elaboration feedback
* Feedback and emerging technologies
* Feng Shui for the training room
* Functional context education
* Games and simulations
* Higher-level thinking
* Instructional technology in the third world
* Jigsaw cooperative groups
* Learning math with CBI
* Learning with stories
* Management games: Openers
* Mass collaboration: A means of self-organization
* Mnemonics
* Modeling, coaching, and scaffolding
* Motivating your learner
* Multimedia for adult literacy
* Multimedia in the EFL/ESL classroom
* Notetaking
* Online interactivity
* Process art as a learning tool
* Problem based learning
* Problem based learning 2
* Project based learning
* Real time feedback in programmed learning
* Simulations
* Simulation-based training
* Stories as an instructional tool
* Teaching concepts
* Technology for inclusion
* Training to fluency
* Web Survey Design
* Webquests
Message Design
* Animation in literacy development
* Audio presentations
* Attitude Change
* Captology
* Choosing appropriate media
* Cognitive dissonance
* Connecting with classroom Websites
* Designing hypertext links
* Design principles: Proximity and alignment
* Design principles: Repetition and contrast
* Designing web pages for blind readers
* Factual information: Display guidelines
* Gender differences
* Gestalt principles of design
* Graphic organizers
* Hypertext and hypermedia: An overview
* Information design
* Information mapping
* Interactive animation
* Instructional illustration
* Instructional design for the international market
* Levels of feedback
* Medium is not the only message
* Minimalism
* Mixed modalities work
* Modality principle
* Multimedia design controversies
* Multimedia presentations
* Pictures in education
* Redundancy principle
* Secondary classroom websites
* Seven attentional shifts in ID
* Sign, symbols and icons
* Stereotyping
* Symbols and the senses
* Text contrast
* Text design
* Text design for the elderly
* Three levels of hypermedia in education
* Types of information
* Typography
* Typography for instructional media
* Typography: What you should know
* User-centered design for hypertext
* Using graphics and animation in instruction
* Using words to strengthen pictures
* Visual Analogies
* Visual thinking tools
* Web page text design guidelines
* Write clearly
* Zoom
Learning Objects
* Creating learning objects
* Knowledge objects
* Object-oriented thinking
* Object models
* Microlearning
* Reusable learning objects
Using Color
* Choosing a color palette
* Choosing color schemes
* Color in education
* Color managment
* Contrast of color
* The importance of color contrast
* Principles of using color
* The psychology of color
* Setting the mood with color
* Why use color?
Video Learning
* Camera shots
* Family dynamics for television
* Formal features of television
* Formative research at the Children's Television Workshop
* Learning from television stereotypes
* Post television viewing behavior
* Scriptwriting for video
* Vodcasting
Visualization
* Choosing instructional metaphors
* Developing a visual concept
* Dual coding - images and illustrations
* Effectiveness of layout
* Effective picture composition
* The explicative role of illustrations
* Functional role of graphics
* Graphical integrity
* Grids for page layout
* Line in visual communication
* Page design principles
* Screen design
* Using still and moving images for instruction
* Visual perception
* Using animation
* Using imagery to teach concrete concepts
* Using pictures to increase comprehension
Navigation
* Graphical user interface
* HTML-based help
* Pedagogical agents
* User-centered interface design
* Using image maps
Development
Accessibility
* Access for multiple disabilities
* Accessible graphic navigation
* Adapting keyboards for multiple disabilities
* Assistive technology
* Designing for accessibility
* Web accessibility
* Web accessibility for deaf and hard of hearing
* Web accessibility for the hearing impaired
* Web accessibility for the visually impaired
* Web accessibility for older adults
Visual Design
* 3D basics 1
* 3D basics 2
* Character creation
* Dynamic graphics for text enhancement
* Fonts
* Tips for digital photography
Multimedia Development
* Audio - creating the right file
* Audio tutorial learning strategy
* Bitmap vs. vector graphics
* Computer testing and assessment
* Gifs or Jpgs
* Image resolution and file size
* Interactive buttons
* Interface design: setting a consistent style
* Interface style: 2D-3D
* Low-bandwidth movie delivery
* Medical education
* Storyboards
* Student created video
* Technology supports learner-centered principles
* Top ten web design blunders
* Using multimedia technology to teach Mexican-American deaf children
* Web development: identifying end users
* Web page design: 10 don'ts
* Web page design: creative uses of "web-safe" color
* Web page design: layout control
* Web page design: types of navigation
* Web page design: graphic resources for non-artists
* Web page design: GIF vs. JPEG
* Web page design: interactivity
* Web site navigation structures
Television Production
* Aesthetics: head room and nose room
* Audio for video
* Computer graphics for video
* Streaming video
* Three-point lighting
* Transitions in video editing
* To light or not to light
Tools
* Flow charting for instructional design
* Open source software
* Project management for instructional designers
* Understanding fair use
* Using style guides
* Wikis for project management
* Wizards
Training
* Electronic Performance Support Systems
* Job aids
* Job aids v2
* Job aids vs training
* Mentoring
Virtual reality
* Applications of virtual reality
* Cyberspace
* Desktop virtual reality
* Game theory
* Instructional simulations: an overview
* Technology and simulation-based learning
* Virtual reality
* Virtual reality and k12 education
* Virtual reality for the handicapped
* VRML 3D objects
Web-based training
* Netiquette
* Web fonts
Implementation
* Blogging techniques in the K12 classroom
* Blogs in education
* Concept maps for science
* Computer managed instructional systems
* Computers anxiety
* Computers in the K12 classroom
* Course management systems
* Creating a paperless classroom
* Creating a professional portfolio
* Differentiating the learning environment
* Engaged learning for at-risk students
* Ergonomics in the computer classroom
* Evaluating online resources
* Formative assessment
* Formative assessment and feedback
* Human resources management
* Improving literacy with technology
* Integrating technology with results
* Internet for mobile units
* Knowledge management
* Knowledge management: Success factors
* Learning management systems
* Measurement scales
* Media literacy
* Media presentations
* Mobile technology
* Newpapers as teaching tools
* Online community building
* Online learning environments
* Paperless classroom
* Review activities
* School technology integration
* Tablet PCs in the classroom
* Teaching procedures
* Technology and gender differences
* Technology gender gap
* Television in the classroom
* Training: Event or process (coaching)
* Understanding fair use
* Using classroom projection
* Virtual high schools
* Web-based training
Evaluation
* Authentic assessment
* Assessing student learning
* Assessment and simulation interactions
* Computer adaptive testing
* Creating a professional portfolio
* Critical components for Technology Plans
* Developing effective satisfaction surveys
* Editing strategies
* Kirkpatrick's 4 levels of evaluation
* Methods of inquiry
* Performance based assessment
* Return on investment--an evaluative framework
* Rubrics
* Security for online testing
* Standard deviation
* State standards vs. ISTE standards
* Student-led conferences
* Types of survey questions
* Usability testing