Wednesday, July 27, 2011

User Experience meets Learning Theory

From
UX of Learning, T. Tate on A List Apart, 7262011.
another IA's take on learning theory and designing the learner's user experience for maximal effect. Stimulating article but there's a pretty hefty reliance on Bloom's Taxonomy treated in a linear fashion. It seems clear that human learning happens in more of a network of interlinked experiences that maybe mirrors the form our nervous systems take (curly, bushy, differentiated). So Bloom's Rose has more appeal to me.

Setting up learning sequences may benefit the instructional designer more than the learner, at least this is a question. Is the specific sequential organization of material helpful to the learner -bottom up - or is it a top down convenience.
[the steps were all presented so why didn't the student learn it?]
Presenting wholeness and providing access...thinking out loud here...might lead to student or learner taking initiative to grapple with and generate knowledge on their own terms.
After reading Ron Eglash' "African Fractals" I am cautious about taking a recursive approach that leads to demanding that students know how to study something before the skills are available to them. So what would H. Gardner ("Five Minds for the Future") have to say on this: some level of a 'disciplined ' mind must be available to make self-driven learning meaningful. How is this to be decided? school board? class room teacher? act of congress?

"A further element that establishes a climate for self-initiated experiential learning is emphatic understanding. When the teacher has the ability to understand the student’s reactions from the inside and has a sensitive awareness of the way the process of education and learning seems to the student, then again the likelihood of significant learning is increased." I think the word that's meant is "empathic".

Begs the question if self-initiated or self-directed learning is the goal then isn't the primacy of the teacher's empathy for the student's process displaced to the responsiveness of the system? But ... in practice the relationship btw student and teacher turns out to be key - so a system of technology alone can't do it.
Bard College prison initiative appears to be so successful precisely because of emphasizing teacher-student relationships.

From teaching (in a facilitative manner, I aspire) is how I came back around to trying to build learning systems that support relationships whether in "real" time/space or virtual, sometimes called "hybrid". [SFSU Instructional Technologies program uses this, ref B. Beatty ]
Looking for a better way of expressing the idea of close linking btw virtual and "real" I've seen other IA's talking about transchannel or crosschannel UX. Not sure if finding the right words will help with the fundamental problems of generating it.

Saturday, April 23, 2011

Systems & Resources

Priority / Date

System

Description

Resources

 

Life Support

 

Materials

Workers

1 –end of rains

Irrigation

Installation of mainline and auxiliary lines (See site map) to support collections, catchment pond and workspaces.

Needed: 240 linear feet of mainline, pvc or copper. 12-15 valves. *Ask Berkeley Indoor Garden & Plant It Earth.*

Pond liner 2x6x8, 10 -15 rocks*, 5 bags of concrete mix.

We have 3 pumps.

Line:Multi-level team, 3-5 people. More plumbing experience the better. 8hrs

Pond: 3-5 people, carpentry & plumbing. 4 hrs

2

Soil Cycling

Vermiculture(2), compost (2) & mulch(1) beds (See schematics).

Needed:

o       1x2x18” pine/redwood slats – 64

o       4x4x12’ redwood posts – 4

o       woodscrews

 

2 teams, 2 people each, carpentry & strong helper.

6 hrs

1- ASAP

Planters/Containers

Tree planters (10),

East wall 100’ (ledge reinforcement),

vegetable beds (8)

fence planters (vines) (4)

Needed:

o       2x10”x12’ redwood planks – 30

o       concrete bolts – 50

o       4x4x12 redwood posts - 16

2 teams: cutters & assemblers

4 each, 8 hours. Mixed carpentry levels, physically strong.

 

Collections

 

 

 

3

Greenhouse

Shelves

Drainage

Door

Needed:

o       2x4x8 pine – 8

o       1.5”x 12” x 12’ pine shelving -  10

o       4-6 bags of gravel

o       curtain rod (over door)

o       heavy pvc sheeting (clear)

1 team 4 people, light carpentry.

4 hours

1

Ornamentals & Trees

Plant trees and shrubs in beds

Mulch, as much as we can get

160 feet of rip-wrap, topsoil- sandy loam, 2 pickup truck fulls

Tree team: 4 people, 4-6 hrs.

Beds

2

Biome Exploration Wall

Configure Irrigation, organize and plant ornamentals.

Needed: soil, mulch as above.

3 teams, 3 each, mixed strength,

 

Culinary Program Planting

Organize and plant seeds, seedlings

Needed: Seeds, sets, soil, mulch and fertilizer.

2 -4 teams including program participants + horticultural helpers. 4 – 8 hrs

 

Human Uses

 

 

 

 

Handwashing

Basin on pedestal by greenhouse.

Recycled, install graywater line.

1 plumber, 1 helper. 3 hrs.

 

Quiet Spaces

Benches

We have them, Place them as desired.

Teams include youth, senior, activity leaders & participants.

 

Outdoor Meeting

Tables

We have them place them as desired.

Teams include youth, senior, activity leaders & participants.

 

Mobile Stage

modules

Needed:

6 modules on casters (24)

o       2x6x12 pine – 24

o       2x4x12 pine - 18

 

2 teams: cutters & assemblers

4 people each, 8 hrs.

 

Outdoor Program Integration

Sports & other activity

Unidentified, but important needs

Teams include members of all programs.

 

SYLCentral Y Gardens Establishment Plan

Asberry Spring 2010

1 / 1


Field Notes: Need for case notes form

Thinking about confidentiality and ease of recording.

Wednesday, April 20, 2011

Assets Manager

This tool works to satisfy the need to keep up with sketches, profiles and other entities as I create them before they are integrated into systems or polished.

Tuesday, March 15, 2011

Y Gardens: Logistics

This form is for scheduling.

Sunday, March 13, 2011

BART Accessibility Maps

Information scientist, Josh Miehle has been leading a collaboration between Smith-Kettlewell Eye Institute and Lighthouse for the Blind in San Francisco to develop feature maps for BART stations and environs. This has tremendous potential to improve autonomy and safety for blind travelers.
 The tactile station maps are designed to be navigable with a Smart Pen, a low-cost ($150) audible, hand-held tool. Mapped features are categorized into three layers (Street, Concourse, Platform) within a highly selective taxonomy.  Map readers would peruse maps during route planning to memorize station layouts in advance rather than consult them in real time during travel. To facilitate communication with sighted or low-vision map readers and those who don't read braille each feature is displayed in high-contrast colors, embossed, braille and with single character acronyms. Because of this 'Rosetta Stone' characteristic of the map elements and the necessity that layouts be committed to memory the taxonomy has been deliberately  restricted to no more than 8 -12 per layer.

 [Images]
Sample map book, 03-05-11
Tactile cartographer, Greeta Ahart (LFTB), accessibility architect BJ Epstein and project manager Greg Kehnart (LFTB) have been working with Dr. Miehle to produce base maps, design team workflow and organize volunteers to collect feature sets by station. This team has produced tactile map book samples and a first generation tactile map of the Oakland Coliseum BART station. All other BART stations were surveyed on March 5, 2011 by a volunteer team of approximately thirty Occupational & Mobility experts, architects and cartographers.
Tactile maps will be produced from the data sets in the coming weeks. 
Interim results of this mapping project were presented Friday March 11, 2011 at the CTEBVI- California Educators Transcribers for the Blind and Visually Impaired, http://www.ctevh.org/conference.htm. In the conference Dr Miehle spoke about his hope that this effort can provide a useful model for transportation systems around the world.