Graduate Self Assessment on Capabilities †MyAssignmenthelp.com

Question: Discuss about the Graduate Self Assessment on Capabilities. Answer: Introduction MUHAMMAD UMAIR has specialized in Electronic engineering from IQRA UNIVERSITY in Pakistan. After finishing bachelors degree, UMAIR decided to further his studies. Currently, UMAIR is undertaking masters of Engineering and masters of engineering management in energy planning and policy from the University of Technology in Sydney (Uts.edu.au, 2018). While studying, UMAIR has been able to integrate various principles in the coursework to help in understanding his field of interest. From early days, people lived without electronic devices and gadgets that can facilitate activities such as communication and transportation. This necessitated the need of having a degree in Electronic engineering. While UMAIR was at bachelors level, he went through various practical and many case studies that helped in gathering diverse skills on social activities, legal constraints in the workplace, environmental impacts and other business-related factors that are compounded in the study. It is important to note challenges that are faced in the electronic field of study and apply required principles that contribute directly to the study. Dumping of electronic gadgets that have poisonous chemical substances has strictly been controlled by the government to prevent dangers that are associated with the poor dumping of waste (Electronics for You, 2018). In the practical study of plethora toxic components such as Mercury and Lithium, it was possible to analyze effects that are associated with them. Human body organs that can adversely be affected by E-waste are; heart, skeletal system, liver, and brain (Dwivedy Mittal 2012, p. 239). During the study, UMAIR did one of the projects on effects of E-waste on the human body. In the project, UMAIR was able to learn technology, design, electromagnetism, and modeling. Technology-Through its analysis, it was possible to analyze and come up with methodologies that are involved in the design of electronic devices. This is the only practical application that results in new and unique designs in the electronic field. Design- Earlier design did not factor out effects of electronic chemical substances but its functionality. In the wake of E-waste problems, it is important to come up with electronic devices that do not integrate poisonous chemical substances. Electromagnetism- Some of the emitted radiations are very dangerous and earlier designers did not factor them into their design. In the modern design, devices that emit radioactive rays have been insulated with protective covers to minimize their effects. Modeling- Some devices were usually larger and occupied more space. Modern devices and gadgets are now designed and incorporated with Nano-technology to which gives the capability of designing small and powerful devices. UMAIR as an electronic engineer should understand the importance of being punctual and on time. Since UMAIR is taking two master courses concurrently, the concept of time management is of great importance. Masters students are expected to do a project and UMAIR will be perusing books, e-books, journals, conducting surveys, interviews and practical activities to gather credible information. To move through the master degree swiftly, he should be organized and on time to avoid losing grades. Communication and coordination All activities are run efficiently through laid down channels of communication. In any organization or project management case, communication should be given a priority in order to eliminate existing barriers. From the analysis of the projects that UMAIR undertook, it is possible to note that without communication and coordination, achieving set goals would have been futile. For project goals to be achieved on time, communication has to be facilitated on a timely manner to avoid unexpected delays. In any case, management is usually facilitated by effective communication and coordination of events. Basically, there are global professional practices that govern every field of study including electronics. Some of the professional practices are; Ethical issues- Every field has set up its rules, regulation and legal requirements that must be followed by all specialists. In regard to this, it is important for electronic engineers to abide by the practices that govern required disposal for E-waste, a design of safe devices with recommended protective covers, and a warning to effects that are harmful to human body (Dwivedy Mittal 2012, p. 241). Global perspective- New electronic device design should comply with global set standards. In the analysis of global electronic standards, some measures must be met in terms of regions due difference in climate. Electronic design and their capabilities in countries like India and Japan do not correspond to countries such as Norway and Africa due regional differences (Ongondo, Williams Cherrett 2011, p. 716). Some of these differences are; power voltage and climatic conditions requirements to operate such devices. Individual review- It is important to evaluate my professional suitability and competent. Some of the criteria that I should examine myself is through self-dedication in my professional work, information match and updates required in the field, professional required creativity and time management effectiveness. Good abilities in these evaluation criterions make my professional carrier green light. Bibliography Dwivedy, M. and Mittal, R.K., 2012. An investigation into e-waste flows in India. Journal of Cleaner Production, 37, pp.229-242. Electronics for You. (2018). E-Waste Management in India: Why should you care? [Online] Available at: https://electronicsforu.com/resources/e-waste-management-scenario [Accessed 29 Mar. 2018]. FEIT Graduate attributes (https://www.uts.edu.au/about/faculty-engineering-andinformation-technology/who-we-are/welcome/what-makes-us-unique-0) Ongondo, F.O., Williams, I.D. and Cherrett, T.J., 2011. How is WEEE doing? A global review of the management of electrical and electronic wastes. Waste management, 31(4), pp.714-730. Uts.edu.au. (2018). Graduate attributes | University of Technology Sydney. [Online] Available at: https://www.uts.edu.au/about/faculty-engineering-and-information-technology/who-we-are/engineering-and-it-uts/graduate [Accessed 29 Mar. 2018]. Opengovasia.com. (2018). United Nations assessment on global e-waste finds an 8% rise over 2 years, with only 20% being recycled | OpenGovAsia. [Online] Available at: https://www.opengovasia.com/articles/united-nations-assessment-on-global-e-waste-finds-an-8-rise-over-2-years-with-only-20-being-recycled [Accessed 29 Mar. 2018].