Description Of The Method
The following product will be created with the description of it being utilized for the major purpose of focusing on creating clean water with a minimum amount of resources taken into consideration (Amankwah-Amoah 2016). The source of energy that will be used to clean the water good enough to be considered as drinking water will be utilizing solar energy.
The following method will be used to create clean drinking water for the general population. The reason why this particular product will be essential in the current world is the very fact that not all people among the global population are still able to find themself clean drinking water (Kumar 2020). The purpose of the following approach and idea generation will be to create something that can create clean drinking water utilizing the energy source of the sun itself and make a technology that is not only easy to access but also relatively cheaper in its pricing.
Advantages
Globally around 2.2 billion people do not have the access to clean drinking water. Which is a major issue in the current world where major diseases as well as complexity to human evolution is becoming a major problem. To assure that clean drinking water is provided to people there is a major need for technology and innovation to make its play and change the condition of the people (Hall and Jaffe 2018). The advantage of the following method is the very fact that it will be incorporating a sense of design that is easy to work with and also cheaper considerably.
Challenges
The bigger challenge here with the following method in mind is the fact that in any case scenario water filtration in the best way possible is an expensive affair in comparison to the countries and the population who are in dire need of it yet face a major lack of expenses to afford it. The other primary challenge here will be to create something with the idea generated that is easy to utilize and easy to understand which will also be a problem at large as solar energy-based products are mostly complicated in nature and not easy to use. The other challenges that might occur with the following product can be the fact that even if the product is considerably cheaper in terms of solar water filtration yet it can not become cheaper enough if the product is created in limited numbers (Fukuda 2020). Any kind of product or idea can only flourish in the right direction if it is created for a larger population of people as the selling price becomes more prominent and profitable for the company as well as the very fact that the creation of the same is easy and innovative.
How Does The Tool Perform In Technology And Innovation Management?
The following method and the following tool will perform prominently positively in terms of the idea in consideration of creating something that is technologically sound and innovative in nature (Da Fonseca and Veloso 2018). The following tool fulfills the idea of any technological advancement that is focused on focusing on a problem while innovation management will assure to create something different from anything that has been used before.
How Will The Method Be Used And For Which Purpose?
Under What Conditions Can This Tool Be More Or Less Effective In a Technology And Innovation Management Context?
The following tool in the condition of more effective in terms of technology and innovation management if it can create something cheaper in price as well as it is easy to utilize as both these prominent features are something easy in the pursuit of making customers and people choose it over products that are costly and complicated.
Organizational Implications Of Adopting This Tool In The Context Of Technology And Management?
The concept of technology and innovation context is focused on creating something that is different and fresh within the market and focuses on appealing to a certain division of the community facing a specific problem. One of the primary implications that are to be considered from the context of the organization of adopting this tool in the context of technology and innovation will come from the specific idea that the core prospect and the target of creating an innovative product out of this idea are fulfilled in the right way. Only then there are chances of it becoming a successful innovation as well as technological development within the world if it can fulfill its core duty.
Idea evaluation: a bottled sipper container that consists of a watch at the top of the whole case which puts forth and signifies the amount of purification of the water after the bottle is left in the sun for half an hour.
A device will be created that will look more like a water sipper which will take in normal contaminated water and can be kept in the sunlight for 30 minutes. This will lead to the creation of clean water which will be identified with the description of the clarity of the water over the cap.
The technological advancement and method which will be used in the creation of the following solar power filter will be the creation of electricity within the container utilizing solar power that will directly clear out the infection of the water along with a filter that is present on the second layer of the bottle which will clear out basic impurities that are solid in nature. The entire solar filter will be easy to carry and to take anywhere a person requires to do so as well as the fact that it will look like any other water bottle (Amankwah-Amoah 2016).
Advantages
The primary advantage of the following idea evaluation of a solar power charged water filter will be the very fact that it is utilizing easily one of the most prominent methods of cleaning water which is the conversion of sunlight into electricity that will directly clean all the impurities within the water and make it safe for drinking within a short span of 30 minutes (George, Lakhani and Puranam 2020). The following product also has the advantage that it is extremely portable in nature and doesn’t take away a higher level of attention of the customers and can be easily stored at any place. The other core advantage of the following method of cleaning water and the product itself will be the very fact that it is extremely easy to use and anyone can adopt this specific method of cleaning water utilizing solar energy.
The Figure Of The Idea Generation
Challenges
The core challenge of the following evaluation and idea is the very fact that it utilizes technology and method which is more expensive in nature than one can experience if to be. This will take away the very fact that the product will remain extremely affordable to every person (Mavhunga 2017). Until and unless the brand can create the product in a larger batch as people become more interested in it there will be lower chances that the prices of the following product will reduce anytime soon.
The Performance Of The Tool In Technology And Innovation Management
The following tools when compared and described with the consideration of innovation and technology management holds irrelevant please over any of its competitors (OECD 2018). The following tool not only focuses on the outlook of being something innovative in nature but also on being something that can create a change in the world.
Conditions In Which This Tool Can Be More Or Less Effective In Technology And Innovation Management.
The following tool in many ways can become more effective in the context of technology and innovation management if it reduces the prices that it has to pay in its production. The context of innovation is something that is often misinterpreted as something which is technologically extremely advanced yet is not easily approachable and utilized by the general public (Ratten 2019). This is the very reason why it is not often considered as a foolproof technological and innovation-based management as it is not ready for every consumer. So for the tool to become more effective in the context of technology and innovation management, it will require it to be reduced in its basic prices.
Organizational Implications Of Adopting This Tool In The Context Of Technology And Innovation Management.
For any organization to adapt this tool in the context of technology and innovation management, the chances are for the company to gain major success. It will not only become an innovation for a specific part of the society that cannot afford filter drinking water but also has the potential to attract many of the sports fanatic customers or customer’s who often indulge in outdoor activities that lead them to be present in areas where clean water is not easily accessible (Walsh,Murphy and Horan 2020). This creates a higher level of market credibility for the product. Further showcasing the understanding of how the product can be transformed into anything the organization wants in the context of technology and innovation management.
References
Amankwah-Amoah, J., 2016. The evolution of science, technology and innovation policies: A review of the Ghanaian experience. Technological Forecasting and Social Change, 110, pp.134-142.
Da Fonseca, R.S. and Veloso, A.P., 2018. The practice and future of financing science, technology, and innovation. ???????, 12(2 (eng)), pp.6-22.
Fukuda, K., 2020. Science, technology and innovation ecosystem transformation toward society 5.0. International journal of production economics, 220, p.107460.
George, G., Lakhani, K. and Puranam, P., 2020. What has changed? The impact of Covid pandemic on the technology and innovation management research agenda. Journal of Management Studies.
Hall, B.H. and Jaffe, A.B., 2018. Measuring science, technology, and innovation: A review. now Publishers Incorporated.
Kumar, S., 2020. Technology and innovation: Changing concept of rural tourism–A systematic review. Open Geosciences, 12(1), pp.737-752.
Mavhunga, C., 2017. What do science, technology, and innovation mean from Africa?. The MIT Press.
OECD., K., 2018. OECD science, technology and innovation Outlook 2018. Paris: OECD Publishing.
Ratten, V., 2019. Sports technology and innovation. Cham: Springer Books.
Walsh, P.P., Murphy, E. and Horan, D., 2020. The role of science, technology and innovation in the UN 2030 agenda. Technological Forecasting and Social Change, 154, p.119957.