Design and Digital Technologies.
Introduction.
In an improvement of in the technical and very complicated word, it is beneficial to generate confidence and knowledge to analyze critically and respond creatively to challenges of design. The skills, understanding and the knowledge that can be engaged in the design, development, and utilization of technology are influenced by can perform the significant role in enriching and transforming the society and more so our natural, managed and constructed surrounding ( Margaryan et al., 2011).
The discussion here is an insightful outlook sections proposing Industrial Design areas have a chance to reply earlier to unruly activities are possible in improving the new technology, therefore coming up with a field of events may challenge limits of the present sector of industrial design which possibly motivates upcoming guidelines concerning graduates in profession (Haller, 2006). Further, will also offer a chance so that fresh investigation partnerships with a mandate of work needed in interdisciplinary in the institution of higher learning, thereby attracting students and funding from various sources.
Basing on Australian Curriculum, the technologies and design facilitate most students to become very responsive designers and highly creative. When the students may develop skills, knowledge, and understanding to become very wise in making decisions, as they ruminate the factional factors, ethical factors, the economic, social and environmental influence of technological and the way the choice and use of the technologies contribute to the very sustainable future. Therefore, the students becomes productive in the society.
Technology and designs enthusiastically involve most students in generating the designed solutions that are very qualified for the needs that are identified and the opportunities across the environment of technologies.
However, Students achieve their projects collaboratively independently from foundation to understanding .they apply the systems thinking and apply design and the process of design to analyze the plan for the ideas, to generate designed solutions, to refine designed solutions, evaluate and even to produce a designed solution.
Also, the students develop a logic of self-importance, fulfillment, and satisfaction from their potential to generate innovative designed services, products, and the surrounding. Through the real application of technologies, that involves digital technologies, enable students to create skill and coordination through investigational practices.
Furthermore, Designs and technologies encourage most youths and involve them in a variety of learning knowledge that which can transferable to home, especially to the family, useful leisure practices, thus contribute to the society the sphere of work (Christen, 2008).
I addition to main aims for the Australian Curriculum, technologies, and design, help to develop skill, understanding, and knowledge that enable the student to;
- Improve confidence as a critical user of designers and technology and producers of designed clarification.
- Analyze, produce and also criticism very ethical and advanced solutions for the sustainable future.
- Use the design and system thinking to create design concepts and deliver this idea to various people.
- Generate suitable designed solution for a variety of technologies backgrounds by selecting and employing a variety of materials, components, tools, systems and equipment’s very safely, competently, creatively and managing processes.
- Assess designed solutions and process and transmission of skills and knowledge into a new circumstance.
- Comprehend the duty and responsibility of individuals in design and technologies occupations and how they are valuable in the community.
About fifteen years ago, there has been significant improvement in digital technology in Industrial Design that can considerably modify exercise. These improvement has contributed to the following;
- Enhancements in growth of the network worldwide –thus, help to increase the width of the band, and also improve the equipment of communication giving support refined connections between inventors, Consumers and invention companies.
- Improvements in software with a purpose of operating technologies used perusing cloud data.
- It enables internet sustenance buy using various approach which results to emergence of digital implements.
- Improvements in stabilizer work to include the use of ceramics. Metals, and functional polymers.
- Progressively accessible digital design tools and electronics, which is helpful in the development of an App.
Digital Revolution
When email became familiar to many people I the early 19th century, the influence o on the operational activities thirty years to come would be difficult to foretell. The advancement of the internet for the past twenty years has created a lot of changes in communication. This changes have resulted in various online activities for instance, you tube blogs, intervening TV, television to satisfy the young cohorts, improvement of Facebook facilitate social activism .Also for the designer, internet has enabled them to interact with users, thus lead to development of in participatory design . Improvement of internet also enhance consultation for information throughout which is referred to as ‘design thinking’ an exclusive approach to design,
However, basing on the improvement in manufacturing technology that has commonly illustrated basing on the activities entailed by a given companies for example; the scope Digital forming, and nervous system, improved on how the designers were normal designing the product.
- Challenges to Industrial Digital design interaction.
Consequently ,there is more interest among individuals who is willing ,read and have invested more money to a certain kind of design cavities, emphasizing more into digital dominion to enhance the improving markets generated by change in technology, change in attitude, change in need, change in production and even change in communication, there is important hurdler to overcome.
However, according to (Christen, 2008). It was found to be more difficult to determine wherever the technological invention will yield inventors, and the way it will influence the subsists of many users and how the business may perform. In an improvement of in the technical and very complicated word, it is beneficial to generate confidence and knowledge to analyze critically and respond creatively to challenges of design. The skills, understanding and the knowledge that can be engaged in the design, development, and utilization of technology are influenced by can perform the significant role in enriching and transforming the society and more so our natural, managed and constructed surrounding.
Furthermore, the real life problems that get up when trying to achieve the design experimentation through podiums. That for instance, the common important obstacles to the implementation of improving developed by Industrial Designers. These industrial design has been a interval basing on the improvement in the advance computer modeling software so as to encounter the desires of innovative production technology that is capable to exploit it very fully. The gradual demonstrating competence spending solid demonstration
The software that is parametric have been very gentle to grow. The Software that was design and aided by the computer was formerly generated to substitute the prevailing activities of documentation the given service.
Variety of instructional models of design involve the learner to obtain knowledge through discovery. In most cases, the pedagogical objectives are more considered;
- Stimulate beneficial knowledge.
- It helps to promote the meta-cognitive skills, which involve the develop solving skills and also improves the creativity level.
- It also helps to promote student involvement
These sort of argument can be categories into two major categories;
The first principle of instruction model which help to improve the problem that is guided problem basing on learning at the ultimate phase of the instructional design.
Considering the positive value side, students who normal involve in discovery with some support and intensive care provide by the instructor(a teacher) will discover more resources , analyze the practical scripts that can be easily found online on the internet, to Cope up with a clarification to their level of skills ,that is learned at lease something concerning economics, to decompose an issue. They gain most of the skills that are probably transferable to similar autonomous learning situation (Bui, 2006).
- Conclusion.
Design and technologies knowledge and understanding, this aspects emphases o the generating the reinforcement knowledge skills and understanding of technologies setting in terms of components, tools, equipment across technologies setting and emerging of the rapport between community and technologies. Hence, the technologies and design facilitate most students to become very responsive designers and highly creative. When the students may develop skills, knowledge, and understanding to become very wise in making decisions, as they ruminate the factional factors, ethical factors, the economic, social and environmental influence of technological and the way the choice and use of the technologies contribute to the very sustainable future.
Bibliography
Bui, E., 2006. A review of digital soil mapping in Australia. Developments in Soil Science, 31, pp.25-37.
Christen, K., 2008. Archival challenges and digital solutions in aboriginal Australia.
Finger, G., Jamieson-Proctor, R. and Albion, P., 2010, September. Beyond pedagogical content knowledge: The importance of TPACK for informing preservice teacher education in Australia. In IFIP International Conference on Key Competencies in the Knowledge Society (pp. 114-125). Springer, Berlin, Heidelberg.
Haller, M. ed., 2006. Emerging technologies of augmented reality: Interfaces and design: Interfaces and design. Igi Global.
Margaryan, A., Littlejohn, A., and Vojt, G., 2011. Are digital natives a myth or reality? University students’ use of digital technologies. Computers & Education, 56(2), pp.429-440.
