Business Fundamentals for Engineering Managers for Education

Question: Discuss about theBusiness Fundamentals for Engineering Managers for Education. Answer: Safety and loss of life during project implementation and after the implementation is one of the key measures of success of the projects in engineering sector (Chang, 2014). Nevertheless, some projects are able to experience different risks which may be costly although some benefits are achieved after the implementation. Proper risk management and safety measures have to be enhanced for the project workers. The project managers must be able to ensure that the workers are protected from injury and have the relevant tools and knowledge to implement the project scope. The Panama Canal is one of the projects which was unable to achieve such key measures but became a key landmark from the benefits achieved (Zamorano and Martinez, 2016). In the implementation, Stevens and George Washington Goethals were the key engineers who enhanced the completion of the project. This project is considered as one of the deadliest project to be implemented in the world. Engineering problems as well as lack of proper health and risk management were some of the key causes of high work mortality rates in this project. So what Even with the high risks and costs incurred in the implementation period, the project has been able to open navigation to different locations. The shipping world has been enhanced since the completion of the canal and trade benefits has been achieved. More cargo has been able to move through the canal and this shows the benefits which are accruing from this project (Vachon, 2010). The success of the canal is a key evidence of the works which were carried was important for the economic growth of the different regions, which depend on the canal for transportation. After implementation, the canal has grown to be of large benefit. Nevertheless, the changes in technology and the vessels growing larger are offering a challenge to the canal. Suggestion for its extensions are always coming up as options to keep the project functioning. The same risks which were experienced cannot be tolerated at the implementation time and this offers a great challenge to implement another phase of the project. What else Proper implementation and maintenance strategies are required on such projects to ensure they are able to meet the changes in the markets. The technological advancements and innovation skills should be highly implemented to ensure that the projects changes are achieved at minimal costs. Since the previous cases are well known, planners should be able to use the history to ensure that the project continuous to bring the economic benefit to the region through proper expansion. What now Technological skills should be able to play a key role in enhancing the changes required. This will ensure use of more machinery to expand the canal to accommodate the recent vessels. In addition, the management skills and available rules on OSHA should be key to ensure that the problems experienced 100 years ago do not occur (Bennett and Danny, 2014). Most importantly, the risk management should be carried out before the implementation period. Lack of risk management before the implementation meant that the French side was unable to complete the project and required US to come to their rescue for the project to be completed. Learning outcome 2 What Professionalism and ethics are important part of the engineers work. Since the engineers are required to deliver to the public, they are required to maintain high standards of their interactions with clients and stakeholders in their work. This requires them to have additional skills such as proper communication and negotiation skills, managerial skills and honesty are some other key skills which engineer should be able to possess while undertaking their duties (Frize, 2012). Lack of ethics and professionalisms has been costly in the engineering professions. Substandard projects which fail before they achieve their design lives and mostly coupled with additional costs have been experienced for long in the engineering sector. So what Ethics and professionalisms ensure that the procedure for delivering different work aspects is adhered to. The competence standards analysis in Australia is meant to ensure that the engineers posses the relevant qualities and expertise to deliver according to the profession requirement. The competence standards will ensure that one has both the professional skills and work ethics. Both life skills ensure that the engineers will be able to come up with relevant solutions to solve the available problems and gaps in the market. More the Engineers Australia Stage 1 Competency Standard makes sure the right qualified personnel are released to offer their services to the public and therefore able to adhere to their professionalism (Whitcomb, Whitcomb, 2013). Through the analysis, I have the relevant qualities in terms of the professional qualification to be able to serve the public. In terms of dignity, I have the relevant skills to serve the people in ethical manner. What else Engineers are required by the law to abide by the correct conduct while undertaking their duties. This is the professional requirements which all engineers are required to abide to while performing their duties. The code of ethics is a key instrument to ensure that the engineers act with integrity while maintaining the available and required standards. The code of ethics is simple definition of values and principles which guide the decision making in the engineering practice. The code of ethics offers the platform through which the engineers are able to make their judgments to benefit the public (Clark and Christopher, 2013). Maintaining truthfulness is a key factor which engineers are required to keep in ethical conduct. When the boss required me to lie, I will decline that option even if it means losing the job. This will help to enhance the ethical conduct of the employees. The engineers are required by the law and ethical conduct to act in professional manner with honesty. Accord ing to me, the code of ethics is a key document which regulates the conduct of the engineers with the public. It offers the guidelines on how the engineers relate with other stakeholders in the industry. What now Up keeping the ethics and professionalism for engineers is important. The code of ethic for engineers is able to provide a platform for engineers to at professionally through the available laws. In addition, the code of ethics provides the way the engineers can deal with clients and the relation they have to keep. Through the code of ethics, as an engineer I can regulate a customer who is relating unethical by educating them what is expected of them. The code offers the manner on which each of stakeholders can relate to one another (Wellington Foster, 2009). The code of ethics needs to be taught to other stakeholder so that the engineering professionals and stakeholders are on the same platform while interacting. References Bennett, J. M. and Danny H. (2014) Project management for engineers. Chang, C. M. (2014) Business fundamentals for engineering managers. New York, Momentum Press. Clark, J. P, and Christopher R. (2013) Practical ethics for the food professional: ethics in research, education and the workplace. https://catalogimages.wiley.com/images/db/jimages/9780470673430.jpg. Frize, M. (2012) Ethics for bioengineers. San Rafael, Calif: Morgan Claypool Publishers. Vachon, R.,eginald I. (2010) Ethics and professionalism. https://www.aspresolver.com/aspresolver.asp?PDAP;2783493. Wellington, P. Foster, N. (2009) Effective team leadership for engineers. Stevenage, Institution of Engineering and Technology. https://public.eblib.com/choice/publicfullrecord.aspx?p=471716. Whitcomb, C. A. Whitcomb, L. E. (2013) Effective interpersonal and team communication skills for engineers. Piscataway, NJ, IEEE Press. https://site.ebrary.com/id/10645200. Zamorano, J. and Martinez, K. (June 26, 2016) "Panama Canal opens $5B locks, bullish despite shipping woes". The Big Story. Associated Press.