For many mechanical engineering is a complex subject, giving many considerable pauses before opting for it. But why is mechanical engineering considered a challenging subject? Well, there are a few reasons.
For instance, some think cars are about getting from A to B or putting petrol in the tank. But there’s a lot more to it than that. Building cars, engines, and other types of machinery fall into mechanical engineering.
As a mechanical engineer, you must figure out how each part of the system is interconnected and how to make it work, which takes considerable effort and time.
Reasons to Pursue Mechanical Engineering
Contrary to popular belief, mechanical engineers are not only limited to working with machinery. Despite being a complex subject, there are several reasons why you should consider pursuing mechanical engineering.
Today, mechanical engineering is at the forefront of creating innovative solutions for various industries, from healthcare to robotics. Even enterprises that are not widely recognized for mechanical devices hire engineers.
Proctor and Gamble, the prime example, hire mechanical engineers for product design and packaging despite dealing with beauty and household products.
In mechanical engineering, you work with some of the most experienced professionals in other disciplines, from technical to computers. Another reason why you must consider becoming a mechanical engineer is that it is one of the highest-paying careers, as per Collegchoice.net.
So, after completing your bachelor’s, go for higher education, like getting a mechanical engineering masters degree, to increase your chances of getting a well-paid job. Check out the list of a few career choices you have after attaining your degree.
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Automation Engineer
Automation engineering gives you all the answers you need if you are keen on figuring out what combing machinery and technology leads to. As an engineer, you create and maintain self-operating machines. Since technology holds a place in a particular area, automation engineers work with clients to understand the mechanism that needs to be automated.
Automation has had a firm hold on the manufacturing industry for decades. However, businesses, healthcare, and finance are gradually picking up on it. Amidst all this, an automation engineer tests the program and ensures the system is in working condition.
As an automation engineer, you must develop the best solutions and work with other business units to improve automated workflow. Technical and soft skills are critical requirements besides formal education and experience to excel at the role.
The education level, skills, and experience are determinants of the automation engineer’s salary.
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Research and development engineer
Also known as R&D, these engineers are concerned with the development of test products along with redesigning existing products. They work in various industries, where they get to collaborate with the other staff members to develop new products and work on product design.
Besides working on new products, research and development engineers improve existing systems’ productivity and efficiency. To live up to the role, a research and development engineer must possess innovative and analytical skills to analyze problems and find solutions accordingly.
In addition to working on products, a research engineer also oversees other duties. These include working with the marketing department to establish a product sales plan and conducting market research to understand customer needs. Although an R&D has a diverse educational background, there is a general rule of thumb to follow.
It involves earning a degree, acquiring experience, and getting licensed. Depending on the job location and experience, a research and development engineer’s salary varies. However, on average, a research engineer makes $95,540 per year.
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Mechanical Engineer Manager
Based on their research, a mechanical engineer manager creates technical plans and develops the prototypes of the devices. They troubleshoot thermal and mechanical devices and strive to find solutions to the problem.
Besides the technical work, a manager works with clients on a project covering everything from budgeting to establishing plans for goal achievement.
Part of the managerial role involves communicating and coordinating with different engineers working on a project to avoid mismanagement.
Besides that, as a mechanical engineer, you also hire new employees and set project goals. To ensure that a project is completed, managers use computer-aided design and drafting programs to deal with the technical and planning aspect of the project.
To become an exceptional mechanical engineer manager, you must obtain voluntary professional certification to determine your expertise in the particular field. Additionally, having strong communication, computer, and design skills is a bonus.
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Manufacturing Engineer
The high-quality products customers have access to are the work of a manufacturing engineer. A manufacturing engineer focuses on the design and operation of the integrated system to develop exceptional products. These systems include machine tools, material-handling equipment, and computer networks.
As a manufacturing engineer, you work on every aspect of product development, from design to production. One of the primary duties of a manufacturing engineer is that they must stay up-to-date with the current manufacturing process. They strive to improve and streamline the production process. Doing so helps decide on improving optimization across product lines.
Aspiring manufacturing engineers receive tons of training during their formal education to become qualified. Before graduation, you get hands-on experience by taking standardized tests, conducting experiments, and interpreting results to deliver outcomes.
To become an exceptional manufacturing engineer, lean manufacturing, solid communication, and analytical skills are a few must-have skills. Wages are high for those working in the technical and scientific industry.
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Aerospace Engineer
If you have always been interested in designing and building machines that fly, consider becoming an aerospace engineer. You design and manufacture aircraft, satellites, and missiles as an aerospace engineer. Before developing the final product, prototypes are created to test the machinery’s functionality.
Aerospace engineers can specialize in specific aerospace products, from missiles to rockets and military jets. Moreover, these individuals are experts in one or more related areas like thermodynamics and aerodynamics.
As an aerospace engineer, you can apply knowledge in any part of the engineering process, whether design, integration, or maintenance. These types of engineers work in various setups, from laboratories to offices. In addition to that, they also get to work in private companies or for federal governments.
Conclusion
Although mechanical engineering might be challenging, it is among the most rewarding professions. The field allows individuals to build successful careers in different industries. Unlike other disciplines, mechanical engineering enables learners to interact actively with groundbreaking projects.
Mechanical engineering provides tools to explore new ideas as technology makes waves. The experience leads to a better understanding of the complex system by breaking down the knowledge into simpler components. From an aerospace engineer to a mechanical engineering manager, you can choose a career path that aligns with your interests.