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Is it worth it to get multiple engineering majors ?
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A number of students choose a second engineering field. According to the American Society of Mechanical Engineers (ASME), double majors in business, communications, geology and biology are also great choices because they can prepare you for success in the work environment and teach you the applications of engineering for some very lucrative industries.
BENEFITS OF A DOUBLE MAJOR WITH AN ENGINEERING MAJOR
With a proper education in engineering, you can qualify for a high-paying job in a growing career field. And in a competitive world, a double major with engineering may be advantageous. Choosing a double major should be informed by your particular career goals.
ADMISSIONS REQUIREMENTS – In order to apply for a double majors, you should be an undergraduate student in engineering with a minimum GPA. GPA requirements vary widely. In the event that your GPA does not meet requirements, admissions may make an exception via submission of an explanation letter. Additional requirements might involve having successfully completed a specific number of credits in engineering. If you are performing well in your engineering major, are involved in extracurricular activities and have work experience, you could have a good chance of approval for a double major. Obtaining a bachelor's in mechanical engineering with a second declared major will require additional coursework. Students should plan on taking specialized courses in both fields. Although choosing a double major depends highly on career goals, some great choices include:
MECHANICAL ENGINEERING AND. . .
Mechanical engineers apply physics and mathematics to help construct and improve buildings, building systems and products ranging from tools to generators. As such, mechanical engineers may work in a number of industries, such as the automobile or manufacturing industries. Mechanical engineers need at least a bachelor's degree. Professional engineering licensure is not a firm requirement for all mechanical engineers, but many may need it, depending on their industry and job duties. Often, certain courses satisfy requirements for both majors (double-counting credits). Aerospace engineering is one possibility for mechanical engineers interested in aircraft and spacecraft.
. . .ROBOTICS ENGINEERING
Robotics engineering is a breeding ground for creativity and innovation from people with a background in mechanical, electrical, or software engineering. Where do robotics engineers work? They may work in the agricultural, military, medical, and manufacturing industries, among others, conceiving of new uses for robots, designing improved robots for existing systems, or repairing and maintaining industrial robots.
. . .ENERGY ENGINEERING
An energy engineer works on projects designed to reduce energy use or costs. This may include designing, building, evaluating, or remodeling energy systems or energy procurement methods. Like most engineers, those who deal with energy issues need to be able to work as part of a team. Their work hours may vary depending on project deadlines, but most engineers work during regular business hours.
. . .BUSINESS ADMINISTRATION
A double major in business imparts the knowledge of how companies and corporations are managed. Students may learn about managerial accounting and human resources. Mechanical engineers with business skills may be better equipped to design realistic solutions or start their own business.
. . .BIOLOGY
Mechanical engineers may decide to focus on biological and medicinal applications of engineering. A double major in biology can arm students with an understanding of biological systems as they relate to instrumentation and diagnostics. Graduates may be better prepared to design biomedical devices.
. . .COMPUTER SCIENCE
A double major in computer science imparts skills related to electrical and computer technology. Students may study computation theory, algorithm design and programming techniques they can apply to their work as a mechanical engineer. Mechanical engineers with computer science expertise may be suited for work related to robotics, computer software/hardware, and artificial intelligence.
. . .PRODUCT SAFTY ENGINEERING
Product safety engineers test products to determine whether they're safe for use by consumers. If safety hazards are found, product safety engineers come up with solutions so that safety risks can be reduced. Knowledge of mechanical, chemical and systems engineering is essential. Product safety engineers also help companies compile product usage instructions and safety warnings for consumers.
. . .COMMUNICATIONS
Studies in communications prepare students to express themselves in the professional world. Mechanical engineers are often expected to present written and oral reports; certain positions require teamwork and leadership skills. A double major in communications may equip engineers with the skills needed for most work environments.
Choosing a double major in mechanical engineering involves some homework. Consider how the double major will enhance your career prospects. Make sure you have the time and determination to complete a double major, especially when it comes to engineering. Depending on the double major, the degree may take longer than the traditional four years to complete. Consult with an advisor as early as possible to determine requirements.
With a double major in mechanical engineering, a career in this field is just one possible option. The U.S. Bureau of Labor Statistics reports that the median salary for mechanical engineers was $95,900 as of 2020, and a job growth of 4% was projected for this occupation from 2020-2028.
Nuclear Engineering and Mechanical Engineering
Electrical Engineering and Computer Sciences
Nuclear Engineering and Chemical Engineering
Bioengineering and Materials Science
Materials Science and Mechanical Engineering
BENEFITS OF A DOUBLE MAJOR WITH AN ENGINEERING MAJOR
With a proper education in engineering, you can qualify for a high-paying job in a growing career field. And in a competitive world, a double major with engineering may be advantageous. Choosing a double major should be informed by your particular career goals.
ADMISSIONS REQUIREMENTS – In order to apply for a double majors, you should be an undergraduate student in engineering with a minimum GPA. GPA requirements vary widely. In the event that your GPA does not meet requirements, admissions may make an exception via submission of an explanation letter. Additional requirements might involve having successfully completed a specific number of credits in engineering. If you are performing well in your engineering major, are involved in extracurricular activities and have work experience, you could have a good chance of approval for a double major. Obtaining a bachelor's in mechanical engineering with a second declared major will require additional coursework. Students should plan on taking specialized courses in both fields. Although choosing a double major depends highly on career goals, some great choices include:
MECHANICAL ENGINEERING AND. . .
Mechanical engineers apply physics and mathematics to help construct and improve buildings, building systems and products ranging from tools to generators. As such, mechanical engineers may work in a number of industries, such as the automobile or manufacturing industries. Mechanical engineers need at least a bachelor's degree. Professional engineering licensure is not a firm requirement for all mechanical engineers, but many may need it, depending on their industry and job duties. Often, certain courses satisfy requirements for both majors (double-counting credits). Aerospace engineering is one possibility for mechanical engineers interested in aircraft and spacecraft.
. . .ROBOTICS ENGINEERING
Robotics engineering is a breeding ground for creativity and innovation from people with a background in mechanical, electrical, or software engineering. Where do robotics engineers work? They may work in the agricultural, military, medical, and manufacturing industries, among others, conceiving of new uses for robots, designing improved robots for existing systems, or repairing and maintaining industrial robots.
. . .ENERGY ENGINEERING
An energy engineer works on projects designed to reduce energy use or costs. This may include designing, building, evaluating, or remodeling energy systems or energy procurement methods. Like most engineers, those who deal with energy issues need to be able to work as part of a team. Their work hours may vary depending on project deadlines, but most engineers work during regular business hours.
. . .BUSINESS ADMINISTRATION
A double major in business imparts the knowledge of how companies and corporations are managed. Students may learn about managerial accounting and human resources. Mechanical engineers with business skills may be better equipped to design realistic solutions or start their own business.
. . .BIOLOGY
Mechanical engineers may decide to focus on biological and medicinal applications of engineering. A double major in biology can arm students with an understanding of biological systems as they relate to instrumentation and diagnostics. Graduates may be better prepared to design biomedical devices.
. . .COMPUTER SCIENCE
A double major in computer science imparts skills related to electrical and computer technology. Students may study computation theory, algorithm design and programming techniques they can apply to their work as a mechanical engineer. Mechanical engineers with computer science expertise may be suited for work related to robotics, computer software/hardware, and artificial intelligence.
. . .PRODUCT SAFTY ENGINEERING
Product safety engineers test products to determine whether they're safe for use by consumers. If safety hazards are found, product safety engineers come up with solutions so that safety risks can be reduced. Knowledge of mechanical, chemical and systems engineering is essential. Product safety engineers also help companies compile product usage instructions and safety warnings for consumers.
. . .COMMUNICATIONS
Studies in communications prepare students to express themselves in the professional world. Mechanical engineers are often expected to present written and oral reports; certain positions require teamwork and leadership skills. A double major in communications may equip engineers with the skills needed for most work environments.
Choosing a double major in mechanical engineering involves some homework. Consider how the double major will enhance your career prospects. Make sure you have the time and determination to complete a double major, especially when it comes to engineering. Depending on the double major, the degree may take longer than the traditional four years to complete. Consult with an advisor as early as possible to determine requirements.
With a double major in mechanical engineering, a career in this field is just one possible option. The U.S. Bureau of Labor Statistics reports that the median salary for mechanical engineers was $95,900 as of 2020, and a job growth of 4% was projected for this occupation from 2020-2028.
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James Constantine Frangos
Consultant Dietitian & Software Developer since 1972 => Nutrition Education => Health & Longevity => Self-Actualization.
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James Constantine’s Answer
Hi Loc,
Is it worth it to get multiple engineering majors?
In the field of engineering, pursuing multiple majors can be a strategic decision that offers various benefits but also comes with its own set of challenges. Here are some factors to consider when deciding whether it is worth it to get multiple engineering majors:
1. Enhanced Skillset: Pursuing multiple engineering majors can provide you with a diverse skillset across different disciplines within the field. This can make you a more versatile and well-rounded engineer, capable of tackling a wider range of projects and challenges.
2. Career Opportunities: Having expertise in multiple engineering disciplines can open up a broader range of career opportunities for you. Employers may value the diverse skillset and knowledge base that comes with multiple majors, potentially leading to more job prospects and higher earning potential.
3. Specialization: On the other hand, focusing on a single engineering major allows you to specialize deeply in that particular area, becoming an expert in the field. Specialization can lead to niche career opportunities and potentially higher demand for your specific skillset.
4. Time and Resources: Pursuing multiple engineering majors typically requires additional time and resources compared to focusing on a single major. It is important to consider whether the investment in terms of time, tuition fees, and effort aligns with your long-term career goals.
5. Academic Rigor: Juggling multiple majors can be academically challenging, as you will need to balance coursework from different disciplines simultaneously. It is essential to assess whether you have the capacity and dedication to excel in all areas of study.
6. Personal Interests: Ultimately, the decision to pursue multiple engineering majors should align with your personal interests and career aspirations. Consider whether the additional majors complement each other and contribute meaningfully to your overall academic and professional goals.
In conclusion, whether it is worth it to get multiple engineering majors depends on your individual circumstances, goals, and preferences. While it can offer advantages such as a diverse skillset and expanded career opportunities, it also requires careful planning, dedication, and resources to successfully navigate the challenges that come with pursuing multiple majors simultaneously.
Top 3 Authoritative Sources Used:
National Society of Professional Engineers (NSPE) - NSPE provides valuable insights into the engineering profession, including trends, best practices, and career development advice.
American Society for Engineering Education (ASEE) - ASEE offers resources related to engineering education, research, and industry trends that can inform decisions about pursuing multiple engineering majors.
Bureau of Labor Statistics (BLS) - BLS provides data on employment trends, salary information, and occupational outlooks for various engineering disciplines, which can help in evaluating the potential benefits of pursuing multiple engineering majors.
GOD BLESS!
James.
Is it worth it to get multiple engineering majors?
In the field of engineering, pursuing multiple majors can be a strategic decision that offers various benefits but also comes with its own set of challenges. Here are some factors to consider when deciding whether it is worth it to get multiple engineering majors:
1. Enhanced Skillset: Pursuing multiple engineering majors can provide you with a diverse skillset across different disciplines within the field. This can make you a more versatile and well-rounded engineer, capable of tackling a wider range of projects and challenges.
2. Career Opportunities: Having expertise in multiple engineering disciplines can open up a broader range of career opportunities for you. Employers may value the diverse skillset and knowledge base that comes with multiple majors, potentially leading to more job prospects and higher earning potential.
3. Specialization: On the other hand, focusing on a single engineering major allows you to specialize deeply in that particular area, becoming an expert in the field. Specialization can lead to niche career opportunities and potentially higher demand for your specific skillset.
4. Time and Resources: Pursuing multiple engineering majors typically requires additional time and resources compared to focusing on a single major. It is important to consider whether the investment in terms of time, tuition fees, and effort aligns with your long-term career goals.
5. Academic Rigor: Juggling multiple majors can be academically challenging, as you will need to balance coursework from different disciplines simultaneously. It is essential to assess whether you have the capacity and dedication to excel in all areas of study.
6. Personal Interests: Ultimately, the decision to pursue multiple engineering majors should align with your personal interests and career aspirations. Consider whether the additional majors complement each other and contribute meaningfully to your overall academic and professional goals.
In conclusion, whether it is worth it to get multiple engineering majors depends on your individual circumstances, goals, and preferences. While it can offer advantages such as a diverse skillset and expanded career opportunities, it also requires careful planning, dedication, and resources to successfully navigate the challenges that come with pursuing multiple majors simultaneously.
Top 3 Authoritative Sources Used:
National Society of Professional Engineers (NSPE) - NSPE provides valuable insights into the engineering profession, including trends, best practices, and career development advice.
American Society for Engineering Education (ASEE) - ASEE offers resources related to engineering education, research, and industry trends that can inform decisions about pursuing multiple engineering majors.
Bureau of Labor Statistics (BLS) - BLS provides data on employment trends, salary information, and occupational outlooks for various engineering disciplines, which can help in evaluating the potential benefits of pursuing multiple engineering majors.
GOD BLESS!
James.
Updated
Nick’s Answer
Consider combining engineering and law. Patent Attorney is a very lucrative career.
Hi Nick, this is an interesting answer but it doesn't address the student's question. Do you believe the combined engineering/law degree would be better than having multiple engineering majors?
Gurpreet Lally, Admin
It's good for a student to keep a open mind and wise to spend their time and talent well. I can cite four actual cases where an engineering major went on to patent law and did very well. One was my uncle as an engineering graduate of what i now known as NYU Tandon and was a patent attorney fr Texaco. An engineering colleague of mine achieved patent attorney and rose up in the company. I advised a friends sons, both engineering majors to consider patent law because jobs for engineers were scarce. They both did and live very comfortable lives.
Nick D
Thank you for your response!
Gurpreet Lally, Admin
Maxwell Pereyra, M.Ed.
College Student Affairs Officer, Educational Researcher, Engineer
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Maxwell’s Answer
That certainly depends on what your interests are. For example, suppose you're studying bioengineering but find that you're interested, in particular, in biomedical imaging. You may find it useful to take additional courses (if not gain a second major) in electrical engineering or computer science.
This should be noted with several caveats, however. First, in the above example, it may be a better use of your time to spend time doing research in a biomedical imaging lab. This may be more relevant to your interests, and you'd be learning what you really needed to know (as opposed to theory and additional coursework that may be unnecessary). Thus, depending on your interests, research or other experiences like projects or internships may be a better usage of your time.
Second, it's important to consider that engineering majors frequently have a ridiculous amount of required units/courses, and trying to do two majors at once would very likely extend how long you stay at a given university. If you're willing to either increase your course load every term (to potentially uncomfortable levels) or extend your stay in college, then perhaps earning a second engineering major may be something to consider.
Furthermore, the answer to your question is 100% dictated by the field you're in and what your interests are. I would first consider if doing a second major is really important to what your interests are. I would then research the requirements of the college/university you are at or are considering going to, and seeing what kind of course load (and over what period of time) would be required for you to graduate. Then, I would weigh the pro's and con's of pursuing multiple engineering majors.
In my experience, you may be better off studying one field, and then trying to take additional coursework/electives (or get experiences such internships or lab work) in the other field that you think you may need additional skills in. Ultimately, it would be your decision, but keep in mind things like time, money, and your own well-being!
Maxwell recommends the following next steps:
Well put. Two undergraduate degrees if complimentary otherwise perhaps and advanced degree in one chosen discipline.
Bill Hill