Digital Summit - Welcome to the Home Page Banner Logo

Trends In ICT Education For Schools

Posted by: Karl Quirino on: December 23, 2009

AMPLIFIED POTENTIAL OF ICT FOR SCHOOLS 

Addressing localised needs of students, teachers, administrators and the boards of  school organisations in New Zealand, the Crown’s current policy on ICT adoption for education in New Zealand has schools assuming themselves most of the responsibilities for designing, developing and maintaining their own ICT infrastructure and systems. 

Whilst a good number of school administrators and teachers, particularly at the secondary and higher levels, know what their own school’s problems and needs for ICT are they still face daunting challenges in defining more comprehensively a proper framework and system that best works for them, their students and stakeholders. 

Over the course of the last 5 years, advances in hardware, software, and networking technologies have amplified the potential benefits that ICT now holds for schools. As a result of these developments, the influence of systemic factors – including curricula, teacher capacity, infrastructure, and assessment – has become clearer and has shaped both achievements and expectations. 

CURRENT TRENDS AND DEVELOPMENTS 

A table supplied below is intended by Digital Summit to help more decision-makers in schools across New Zealand stay more informed about trends and newer developments to enable them to gauge their own current practices and plans in relation to contemporary and emerging norms of ICT for education. 

The ideas and practices presented in this table appear, at this time, to be gaining currency among educators and education systems worldwide. However, successful implementation of these practices is tightly linked to resources – including financial and human resources and their own attitudes about how information, communications, learning, knowledge development and technology all relate to educating younger members of society. 

Naturally, no tool, model, or idea presented here is appropriate for all educational contexts as New Zealand’s educational system is unique as a result of  its own culture and development framework. The appearance of a tool or model below does not constitute an endorsement by Digital Summit of its value or effectiveness as yet. This can only be determined after proper consultations with Digital Summit are conducted to determine more clearly what a particular school’s environment, challenges and needs are. 

 

TRENDS & DEVELOPMENTS

WHAT IT IS OR DOES

PROS & CONS

Policy Facilitation

Provision of technical assist-ance and support to the MOE for development of ICT policies in education.

  • Has demonstrated its value.
  • Policy may set goals that are unrealistic or require more time than planned.

Option to Lease  vs. Outright Purchase

Enables acquisition of large orders of computers and soft-ware licenses through vendor-direct leases rather than pur-chase.


  • Costs are paid from operations.
  • Costs may be lower and evenly spread out through many years.
  • Funding can be supported by Crown, MOE or private sup-porters.

Total Cost of Ownership (TCO)

Budget forecasting calculates cost based on all relevant factors such as training, main-tenance, depreciation, etc.

  • TCO model enables cost com-parison.
  • Accurate for planning on the short- and medium-term.

Frameworks for Interoperability

Standards for data transfer across different or diverse plat-forms and networks.

  • Is critical for cost-effective ex-penditure management infor-mation system or EMIS, but much older hardware and soft-ware versions may not be addressed.

Active Learning Pedagogies

Emphasizes more on ‘learning-by-doing’ rather than ‘learning-by-listening’.



  • Strong linkage to ICT integ-ration which supports devel-opment of higher-order think-ing skills.
  • May require changes to curri-culum and assessment to be adopted system-wide.

Balanced Pedagogies

Combinations of holistic ad semantic-level approaches to literacy and numeracy.


  • Well supported by research and teacher accounts.
  • Requires a more sophisticated approach to curriculum reform.

Collaborative Online Projects

Projects support ‘learning-by-doing’ approach. Various stu-dent teams share information, and research results to accom-plish mutual goals.

  • Limited technology require-ments.
  • One among the first widely-practiced models for ICT integ-ration.

One-to-One Computing

  • System-wide provision of laptops to students; or,
  • Use of specific technologies (e.g., digital whiteboards, di-gital tablets, etc.) to sup-port increased real-time in-teraction in classrooms.
  • Open-source software is lin-guistically customisable.
  • Has been adopted successfully in other advanced countries.

Thin-client Networking

Covers hardware configuration in which all computing power and data reside on a server or servers connected by network to otherwise ‘dumb’ terminals.

  • Substantial reduction of acqui-sition and maintenance costs.
  • Supports open-source software (Linux) and refurbished hard-ware.

Wireless Connectivity

Use of technology to create wireless local area networks (WLANs) in schools.

  • Flexible, with much lower ins-tallation costs.
  • Adequate bandwidth for inten-sive school use required.

Blogs by Teachers and Students

Blogs (web logs) are used to share organisational inform-ation, promote writing skills and support small group col-laboration.


  • Creates high levels of student-to-student and student-to-teacher interactions.
  • Appeals to students with pre-dispositions to write.
  • Ease of use. Effective means of teacher and/or student pub-lishing.

Primary Research Tools

Use of portable or peripheral hardware that collects data from the environmental or lab phenomena.

  • Helps students acquire and build data representation skills.
  • Makes abstract concepts more seemingly real and also easily grasped.

Anti-Plagiarism Tools

Involves software and services in response to increased po-tential for copying passages or whole documents without attri-bution.

  • Choice of many options, ran-ging from Web-based tools to services that check student work for teachers.


Contact us today and we’ll get back to you and establish communications to discuss how Digital Summit can help you better design, develop and maintain your school’s own ICT infrastructure and systems.

Bookmark and Share

RETURN