Being numerate and computer literate, mechanical engineering graduates are also suited to careers in finance and management Job options Jobs directly related to your degree include: Aerospace engineer Automotive engineer CAD technician Contracting civil engineer Control and instrumentation engineer Maintenance engineer Mechanical engineer Nuclear engineer Jobs where your degree would be useful include: Acoustic consultant Clinical technologist Corporate investment banker Land-based engineer Mining engineer Patent attorney Production manager Technical sales engineer Water engineer Remember that many employers accept applications from graduates with any degree subject, so don't restrict your search to the jobs listed here.
Work experience Employers value pre-entry work experience and especially that relating to the career you'd like to pursue. Typical employers Mechanical engineering deals with the design, development, installation, operation and maintenance of anything that has moving parts.
Because of this, you'll find relevant opportunities in a range of sectors, including: aerospace engineering automotive engineering construction energy manufacturing medicine railway engineering sport.
Work experience provides opportunities for networking which can sometimes lead to a job. There are plenty of opportunities to work abroad as a mechanical engineer. Skills for your CV A mechanical engineering degree is a combination of maths, science, technology, business and management. Further study Many students enrol onto MEng programmes for their first degree. What do mechanical engineering graduates do? Destination Percentage Employed Type of work Percentage Engineering and building How would you rate this page?
Skip to main content. Published: 17 Jun Mechanical engineering is the branch of engineering that involves the design, production and operation of machinery, from the scale of individual components to vehicles and large plant facilities.
What is mechanical engineering? Mechanical engineers work throughout the product lifecycle, including design, development, installation, testing and maintenance. Most mechanical engineers work in either research and development or the manufacturing and construction industries. This is one of the most diverse of the engineering disciplines and encompasses the power, manufacturing, construction and medical sectors.
The field requires a deep understanding of the core concepts of mechanics, thermodynamics and materials science, because mechanical engineers use these principles, along with computer-aided design tools and project management knowledge, to deliver a wide range of products from aircraft and weapons to robotics and medical devices.
This compensation does not influence our school rankings, resource guides, or other editorially-independent information published on this site. Mechanical engineering degrees offer a rigorous curriculum rooted in STEM courses and project-based, collaborative learning.
Successful students tend to have a natural inclination towards math and science, boasting solid critical thinking and analytical skills. Mechanical engineering students are prepared to enter a growing field that offers many lucrative career opportunities. While a bachelor's degree provides above-average salaries, additional academic and professional training can greatly increase earning potential, expanding job options to more specialized roles and management positions.
Mechanical engineering graduates enter a field with expanding career options and exceptional earning potential. A worker's experience, specialization, and education often dictate their earnings. Mechanical engineers possess a broad set of intellectual and technical skills and work especially well in collaborative environments across many industries and locations.
This industry includes firms that provide services like the design and construction of residential and commercial buildings, bridges, and other types of infrastructure. Related services include landscaping and environmental engineering assistance.
Manufacturing companies in this sector build the machines used to perform specific tasks or create products. For example, an engineer working in this area may design a machine that shapes metal furniture frames.
Many mechanical engineers discover new technologies or innovative uses for existing technologies. They may also develop new manufacturing processes. Most of these professionals work in academia or corporate research. Aerospace and defense firms manufacture airplanes, helicopters, rockets, satellites, and missiles. Although not directly employed by the government, aerospace contractors often work closely with federal agencies. The federal government hires mechanical engineers for projects like developing space probes for NASA, building stamping machines for government mints, responding to emergencies, and assisting with military and civilian infrastructure projects.
Source: BLS. Although mechanical engineers can find employment across the country, Michigan, California, and Texas employ the largest number of these professionals in the U. The path towards a mechanical engineering career begins with a postsecondary education. Engineering programs introduce students to the theoretical and practical knowledge required to succeed in the field.
During undergraduate coursework, internships, and cooperative education, students expand their skills and gain an introduction to the field. Practical experience and labs are particularly important in engineering programs. Although individuals qualify for many jobs after earning a bachelor's degree, many professionals often seek additional education and specialized training. Full-time learners seeking a bachelor's degree in mechanical engineering can graduate in four years, completing about credits.
In addition to general education requirements, major-specific courses include manufacturing systems, dynamics and vibrations, and solid-state mechanics. Mechanical engineering students often choose to tackle a concentration, such as design and manufacturing, robotics and mechatronics, or energy and the environment. Becoming a well-rounded student with real work experience and good academic success is what will give you the optimal chance in landing a great engineering job.
Note that top jobs will require both good grades and real engineering experience. Every summer that you're in university, make it a top priority to get an internship; there should be opportunities even for first or second year students. When going to a job interview, be as prepared as possible by reading up on interviewer's techniques and what questions will typically be asked.
How you present yourself at the interview is as important as the experience or grades you have. It is recommended to write out notes and study them before every interview, even practicing with a friend if possible. Depending on what field of work you go into will depend on what your job will be like.
Mechanical engineering is a broad career that deals with mechanical issues, and engineers typically work with mechanical physics, vibrations, forces, rotation, and velocity on a daily basis. In today's world, computers have changed how mechanical engineers do their job, allowing complex analyses to be completed in a matter of seconds versus the days or weeks of hand calculations that were once the norm. However, mechanical engineers will still use industrial production equipment, material-handling systems, and electric generators to produce a fully refined product, and using calculus and trigonometry is needed when confronted with the more complex and analytical portions of the occupation.
While the careers of a mechanical engineer and a mechanical designer are similar in some ways, there are significant differences in responsibilities, educational requirements and salary. For example:. Mechanical engineers design mechanical products, machines, and systems. Mechanical designers create technical drawings based on the mechanical engineer's specifications and plans.
Mechanical engineers use mathematics and physics in order to determine the best plans and designs for a project. Mechanical designers use CAD programs computer aided design to create detailed drawings. Mechanical engineers must have at least a bachelor's degree in mechanical engineering. Mechanical designers must complete as associate's degree in drafting. Mechanical engineers are not required to be licensed, however many pursue a professional engineering PE license for future advancement.
Mechanical designers are not required to be licensed, however certification is available through The American Drafting Design Association for future advancement.
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