The Engineering Field

The engineering field is celebrated as a profession, which is able to solve several problems that affect the well-being and happiness of the society. As such, engineers have engaged in technological advancements, which have significantly improved the quality of life in society. Mechanical engineering is one of these fields, which is tasked with the role of solving social problems. It contributes in ensuring that the society is in a state of achieving efficiency in terms of the conduct of its activities.

Becoming a mechanical engineer is not an easy process. An individual has to engage in a rigorous process of basic education and practice in order to get experience, knowledge and skills, which are vital in the execution of quality services. The pre-exposure of these individuals in research projects ensures that they are ready to handle both simple and complex projects in the future. Industries that are emerging, which include nanotechnology, remanufacturing, and clean energy provide great opportunities for mechanical engineers. Thus, being familiar with these industries and their functions is recommended in order to ensure the success of a mechanical engineer.

Communication skills are vital in the engineering profession. Mechanical engineers are often tasked the role of preparing oral and written reports in response to their work. Hence, these individuals have to develop good communication, presentation, and writing skills. Mechanical engineers are the ones in charge of the general public safety since they make decisions that are related to the welfare, health, and safety of all the people. They need to do this as they adhere to ethical codes of conduct in society.

 

Mechanical Engineering Academic Preparation 

An admission to the course of mechanical engineering demands that a person scores well in science and math courses, which also includes computer and humanities studies. The key subjects for pre-entry into this course include biology, chemistry, physics, calculus, algebra, trigonometry and geometry (Blin 3). These subjects are integral in the preparation process of an individual for the mechanical engineering course. At bachelor’s level, the course takes approximately four years. This where the student has to take subjects and exams, which are governed by the Engineering and Technology Board.

The classes for bachelor’s degree in mechanical engineering include social sciences, humanities, math, science, and engineering on the first two years. After this, a student is allowed to engage in specialized classes for the remaining years. Furthermore, the curriculum for mechanical engineering has the basics of other disciplines in engineering, which include civil, electrical, and chemical engineering. It is here were the students studies subjects on physics, thermodynamics, fluid dynamics, dynamics, statics, calculus, material science, and attends several laboratory sections. In addition, students have to take internships for the engineering programs.

Further, engineers should take several exams and supervised work in order to gain the skills, experience, and knowledge of executing the different tasks in the field of engineering. It also helps mechanical engineers in developing critical thinking skills, which are vital in solving majority of the social problems that exist in different spheres of live (Blin 4). On the same note, mechanical engineers should be subjected to research in given areas where they investigate different projects. The pre-exposure of these individuals in research projects ensures that they are ready to handle both simple and complex projects in the future.

Post Academic Training of Mechanical Engineers

Mechanical engineers have a chance of increasing their marketability through additional training, which ensures that they are in a position to earn a professional license (Kreiner and Flores 8). For professional state licensing, mechanical engineers have to obtain a degree from ABET- accredited engineering school, as well as have a work experience under professional engineer who is licensed. Further, one has to take the fundamentals of engineering exam and pass.

Mechanical engineers need an additional training on computer skills. This includes remaining up-to-date informed in respect to recent trends in technology. As such, the growth of jobs in architecture and manufacturing fields demands the use of computers, which help in handling several engineering aspects at once (Kreiner and Flores 5). This includes what was done manually such as controlling machines and schematic designs. Industries that are emerging, which include nanotechnology, remanufacturing, and clean energy provide great opportunities for mechanical engineers. Thus, being familiar with these industries and their functions is recommended in order to ensure the success of a mechanical engineer.

Communication skills are vital in the engineering profession. Mechanical engineers are often tasked the role of preparing oral and written reports in response to their work. Hence, these individuals have to develop good communication, presentation, and writing skills. Such skills are applicable in the diverse work environment where mechanical engineers are subjected to accomplish different tasks in society (Kardestuncer 7). This includes receiving career and time management. Since mechanical engineering is a professional field, individuals might consider furthering their studies to master’s and doctoral level. This may occur as they are actively engaged in their current job roles. Thus, career management becomes an integral training need for this population.

Typical day for mechanical engineers

Mechanical engineering course opens several career opportunities for an individual. As such, a mechanical engineer could be involved in the entire process of designing machines and tools that include refrigeration equipment, turbines, generators, robots, elevators, industrial gear, and engines (Kreiner 10). Such a professional may also be engaged in the machinery troubleshooting, systems analyzes, overseeing of the development and design of new devices, interpretation and editing of design schematics, and creation of systems.

All these tasks require that the involved person pays specific attention to detail on the analytical capabilities, as well as excellent problem-solving. It is also good for a person to learn how to work with a team and listen well. This is because mechanical engineers are mostly involved with working with other professionals as a team (Kardestuncer 4). It is from this that deadlines are established for mechanical engineers, which have to be met in order to pursue their careers in a successful manner. Comprehending how to create project schedules and meet strict deadlines is also a vital skill for the mechanical engineers. This facilitates in ensuring that projects are completed within the given timelines.

The mechanical engineers projects focus on using the principles of science and math in developing solutions, which assist in solving technical problems. As such, societal and consumer needs are met through the creation of a link between commercial applications and science (Hunter 7). New products are also developed by mechanical engineers while taking into consideration design and test requirements, safety, cost, reliability, functional requirements, and effectiveness. Further, it is the role of mechanical engineers to work in production where they engage in maintenance and testing of the systems. These are the machines that work to ensure goods and services are provided in an effective manner in society.

Ethical responsibilities

Mechanical engineering ethics relates to the customs and habits that uplift the standards of a good character or conduct. Being ethical implies doing the correct thing with an aim of maximizing the attainment of goodness. As such, the codes of ethics for mechanical engineers focus on the safety, welfare, and health of the public, as well as the premises where they are working (Kreiner 8). All the designs and products have an element of risk, which is associated to the end user to a given degree. Thus, safety and risk have a closer relationship. When techniques, designs, products, and materials that are put in use are unsafe, they tend to expose the environment and humans to unwanted risk.

Mechanical engineers are the ones in charge of the general public safety since they make decisions that are related to the welfare, health, and safety of all the people. There are also standards and codes, which these engineers have to follow in order to be ethical in society (Hunter 2). Consequently, mechanical engineers are held responsible when they disclose any information, which would subject the environment and the public members into dangers. Hence, engineers should improve and maintain their engagement and competency in the learning process to ensure that they are able to execute their functions in an effective manner. It is also a requirement that engineers should have their professional practice placed in areas where they have the requisite expertise and knowledge.

Conflict of interest arises when the obligations and loyalties of engineers are compromised because of biased judgments and self-interests. Thus, engineers have to make decisions, which cannot later be challenged (Petroski 5). Whistle blowing is adopted when information should go public in relation to dangerous, illegal, and harmful behavior. Furthermore, engineers have to respect the cultural background of their colleagues.

Professional, civic, and social obligations

            Mechanical engineers are guided by high integrity and honesty standards. As such, they have to have a good knowledge of their errors where they do not alter or distort their facts. They should also share information related to the progress and nature of the project, which they are accomplishing. Further, engineers should take personal responsibility for the actions or decisions, which result in causing danger in the environment or to the public members in society.

Engineering work has to focus on public interest. It is in this where they should participated in civic affairs and complete their work in relation to engineering standards. Further, engineers should adopt a practice or conduct, which does not have the negative impact of deceiving the public (Petroski 6). Any conflicting interests among the mechanical engineers will not influence their execution of professional duties. It is also their obligation to give credit for other engineering works that need such credit.

Conclusion

In conclusion, mechanical engineering is one of the competitive engineering courses. As such, students have to pay attention to the material content and learning in order to achieve academic success. Further, mechanical engineers should have continuous learning process, which is characterized of intensive research and knowledge sharing. This should be followed by adhering to engineering ethics and established professional and social obligation.

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