Mobile Bill Payment Application using.Net programing

Summary of Learning

Through the research process, I have gained different experience utilize current mobile technology in carrying out various business transactions. The study has enabled me to appreciate the modern technology of mobile such as Bring Your Own Device (BYOD). Through the session, I was capable of conducting defining business requirements through conducting business analysis. The study has enabled me to interact with experts in technology to understand what the methods that can be applied in business organizations to automate business transactions. The study has introduced me to Microsoft Dot Net Framework as one of the environments of developing mobile applications that can be applied to improving business operations (Afzal, Torkar, Feldt, & Gorschek, 2010). The study incorporated various integrated development interfaces such as Java Development Kit (JDK), and Android platforms that are used to develop mobile based applications. The session on introduction to mobile payment application has led to discovering of very significant mobile applications development platforms such as Android Studio and Android Development Kit (ADK). The development environments facilitated effective and efficient developing, designing and implementation of all Android-based applications.

Through the platform, I have learned how to work and develop mobile applications using Android programming languages. Through the study, I have interacted with Microsoft Dot Net mobile development framework. The Microsoft framework was applied to coordinate effective and efficient implementation of compatible applications which can run on different mobile platforms. The session has enabled me to create mobile apps for developing applications that are supported by Microsoft mobile operating system. Through the session, I have gained experience in developing and designing an Apple-based app using Apple framework. Most of the interfaces were applied to facilitate the development of Apple operating system using frameworks that support Apple mobile systems (Shi, et al., 2016).

The research study has introduced various business applications that are supported by mobile technologies. Through the study, I was able to understand and appreciate the need for applications which are supported by Mobile Bill Payment Applications such as banking accounting using M-payment technology. The session has facilitated the use of integrated transfer’s of money between users thus equipping me with the knowledge and experience required in developing apps to support banking industries as well as other financial organizations. The study has given me new understanding, skills and experience in linking and integrating credit card based M-payment in various point of sale and sections involving payment with monitor transactions (McWherter, & Gowell, 2012).  The session-n has introduced different tools for facilitating transactions involving t use of scan pay tools and other methods such as or inserting a card through programming a modified mobile card reader to accept and coordinate mobile money transfer. The study has led to realizing alternative measures and mechanisms that can enhance security during electronic mobile money transfers such using photographs cards and scanners.

Through the study, I was privileged to study more on matters involving technologies used in identifying clients. Some of the common methods in mobile technology included Subscriber Identity Module (SIM) where programming codes are fed in the SIM card. Through the research I discovered that the instructions are installed by the subscriber service provider to enhance effective money transfer applications, topping up more money and accessing credit services. Such programming techniques were essential in mobile payment apps and were embedded within the mobile card. The study research has enabled me to understand phone based security applications which are developed using J2ME and BREW programming technologies (Cepa, Mezini, & Proceedings of the 38th Annual Hawaii International Conference on System Sciences, 2005). The new programming techniques have an easier implementation of near field communication operations within connected financial institutions as well as other related organizations.

Through the study, I have been able to apply different techniques in conducting data and information collection. Through the study I was capable of designing questionnaires, conducting effective interview sessions and carrying out demographic studies. The study has enabled me to acquire experiences in planning and conducting preliminary studies for determining the viability of a project. The techniques acquired in clued conducting feasibility studies, budgeting, and defining the scope of the project. The session has equipped me with tactics required in completing projects within specified time, by defining the milestones as well as allocating specific resources in different stages of the development cycle (Uddin, & Haroon, 2014). The session has enabled me to understand different methods applied in creating applications such as the modular programming. Through the session, I was capable of conducting systems analysis to determine the various problems as well as improvements that can be incorporated into other systems to achieve a desirable product that meets user requirements. Through the study, I discovered most platforms and systems of mobile devices run using different operating systems such as Android OS, Apple OS, Symbian OS, and Blackberry OS. All the operating systems could be formulated to apply similar apps to enhance the easier operation of business operations. The study provided a platform to research more on how such different operating systems can be integrated.

References

Afzal, W., Torkar, R., Feldt, R., & Gorschek, T. (2010). Genetic Programming for Cross-Release Fault Count Predictions in Large and Complex Software Projects.

Cepa, V., Mezini, M., & Proceedings of the 38th Annual Hawaii International Conference on System Sciences. (2005). MobCon: A Generative Middleware Framework for Java Mobile Applications.

McWherter, J., & Gowell, S. (2012). Professional mobile application development. Indianapolis, Ind: John Wiley & Sons, Inc.

Shi, W., Cao, J., Zhang, Q., Li, Y., & Xu, L. (2016). Edge Computing: Vision and Challenges. Ieee Internet of Things Journal, 3, 5, 637-646.

Uddin, M. S., & Haroon, T. (2014). IBM Worklight mobile application development essentials: Develop efficient mobile applications using IBM Worklight. Birmingham, UK: Packt Pub. 

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