Applying social and ethical protocols and practices
Managing and operating ICT
Investigating with ICT
Creating with ICT
Communicating with ICT
ICT competence is presented as a continuum of learning that describes the knowledge, skills and dispositions students can reasonably be expected to have developed at three stages of schooling (the end of Years 2, 6 and 10).
The continuum is based on the belief that students need opportunities to develop ICT competence over time and across learning areas. What is learned in the early years supports all subsequent learning. The continuum describes expected learning for each element of ICT at each of the three stages of schooling.
The continuum is presented in two formats: the first shows expected learning for each stage of schooling; the second shows expected learning across the three stages of schooling.
Elements of ICT competence
The continuum is structured into five interrelated elements of ICT competence:
Applying social and ethical protocols and practices when using ICT
ICT competence develops within a context of social and ethical practice. This includes students developing an understanding of:
intellectual property such as copyright, acknowledging sources of information; referencing methods for text, images, music, video
information security and practices that violate the integrity of information such as hacking, spamming, fraud, advertising, viruses, scams, phishing, and computer protection when sharing information online, for example when peer-to-peer (p2p) file sharing personal security and their responsibility to:
the benefits and consequences of the use of ICT for individuals, groups and communities in society, such as:
Managing and operating ICT
Students operate ICT to investigate, create and communicate. This involves applying the technical knowledge and skills that underpin the use of computers to work when and as required with information and use information classification and organisation schemes. This involves:
efficient and ergonomic use of hardware and software including:
selecting appropriate hardware and software from a range with increasing scope to match the needs of the user and the task
understanding ICT systems and transferability of knowledge and skills between systems and applications
using software to manage and maintain information in digital files, for example generic file and software functions such as opening and saving files in given locations, resizing images, copying and pasting text, naming and organising/managing files, file formats, security of files.
Investigating with ICT
Students use ICT to access data and information from a range of primary and secondary sources when investigating questions, topics or problems. To do this effectively and efficiently, students use processes of defining, planning, locating, accessing, selecting, organising and assessing information and data. This involves using ICT to:
define and plan information searches to:
locate and access data and information through:
select and evaluate data and information and apply criteria to:
Creating with ICT
Students generate ideas, plans, processes and solutions to challenges or learning area tasks. These may relate to learning a concept, completing an activity and responding to a need, and may be self-generated or requested. This involves using ICT to:
generate ideas, plans and processes to:
generate products or solutions for challenges and learning area tasks to:
Communicating with ICT
Students use ICT to communicate ideas and information with others and collaboratively construct knowledge, in adherence with social protocols appropriate to the communicative context (purpose, audience and technology). They:
share, exchange and collaborate to enhance learning by:
understand and apply social protocols to:
apply techniques or strategies to ensure security of information to:
In the Australian Curriculum students develop ICT competence as they learn to use ICT effectively and appropriately when investigating, creating and communicating ideas and information at home, at school, at work and in their communities.
Developed economies and societies are increasingly built on the ICT competence of workers and citizens. The Melbourne Declaration on Educational Goals for Young Australians states that ‘In this digital age, young people need to be highly skilled in the use of ICT’ (MCEETYA 2008, p.5), and, while schools already employ technologies in learning, they ‘need to increase their effectiveness significantly’ over the next decade. To be successful learners at school and beyond, students need to become ‘creative and productive users of technology’ (MCEETYA 2008, p.8), equipped with the necessary knowledge and skills to use ICT in contemporary learning and living.
Information and communication technologies transform the way students think and learn as they support risk-taking and knowledge sharing. These technologies are fast and automated, and interactive and multimodal, and allow students to control how and when they learn. Specific requirements change according to the needs of individuals to find solutions to problems or to construct and communicate their learning.
The ICT competence conceptual statement and continuum describe the nature, scope and sequence of learning for ICT competence in the Australian Curriculum. These materials can assist schools and teachers across the learning areas to plan for and support student development of ICT competence.
Scope of ICT competence.
Students develop competence in using ICT for tasks associated with information access and management, problem solving, decision making, communicating, creative expression, and empirical reasoning. It is also essential that students develop knowledge, skills and understanding around the fundamental logic and conventions underpinning ICT use and the ability to transfer these from one ICT environment to another (such as from school to workplace and to other social contexts). Equally important is the manner in which ICT is used, based on an understanding of the technology’s limitations and its impact on individuals, groups, communities and organisations.
Students develop ICT competence when they:
The diagram below sets out the elements of ICT competence and illustrates the relationship between them. An understanding of the nature and scope of ICT competence is not fixed but is necessarily responsive to ongoing technological developments. This is evidenced by the emergence of advanced internet technology over the past few years and the resulting changes in the ways students construct knowledge and interact with others.
Elements of ICT Competence
Information and communication technology specific terminology is constantly growing and changing. Information and communication technology encompasses the range of digital-related hardware and software used to support the capture, storage, transmission and retrieval of data. Besides computers, this can include peripheral devices such as scanners, printers and speakers; mobile devices such as mobile phones; and hand-held devices such as digital cameras, digital media players, calculators and data probes. The following online glossary provides regularly updated lists and definitions of ICT terminology:http://hsc.csu.edu.au/info_tech/glossary/2327/common_terms.html#a
ICT competence across the curriculum
Students develop and apply skills in investigating with ICT across all learning areas. They use ICT to access data and information from a range of primary and secondary sources when investigating questions, topics or problems. Students use ICT to create solutions to challenges or problems, developing skills in creating with ICT, and use ICT to communicate ideas and information to others, considering purpose, audience and technology, developing skills in communicating with ICT. Students apply technical knowledge and skills and appropriate social and ethical protocols and practices to investigate, create and communicate, and in so doing develop their skills in managing and operating ICT.
ICT and the Technologies learning area
In addition to the general capability ICT competence, ICT will also be addressed through the Technologies learning area, which comprises two subjects: Design and Technology and ICT. While the Technologies learning area in the Australian Curriculum is yet to be developed, it is expected that ICT as a subject will reflect the key elements of national and international curriculums.
The key difference between the general capability ICT competence and ICT as a subject is that students studying ICT as a subject should develop more sophisticated understandings of the relationship and interconnectedness between ICT hardware and software. This enables students to understand the structure and operation of networks and feel confident in designing network and software solutions for authentic situations, taking into account social, legal and ethical considerations.
In the Australian Curriculum ICT competence is identified in learning area content descriptions and content elaborations. A filter for general capabilities makes it possible to see wherever ICT competence has been identified in the F-10 curriculum.
Information and communication technology competence is based on sets of relevant understandings, knowledge, attitudes and skills. Internationally, such competence is typically represented developmentally. In this case, students demonstrate increasing levels of competence as they move through phases of schooling and have increasingly sophisticated experiences with the technology. For example, the ICT curriculum for England presents ‘lines of progression’ through the years of schooling. The Australian Council for Educational Research (ACER) has also identified a progression of ICT competence in research associated with the National Assessment Program.
To identify the development of ICT competence and to assist teachers in providing appropriate information and experiences, ICT knowledge, skills and attitudes are typically represented in interrelated domains. For example, in the ICT curriculum for England these domains are referred to as strands and sub-strands. In the USA, the National Education Technology Standards (NETS) for students provided by the International Society for Technology in Education (ISTE) represent competence with six sets of standards.
The continuum for ICT competence has been developed in reference to these and other international and national scope and sequence models. In particular, it is based on the structure of the NETS for students provided by ISTE. This was adapted initially with reference to the framework developed by ACER for the National Assessment Program, then with reference to the ICT curriculum for England, and finally with frameworks from a number of Australian state education authorities.
The ICT competence continuum is structured around interrelated elements of activity (Investigating, Creating, Communicating and Managing and operating) conducted within a context of Social and ethical protocols and practices. The element concerned with Social and ethical protocols and practices was transformed from the NETS Digital Citizenship standards for students performance indicators. The standard’s areas of Technology Operations and Concepts and Communication and Collaboration were transformed to create the Managing and operating and Communicating elements respectively. A combination of the standards for Creativity and Innovation and Critical Thinking, Problem Solving, and Decision Making formed the basis for the Creating element. The Investigating element was built from the Research and Information Fluency set of standards.
Information and communication technology: National Curriculum for England
- Program:http://curriculum.qcda.gov.uk/uploads/ICT%201999%20programme%20of%20study_tcm8-12058.pdf (accessed 9 May 2011)
- Secondary Curriculum:http://nationalstrategies.standards.dcsf.gov.uk/node/16087 (accessed 6 May 2011)
International Society for Technology in Education 2007, Profiles for Technology (ICT) Literate Students.
International Society for Technology in Education 2007, National Educational Technology Standards (NETS) and Performance Indicators for Students.
www.iste.org/ (accessed 6 May 2011)
Ministerial Council for Education, Early Childhood Development and Youth Affairs 2007, National Assessment Program – ICT Literacy Years 6 & 10 Report 2005, Curriculum Corporation, Carlton South, Melbourne.
Ministerial Council for Education, Early Childhood Development and Youth Affairs 2010, National Assessment Program ICT Literacy: Years 6 and 10 Report 2008, Curriculum Corporation, Melbourne.
WestEd 2009, Technological literacy framework for the 2012 national assessment of education progress, WestEd, USA.
Garmire, E & Pearson, G (eds) 2006, Tech Tally: Approaches to Assessing Technological Literacy, National Academy Press, Washington.
Kozma, RB 2009, Transforming Education: Assessing and teaching 21st century skills in The Transition to Computer-Based Assessment, Scheuermann, F and Bojornsson, J, Ispra, Italy, European Commission, Joint Research Centre, pp. 13–23.
Organisation for Economic Co-operation and Development 2005, Are students ready for a technology-rich world? What PISA studies tell us, Paris, France.
US Department of Education and other organisations, Partnership for 21st Century Skills, 2010
http://21stcenturyskills.org (accessed 6 May 2011)
developed by Learn Alberta. Math Live presents students with animated stories that teach 23 mathematics lessons divided into four categories; Number, Patterns and Relations, Shape and Space, Statistics and Probability. http://www.learnalberta.ca/content/me5l/html/math5.html
The eToolkit is a collection of interactive virtual manipulatives and backgrounds that can be used on interactive whiteboards or computers.
The test is comprised of three separate test instruments, one for each of the priority areas of literacy, numeracy (each 90 minute tests) and science (a 60 minute test). The test instrument is computer based with items in a range of formats that can be marked electronically. Testing will be conducted in designated test centres to ensure appropriate levels of test security and administration.
Pre-registration test items have been developed around three constructs which provide a representation of what teachers need to know in order to effectively teach the curriculum for literacy, numeracy and science.
Required knowledge and understanding of content and processes to teach … Knowledge about teaching of … literacy, numeracy and science and personal literacy and numeracy skills
Microsoft Mathematics features include:
With Microsoft Mathematics, students can learn step-by-step to solve intimidating math problems and gain better comprehension on math concepts. Teachers can assist students to learn in depth the math concepts they are most interested in.
It must be downloaded and installed on a computer with the Microsoft Windows operating system.