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Internet-based organization wishing to create a new learning platform for its customers

Imagine you work for an Internet-based organization wishing to create a new learning platform for its customers. Your company would like to release a redesigned version of their website and would like feedback from their clientele in preparation for these changes. Based on your experience and knowledge of user-centered design, you have been asked to create a program that would meet these needs.

Write a 700- to 1,050-word proposal addressing the following:

Discuss your selected industry.
Provide a hypothetical name for your organization.
Identify the targeted clientele.
Analyze challenges users have mentioned regarding the current website.
Identify anticipated goals for program and redesign.
Include factors involved in the learning experience, such as tasks, learning environment, and obtaining qualitative and quantitative feedback.
Explain how clientele feedback will be incorporated in the redesign of the website.
Determine an approximate timeline acknowledging important deadline points.
Discuss the significance of a user-centered design in digital learning.

Sample Solution

e- pH-sensitive nanomatrix prepared from Eudragit and nano porous silica: A novel nanomatrix system for oral administration was developed in order to overcome the main problems of the nanoparticle colloid system which are its stability and scaling up. The system was composed of the pH-sensitive Eudragit and nano-porous silica previously used in pharmaceutical processes. Historically, gelatin and cross-linked albumin were used to prepare the first nanoparticles proposed as carriers for therapeutic applications [121, 122]. Synthetic polymers were used to prepare the nanoparticles to avoid the usage of the proteins as they may stimulate the immune system and also, to minimize the toxicity of the cross-linking agents. At first, the nanoparticles were prepared using emulsion polymerization of acryl amide and by dispersion polymerization of methylmethacrylate [123, 124]. These nanoparticles were proposed as adjuvants for vaccines. Polymethacrylate (PMA) and polymethyl methacrylate (PMMA) have been broadly used in a variety of pharmaceutical and medical applications. Specifically, PMMA Eudragit® nanoparticles can be prepared by nanoprecipitation method [125]. PMMA can be used to prepare pH-sensitive nanoparticles in order to increase the drug oral bioavailability where, the side chain of these polymers can be modified to possess pH-dependent solubility. Poly (methyl methacrylate) nanoparticles were first investigated as adjuvants for injectable vaccines [126, 127] when the achievement of a very prolonged immune response is desired due to that they are very slowly biodegradable. They are also of a great value for basic body distribution studies where the determination of the fate of intact particles has to be followed over an extended time period. Several copolymers of methyl methacrylate and ethyl acrylate were devel

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