Mechanical Engineering Degrees & Schools Guide

Associate, Bachelor's & Master's Degree in Mechanical Engineering Options & Salary

What Does a Career in Mechanical Engineering Entail?


A career in mechanical engineering will involve building, testing, and designing mechanical devices that include tools, powerful engines, and a wide variety of machines. Mechanical engineers can be researchers at the edge of technological innovation or parts of public agencies that check many things for safety and effectiveness.

Mechanical engineers increasingly work in computerized environments, and they are in demand as Master’s degree holders and doctoral level candidates for teaching and advanced projects. Mechanical engineering reaches to the edges of new technology in fields like robotics and brings streams of improvement to existing machines such as automobiles. Careers in mechanical engineering provide an endless variety of work and problem-solving challenges.

Engineering Degrees & Career Paths


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Components of A Successful Career In Mechanical Engineering

Mechanical engineers work in a highly interactive environment that involves many different disciplines, roles, and settings. The hard skills include education, knowledge, and technical abilities. The personal traits or soft skills also predict success.

  • Creativity is needed for the development and design part of the career as well as the problem-solving activities that mechanical engineers must utilize. These versatile professionals work in a wide variety of settings.
  • Math skills are essential to the basic functions of mechanical engineers. Mathematical precision and certainty are part of the mission whether designing, testing, or developing products, systems, or devices.
  • Teamwork is a commonly needed attribute for mechanical engineers; a large portion of their typical workday involves working in teams or collaborations with engineers and other types of professionals.
  • Communications in written and oral presentations is also a critical element of a successful mechanical engineering career. They must be able to relate to audiences with little or no technical understanding as well as advanced engineering and technical professionals.
  • Problem-Solving is a big part of the career. Mechanical engineers must handle unpredictable situations brought to them by employers, clients, and research projects.

How to Become a Mechanical Engineer


  • Apply to schools accredited by the ABET and/or their regional accreditor
  • Get a bachelor’s degree in Mechanical Engineering
  • Perform a supervised apprenticeship
  • Get licensed if required by state law
  • Apply for positions

Typical Mechanical Engineering Degree Requirements

mechanical_engineering_requirements Associate degrees are usually two-year programs that do not provide a degree in engineering but in a related support field such as engineering technology. Associate degrees typically require 60 to 65 credit hours divided among general education and technical education.

Bachelor’s degrees in mechanical engineering are four to five-year degrees that may require an ending project and internship. They typically require 125 to 130 credit hours with intense mathematics and science concentrations.

Master’s degrees in mechanical engineering establish expertise in the field. They require a bachelor of science degree in mechanical engineering or a closely related field such as general engineering. The degree typically takes two years for completion and about 35 to 45 semester hours of coursework.

Typical Mechanical Engineering Certifications Needed

Engineers that seek to hold themselves out to the public must meet state licensing requirements for engineers. There are many voluntary certifications that may be useful for a mechanical engineering career. Licensing requirements include an exam and supervised internships.

Schools approved by ABET for engineering accreditation prepare students for the Professional Engineer exam. Engineers may have to pass the Fundamentals of Engineering and Principles and Practice of Engineering tests as administered by the National Council of Examiners for Engineering and Surveying.

Academic Standards for a Mechanical Engineering Degree

The qualifications for pursuing an associate or bachelor’s degree in mechanical engineering focus on demonstrated ability in math and science. All applicants must have a GED or high school diploma. They must also be in good standing and in compliance with rules concerning student conduct. Students must take standardized tests like the ACT or SAT. Engineering schools will scrutinize the level of mathematics and science and assess the student’s performance in those subjects.

Also, once accepted into the program, most colleges and universities require that students adhere to a certain code of conduct, such as not cheating on test or papers and keeping a certain GPA, usually over 2.5.

Exam/Experience Needed for a Mechanical Engineering Degree

mechanical_engineering_exam Experience is a necessary feature of a mechanical engineering resume, and employers wish to see a record of practical work experience such as internships. Many schools require internships or similar projects in their curriculum along with laboratory work to test student knowledge in real-world conditions. Mechanical Engineering courses and curricula prepare graduates to sit for professional engineer and state licensing exams. Mechanical engineers require licenses when they head out to the public as professional engineers.

Important Questions to Ask


How long does it take to earn a Mechanical Engineering bachelor’s degree online?


mechanical_engineering_earn The Bachelor of Science in Mechanical Engineering is a four-year degree. When students must complete internship requirements, the term of attendance often runs to five years. Students can complete the degree in four years of online study, and many online programs arrange practical experience or internship assignments near the student’s home area.

Part-time attendance can extend the degree completion to five or six years. Many online students prefer to mix their classwork with jobs, business, or other obligations and typically take more than four years. Online students can also accelerate completion of the degree by taking extra courses and attending during summer sessions.

How much does a Mechanical Engineering bachelor’s degree cost?


The costs for a four-year Bachelor of Science in Mechanical Engineering are not the same for every school or student. Across all institutions, the average costs should include tuition, books, room & board, and incidental expenses. These numbers can produce an annual estimate which would apply to four years of education. The average total costs range for private schools is $190,000. The average total costs range for in-state students at public schools is about $156,000. The average total costs of a degree at public schools for out-of-state students is about $85,000.

Does the school have the major(s) you’re considering?


mechanical_engineering_considering The choice of major is essential to reaching the student’s career goals. Students should carefully align their choice of major fields of study with their short and long-term career objectives. In the field of mechanical engineering, students need a solid foundation in design, systems, materials, and thermodynamics. They may also wish to focus on some of the broad areas of study within the field such as aerospace technology.

Students must make sure that the faculty expertise, educational resources, and course selection will match their idea of the mechanical engineering major. They must make sure that the majors available at the selected school promote progress towards their career goals.

How many students graduate “on time,” in four years?


The collegescorecard.ed.gov website offers graduation rates for nearly every school in the US. Across the US one can use an average figure that crosses all majors to determine the typical graduation percentage.

Type of School4-Year Graduation Rate6-Year Graduation Rate
Public schools35%65.7%
Private schools53%68%

The trend across the US is towards later graduation. Students may opt for lower course loads, and in some cases, crowded majors may force students to delay the completion of required courses. The impact may be more significant for the costs than for the educational results. Each added year of attendance increases the costs of a four-year degree by about 25%.

What kind of accreditation does the program hold? How is it regarded in the field?


mechanical_engineering_accreditation Students must assess the school or engineering program accreditation status. A program or school with no accreditation poses a risk that the degree will not be as useful as it should be to help the student find jobs, higher pay, and further educational opportunities. Accreditation is a required qualification for schools that participate in the federal student loan program.

In the field of engineering, the leading program accreditation agency is the Accreditation Board for Engineering and Technology (ABET). This Council for Higher Education Accreditation (CHEA)-recognized accreditation body accredits engineering programs at the baccalaureate and master’s level. A program accreditation by ABET has wide acceptance and makes a powerful combination with regional accreditation for the entire institution. ABET accreditation is recognized by CHEA and accepted in the US and internationally in engineering and many applied science programs.

Software, Technology and Skills Needed


mechanical_engineering_skill

Mechanical engineering is the broadest field of engineering as it involves research testing, design, manufacturing, and supports many government regulation functions. The hard skills that mechanical engineers need include in-depth familiarity with computers, operating systems, and standard software. Mechanical engineers spend a lot of time performing simulations, tests and making designs.

They should be at ease with computer-aided design in AutoCAD and 3-D types. They must operate Microsoft office for spreadsheets and reports. They must be able to read diagrams, flow-charts, and project documentation quickly

Mechanical engineering students can seek their education at three levels. High school graduates and GED holders can apply for admission to associate degree programs in the field of mechanical engineering. These two to three-year courses of study can provide basic education and prepare graduates to qualify for entry-level work in the field as assistants and technicians.

The other option for high school level applicants is to apply for a bachelor of science degree program at a four-year institution. The four-year program for a bachelor’s degree in mechanical engineering will equip graduates for employment as mechanical engineering professionals. In states that require licenses, they can sit for the state-sponsored professional engineer license.

If students already have a bachelor of science in engineering, then they can apply for master’s degree programs. The two-year master of science degree program will qualify students as experts in one or more areas of mechanical engineering. The master’s degree can open doors to teaching positions and to further education at the doctoral and research levels.

Mechanical Engineering Fields of Study


Aerospace and Astronautical Engineering is the field of engineering concerned with spacecraft and aircraft. Aeronautics deals with engineering in the earth’s atmosphere and astronautics involves space travel.

Mechatronics is the intersection of electrical engineering and mechanical systems it borrows concepts from robotics, computer technology, controls, and telecommunications.

Manufacturing Engineering helps drive innovation and efficiency in the production of goods. Areas of concern to mechanical engineers include automated manufacturing, quality control, precision manufacturing, development of tools, and optimizing processes

Associate's Degree


The associate degree in mechanical engineering will introduce the student to the field and equip them to work in low, entry-level positions. The associate degree combines general education, math, science, and engineering coursework. The general coursework will ensure a solid foundation in writing, mathematics, physical sciences, and communications. The technical coursework will focus on technical writing, terminology, and the fundamentals of engineering.

Example Coursework for the Associate degree in mechanical engineering:


  • Fluid dynamics and thermodynamics
  • Manufacturing processes
  • Engineering software (CAD and CAM)

Bachelor’s Degree


The total coursework is between 125 and 135 semester hours depending on the school and the requirements for internship and practicum assignments. The program design calls for four-year completion, but many students take five years to finish the course and internship requirements. The curriculum includes general education like communications and writing which is also important for the mechanical engineer. The bachelor’s degree prepares students to sit for state examinations for licensed engineer professions.

Example coursework for the bachelor’s degree in mechanical engineering:


  • Introduction to Design
  • Thermodynamics and Heat Transfer
  • Manufacturing Processes and Machine Design
  • Systems, Dynamics, Controls

Master’s Degree


The master’s degree in mechanical engineering takes between 35 to 45 semester hours of coursework depending on the school and whether the program requires a thesis. The programs should align the student’s knowledge with current research and prepare graduates for specialization within the field of mechanical engineering. Current themes include human-centered design and design for sustainability. Beyond the traditional focus of manufacturing standards for costs and feasibility, modern practice requires consideration of social costs including usability, viability, and environmental impact.

Example coursework for the master’s degree in mechanical engineering:


  • Dynamics
  • Micro-Electro-Mechanical Systems (MEMS)
  • Robotics and Kinematics
  • Materials and Stress Analysis
  • Design for Manufacturability

Degree Level, Tuition and Costs


Associate’s Degree


Degree LevelTuitionTotal Costs
Private$3,600$14,000
Public$14,500$25,000

Bachelor’s Degree


Degree LevelTuitionTotal Costs
private$33,800$48,500
public school, in-state$11,200$22,500
public school, out-of-state$27,500$39,900

Master’s Degree


Degree LevelTuitionTotal Costs
Private Schools$31,500$44,500
Public Schools$9,900$19,500

Potential Careers & Salaries for Mechanical Engineering Grads


The facts that drive salaries in a career in mechanical engineering are experience and education. The Bureau of Labor Statistics show clearly the upward direction of wages as employees gain experience.

Education is the other driver of median salaries. There is a direct relationship between salary and educational achievement. From high school diplomas to doctoral degrees, the median salaries rise in step with educational achievement. Education and online education are proven methods to increase salary, lifetime earnings, and add further options for jobs and careers.

Mechanical Engineering Salaries by Occupation


Median Career SalariesEntry-LevelMid-CareerLate-Career
Controls Engineer$67,600$79,900$93,000
Manufacturing engineer$63,700$72,300$81,300
Aerospace Engineer$72,300$89,300$131,900
Project Manager, Engineering$71,100$86,500$108,900
Automotive Engineer$69,900$77,000$99,000
HVAC Engineer$60,200$75,200$85,600

Annual Median Salary by Occupation


OccupationMedian Salary
Controls Engineer$74,500
Manufacturing engineer$67,100
Aerospace Engineer$82,300
Project Manager, Engineering$89,200
Automotive Engineer$74,400
HVAC Engineer$65,800

Mechanical Engineering Scholarships


The below-listed items describe some noteworthy mechanical engineering scholarships.

  • Society for Manufacturing Engineering Foundation Scholarships
    Amount: $1,000-$6,000
    Deadline: February 15

    These scholarships support students pursuing a degree in mechanical engineering, manufacturing, or a closely related discipline. Students must have a minimum GPA of 2.0 although most awards require a 3.0 GPA. Students must be citizens or legal residents of the US or Canada. Awards can support enrolling first-year students, undergraduates, or graduate students with a qualifying major.

  • The Society for Automotive Engineers Scholarships
    Amount: $1,000-$10,000
    Deadline: March 15

    The society offers aid designated for first -year, sophomore, junior, and senior year applicants. There are four first-year scholarship awards, five second-year student awards, seven third-year awards including the Kentucky students award, and nine senior year awards.

  • The American Society of Mechanical Engineers Scholarships
    Amount: Various
    Deadline: March 7

    The ASME offers 25 undergraduate scholarships. The requirements for grades, eligibility, and award amounts vary with each fund.

  • ASME Standards & Certifications (S&C) Scholarship
    Amount: Up to $10,000 per year
    Deadline: March 7

    The S&C Memorial Scholarship fund honors ASME staff members and their contributions. The S&C scholarship has one award up to $10,000 per year and up to three years including one graduate year. The program supports a multi-year term of study beginning in the first or second undergraduate year. Eligible applicants will major in mechanical engineering, mechanical engineering technology, or related bachelor of science field. The award decision criteria includes scholastic ability and a demonstrated potential to contribute to the mechanical engineering profession. Students must have a minimum GPA of 3.0 on a four-point scale and remain in good standing.

  • SAE Graduate and Ph.D. Scholarships
    Amount: Various
    Deadline: March 1

    Society of Automotive Engineers awards scholarship support for master’s degree and doctoral level students in the SAE Heinz C. Prechter Automotive Excellence Scholarship, the Yanmar/SAE Scholarship, and the SAE Doctoral Engineering Scholarship. The Prechter Award supports entrepreneurship and innovation. The Yanmar/SAE award requires attendance at an ABET accredited school or program and research on subjects including conservation, and power generation. The SAE Doctoral award supports students planning a degree and career in teaching in the field of engineering.

Professional Mechanical Engineering Organizations


  • ASME
  • IME
  • IAPE
  • SAE
  • SME
ASME_logo

ASME

The American Society of Mechanical Engineers

The American Society of Mechanical Engineers is a membership organization that promoters multidisciplinary mechanical engineering. Mechanical engineering is both an art and a science that well-trained professionals practice in a wide range of settings across the developed world. Students can benefit from peer-reviewed publications, information on trends, and educational resources.

IME_logo

IME

The Institution of Mechanical Engineers

The Institution of Mechanical Engineers is an international membership organization that represents a global professional community. The organization encourages participation in the profession and promotes career development for mechanical engineers. The group provides career and continuing education. Students can join and benefit from exposure to thought leaders, networking opportunities, and educational resources.

CIRP_logo

IAPE

International Academy for Production Engineering

International Academy for Production Engineering (CIRP) is an international association for production research. This essential commercial and business area of study fuels the manufacturing base in advanced nations and the developing world. The organization works to promote best practices in design, optimization, controls, and processes. The work includes machines and systems. Membership is by invitation, and it attracts many affiliated companies and individual contributors. Students can interact with the leadership organization and benefit from information, trends, and networking opportunities.

SAE_logo

SAE

Society of Automotive Engineers

Society of Automotive Engineers is an authoritative source of standards for several industries and industrial classifications. The organizational goal is to advance transportation and mobility methods for the world’s population. The organization sponsors education for mobility professionals and programs to connect them to the needs of societies. The association works through more than 128,000 professionals and experts in aerospace and automotive vehicles. The organization promotes voluntary consensus standards.

SME_logo

SME

Society of Manufacturing Engineers

Society of Manufacturing Engineers is an organization that helps manufacturers innovate and expand by promoting manufacturing technology. The Society uses its offices to connect manufacturers for greater coordination and consistency for consumer benefit. SME promotes workforce training and development. Students can benefit from membership in the technology-oriented association. They can take advantage of information and educational resources that reflect the cutting edge of manufacturing technology.

Choosing an Accredited College


University HQ recommends selection of an accredited school, college, or university for your education in mechanical engineering. Accreditation is an assurance of high-quality education for the student, the potential employer, and other educational institutions. In the field of engineering, there are both regional and specialized accreditation that the student should note.

The regional accreditation agencies have approval from the Department of Education, the Council on Higher Education Accreditation, or both. The regional accreditation agencies assess the entire institution and certify their quality. The Department of Education and CHEA also authorize program accreditation, and the ideal combination is to select a regionally accredited school and an engineering program that has program accreditation.

ABET is a widely used accreditation for engineering and science-based education. ABET is cognized by CHEA as an official accrediting agency. It also has wide acceptance among employers, international groups, and many countries. With all non-DOE accreditation, students must carefully examine the acceptance and determine the level of respect given the organization’s symbol of approval. Accreditation affects the acceptance of your degree ad college credits and as proof of quality education.

Online vs. On-Campus vs. Hybrid


Students can choose the way they attend college and pursue a degree in mechanical engineering. Students can select on-campus education, distance learning online, and a mix of both also known as a hybrid program.

On-campus learning is the traditional style of teaching in classrooms and lecture halls. Students gather at the same place and time and learn as a group. This type of education is called synchronous because the students learn together.

Online education is asynchronous, students can access and interact with the course content individually, and not as a group. Online learning is convenient and flexible. Students can set a schedule that meets their needs and preferences. Online education is ideal for people that have jobs, run businesses, or do not wish to attend on a campus setting.

Hybrid programs combine on-campus and online coursework to allow students to access education in the way, and at the time, they prefer. Students can take courses on-campus and online in a pattern that meets their needs. Hybrid education programs can help students enjoy the benefits of association with other students and the campus community. The hybrid program helps students attend regular classes to complete a degree while holding a job, running a business, or managing family obligations.

Additional Questions


Does the College Have Post-Graduate Job Placement Help & Assistance?

University HQ places priority on post-graduate placement and assistance. Students should consider the level of resources committed to job placement and career counseling among their selection criteria. A robust career counseling and job placement program is an advantage for students. Career guidance should begin with the first semester and students should have access to counseling and coaching at points along the way to graduation. For example, in the mechanical engineering occupations, employers place value on internships and other hands-on types of experience. Students armed with this information can make better choices for courses, networking, and finding opportunities to learn in real-world settings.

Career assistance should begin at the earliest time with advice and information. Students must navigate a complex array of courses and elective study choices to graduate on time. It is also important to graduate with the background needed to achieve career goals.

Why You Need to Consider the Overall National Rankings of the College and The Effects on Your Career or Salary

The likely impact of college rankings is to boost salary among graduates. Data from the College Scorecard website demonstrate many graduates from top-ranked schools enjoy higher average salaries when measured ten years after graduation. College rankings do not predict higher salaries for everyone, and reputation is a difficult factor to measure. When you are selecting colleges and there are two more or less equal schools, then you can reasonably use rankings as a deciding factor in the final selection.

The idea is to consider rankings, but not to be guided by them. The student experience and success will more likely be a product of the fit between the student’s preferences for learning and that which the school provides. Student success can depend on a number of immediate factors such as a supportive learning environment, available educational resources, and the ability of faculty members to spend time with students.

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