Wednesday, February 26, 2020

W3,DQ-4 Essay Example | Topics and Well Written Essays - 250 words

W3,DQ-4 - Essay Example Scientific development is the cumulative growth of a knowledge system over time where useful elements are retained, and non-useful elements are deserted rooted in the verification or rejection of testable knowledge (Zwick & Cayla, 2011). Cultural progress is inextricably connected to both technological and scientific progress. Culture naturally concerns much more than just science and technology, but for Merck to be progressive, it has to meet the above explanation of cumulative growth through thanking the past (Zwick & Cayla, 2011). In science, useful elements are retained, and non-useful elements are discarded through the verification or dismissal of testable knowledge. Merck, therefore, should consider that scientific methods, in this way, are created to be progressive (Gilbert & Sarkar, 2005). In technology, on the other hand, useful elements are preserved and non-useful elements are discarded rooted in the market’s rejection or approval of the technologies. The market for science is mainly the community of scientists, but for technology, the market is mainly Merck’s stuff. In order for Merck to be successful, they need to endorse science and technology to the core to avoid such wrangles (Zwick & Cayla, 2011). Above all, the corporation is built on a firm scientific-led culture; therefore, they should work to ensure that this objective is

Monday, February 10, 2020

The past, present and future of standards in software engineering Essay

The past, present and future of standards in software engineering - Essay Example This paper will review the evolution of standard software engineering, and how users are affected by this evolution process. The advancement in technology is making it easier for these organizations to be more effective and more advanced. Standards in software engineering have reached a level where, anything is possible. The creation of programs that seek to identify all the would-be users’ needs has revolutionised the way things work in the modern world. Operations are carried out with ease. The effectiveness and precision with which these operations are carried out is growing (Mall 2009). Writing software, to some, is a profession from which they earn their living. Standards range from local invented, to international standards that help software be accepted globally. These are the de facto standards which enable people to operate software that is acceptable throughout the world. Government entities in the world approve of these standard-setting organizations. Some organizations have recognition that reaches the whole world when it comes to setting software standards. The International Organization of Standardization is one of the few. It is abbreviated as ISO. It is a representation of many international bodies. This progress has enabled software standards to have global acceptance (Puntambekar 2009). The evolution of software standards can incorporate the understanding of much more than local industries present in the world. At present, this demand is growing with each passing day. Therefore, soon enough, the future for software engineering will reach its peak (O’Regan 2012). This advancement will enable people to get extra work complete, while taking less time. This is what everybody wants because effectiveness is the aim of this progress. Through the ISO/IEC, many software standards are set and developed to help the global community get through some of the programs that exist. An example of standard in software is the