Monthly Archives: June 2014

Activity 4.5.2

My interest is in development education, such as in sub-Saharan Africa, where penetration of ICT to support education is low. The challenges here are:

  • Low IT skills for teachers
  • Poor/expensive internet access
  • ICT taught as a subject rather than used as a curriculum tool

These problems require a managed, local ICT solution because the skills and/or access are not sufficient just to access open tools on the internet.

For a remote primary school in a development environment, I would invest in:

  1. An internal solution with the external internet used for extra information, not as the prime source. This internal solution would comprise a server equipped with a Learning Management System to organise access to learning materials. These learning materials would include:
  • Navigation and skills learning packages to help teachers become competent in operating computing equipment and navigating the LMS.
  • Pedagogic guides to illustrate how educational software can be used to support teaching and learning. These would be linked to specific areas of the local curriculum.
  • Educational software to support local curricula. Because of language issues this software may need to be developed or amended specially e.g. by a local tertiary education establishment. The software would include dictionaries and encyclopaedia to allow search and enquiry.
  • Educational games to allow skills to be developed in an informal way

 

2.  It is unlikely to be economically feasible to provide tablets or laptops to all teachers and
pupils (constraints of electricity and internet access means such personal machines would
not be used effectively). I would equip one or more “teaching rooms” which subject teachers
could book to include ICT in their teaching. The equipment would comprise:

  • Projector/Interactive whiteboard, connected to the server/LMS
  • Individual access equipment. Depending on the local environment (power, security etc) these could be desktops, laptops or tablets.

This equipment would not be useful without support – both start-up and ongoing. Part of the investment would be in initial training both of support staff and teachers and in ongoing support (maybe regionally) to provide maintenance and guidance.

Rubric for learning object – Activity 3.5.2

Rubric for Geography mapping project (based on http://www.rcampus.com/rubricshowc.cfm?code=W6B2AW&sp=yes&)

 Criterion / Level Beginning
(1)

0 pts Level 1
Approaching (2)
1 pts Level 2
Meeting
(3)

2 pts Level 3
Exceeding (4)
3 pts Level 4
Orienting map, finding current location Unable to locate North

Unable to orient map

Unable to identify current location

Able to locate North

Unable to orient map and/or identify current location

Able to locate North

Able to orient map

Able to identify current location

Able to confirm orientation and location by relating observed objects to map
Navigating using map Unable to navigate Able to make guesses about direction but trial and error and many mistakes Generally correct in predicting navigation Always correct in predicting navigation
Identifying physical object, relating to map symbol, photographing object and labelling the photograph Not able to relate physical object to map Relates physical object but without relevant detail Generally observes key features of object relevant to symbolic representation Looks for and identifies key distinguishing features of objects
Notes of aspects of location – what the map did and did not show No notes or poor notes Partial notes Good notes Excellent systematic notes
Contribution in class feedback, evidence of understanding of value and limitations of symbolic map. No contribution Partial contribution Good presentation of relationship between symbols and physical features Excellent presentation of relationship between symbols and physical features
Contribution to group task in creating new map Little or no contribution Limited contribution Valuable team member Intellectual team leader
Behaviour and proactivity Only followed or disrupted process Limited contribution, passive Good contribution, proactive Leadership role

 

Learning object for Activity 3.4.4

Geography – Project – Interpret a map, create a map.

Target learning

Achieve the mapping requirements of KS1 or KS2 for the UK National Curriculum.

KS 1

  • use simple compass directions (North, South, East and West) and locational and directional language [for example, near and far; left and right] , to describe the location of feature s and routes on a map
  • use aerial photographs and plan perspectives to recognise landmarks and basic human and physical features; devise a simple map; and use and construct basic symbols in a key

KS 2

  • use the eight points of a compass, four and six – figure grid references, symbols and key (including the use of Ordnance Survey maps) to build their knowledge of the United Kingdom and the wider world
  • use fieldwork to observe, measure , record and present the human and physical features in the local area using a range of methods, including sketch maps, plans and graphs, and digital technologies

Equipment

Students have tablets with detailed map and compass apps, a camera and an app to capture notes and comments.

Pre-project presentation in class

  • What is a map – show satellite and map versions of same location
  • Illustrate the concept of symbols representing physical objects in a standardised way – show on electronic map
  • Compass directions/map orientation
  • Scale – how the map represents distance

Project

Best located where there are a variety of features within a small area. e.g. in a country village

  • Provide an electronic map without symbol key but with location indicator
  • Provide an electronic compass
  • Provide numbered tags on the map at certain locations – e.g. a road junction, a railway station, a hill, a church with tower, a river, parkland etc – but without naming them.
  • The pupils orient the map, then navigate using the map to each location, following their progress with the location indicator and making decisions on navigation. They photograph and describe each location and link it to the symbol on the map. They try to interpret how the map shows physical objects – hills/contour lines, bridges over, major and minor roads, footpaths.
  • The pupils pace out a distance on the map to try to demonstrate scale.

Feedback in class

Pupils describe what they saw and what the map showed for each object. They are encouraged to interpret and analyse:

  • Which road has priority (major roads and minor roads)?
  • Does the map give permission to enter (does it show no entry signs, private property)?
  • Is the map up-to-date (maybe a building has been demolished)?
  • How steep is the hill (contours and spacing)?

Group work in class

  • Draw a map of the location of the school showing buildings, roads, special features, neighbouring buildings or land

Fit with Bloom’s taxonomy

Evaluation Evaluating what the map can and cannot show, the interaction between scale and level of detail, using a map without electronic location by observation.
Synthesis Creating a new map using learnt symbolic representation
Analysis Interpreting symbols of degree e.g. major and minor roads, contours and their density. Assessing distances using scale of map.
Application Fieldwork using maps, location identifiers, navigation, matching of symbols on the map to physical objects.
Comprehension Understanding that the symbols are a codified and not complete representation of the picture.Understanding how to orient the map in line with measured compass directions. Understanding concept of scale.
Knowledge Observing the representation of an overhead picture by symbols on a map.Reading description of compass directions and their relationship to the map.