Thinking about pursuing a mechanical engineering master’s degree? You’re in the right place! This comprehensive guide offers insight into what it’s like to be a mechanical engineering student and the many paths you can take within the field of mechanical engineering.
From designing state-of-the-art machines to working on groundbreaking renewable energy projects, mechanical engineers develop devices and systems that impact how we live and work.
If such opportunities sound compelling to you, it’s time to learn more about the many concentrations within the field of mechanical engineering and dive into curriculums and program details.
Master’s in Mechanical Engineering Online Program Overview
The courses you take are the heart and soul of any engineering master’s degree program.
With a mechanical engineer master’s degree, you’ll dive into advanced subjects like thermodynamics, fluid mechanics, materials science, and control systems. As you dig deeper into these areas, you’ll gain more and more knowledge and, ultimately, become an expert in your field.
Get ready for classes focusing on design methodologies and techniques that help bring your skills to life. And research? You can immerse yourself in captivating and exciting projects that push the boundaries of what’s possible in our ever-evolving world.
Now, you might be thinking, “This all sounds great…but how can I fit this learning experience into my busy life?”
Enter online degree programs. They offer the flexibility you need to balance work, personal commitments, and education. Imagine tuning into top-notch lectures while sipping coffee in your PJs or catching up on assignments during those late-night study sessions. The best part? Plenty of reputable universities now provide accredited online mechanical engineer master’s degrees—so there’s no compromising on quality for convenience.
Concentrations for Master’s Degrees in Mechanical Engineering
- Automotive Engineering: If you’re into cars, trucks, and all things automotive, this one’s for you. It focuses on design, manufacturing, and testing of vehicles and their systems, including engines, powertrains, and more.
- Robotics and Automation: This concentration is all about designing, building, and controlling the machines of the future. You’ll learn about sensors, actuators, control systems, and all that cool stuff.
- Energy Systems: If you’re passionate about the environment and renewable energy, this could be a good choice. You’ll study different energy sources, like solar, wind, and geothermal, as well as energy conversion, storage, and distribution systems.
- Aerospace Engineering: This concentration is great for those who want to work on aircraft, spacecraft, and other flying machines. You’ll learn about aerodynamics, propulsion systems, and material science related to aerospace applications.
- Materials Engineering: If you’re into the nitty-gritty of what stuff is made of, this concentration focuses on the properties, processing, and applications of materials in engineering. You’ll learn about metals, polymers, ceramics, and composites, and how to choose the best materials for specific projects.
- Thermal and Fluid Sciences: Get ready to dive deep into heat transfer, fluid dynamics, and thermodynamics. This concentration covers everything from heating and cooling systems to understanding how fluids and gases interact with different materials.
- Mechatronics: Love the idea of combining mechanics, electronics, and computer control? This concentration merges mechanical, electrical, and computer engineering principles to create complex systems like drones, medical devices, and more.
- Biomechanical Engineering: If you’re fascinated by the human body and want to help people live better lives, this concentration might be for you. It’s all about applying engineering principles, like mechanics and materials, to biomedical problems. Think prosthetics, implants, and even surgical robots.
- Design and Manufacturing: This concentration focuses on developing new products and engineering solutions, from the initial concept to the final product. You’ll learn about CAD, 3D printing, and other cutting-edge manufacturing technologies.
It’s important to note that concentrations vary by school, so be sure to check with each university you’re interested in to see what each offers.
10 Master’s in Mechanical Engineering Online Degree Programs
The best master’s in mechanical engineering degree program depends on your personality, career interests, and other factors.
If you’re considering a master’s in mechanical engineering online program, take a look at these highly rated options as you prepare your application materials.
1. Boston University – Master of Science in Mechanical Engineering
Boston University has been offering distance learning courses for mechanical engineering students since 1991. Many courses are offered asynchronously, but some require synchronous attendance, depending on the discretion of the instructor.
Explore process modeling, the vibration of complex mechanical systems, materials technology for microelectronics, and other advanced courses as you earn your Master of Science degree. Applicants must have a bachelor’s degree to apply.
2. Columbia University – Master of Science in Mechanical Engineering
Study in a department known for making history in the field. Ever since the Mechanical Engineering Department at Columbia was founded in 1897, it’s received many national and international awards in mechanical engineering.
Study robotics, power generation, dynamics, vibration, solids, fluids, and more. Columbia University’s online master’s programs cost $2,272 per credit hour in the 2021 – 2022 academic year.
3. Johns Hopkins University – Master of Science in Mechanical Engineering
Study under executive-level mechanical engineering professionals at Johns Hopkins University, like program chair Jaafar El-Awady. Enjoy the flexibility of online study as you explore advanced coursework to help you master modern tools and advanced analytics. At Johns Hopkins, you can specialize in one of the following focus areas:
- Advanced manufacturing
- Biomechanics
- Robotics and controls
- Fluid mechanics and thermal science
- Solids/mechanics of materials
The typical course cost at the Whiting School of Engineering at Johns Hopkins University is about $4,920 for graduate-level courses. Most students must complete ten courses to earn a Master of Science degree. According to Johns Hopkins University, 78% of students receive tuition coverage through employer contribution programs.
4. North Carolina State University at Raleigh – Master of Science in Mechanical Engineering
This online course requires you to complete 30 credit hours for successful completion. There isn’t a thesis required, so the program centers on specialized courses in mechanical engineering. North Carolina State has a long history of providing distance education, with the first distance courses in engineering being offered in 1978.
Take courses in structural vibration, fluid dynamics, finite element analysis, and fracture mechanics. A full-time online student typically takes nine credits per semester, which makes the tuition rate for 2021 – 2022 $4,547.50 per semester.
5. Pennsylvania State University World Campus – Master of Science in Mechanical Engineering
This Department of Mechanical Engineering course routinely ranks as a highly rated option for Master of Science students. You’ll need to complete undergraduate mechanical engineering core courses to apply to this program.
The primary courses are organized into two general fields: mechanical sciences and thermal sciences. From there, you’ll explore research and practical knowledge in more complex subjects, such as heat transfer, fluid mechanics, and systems and controls.
6. Purdue University – Master of Science in Mechanical Engineering
Take the same highly rated, in-depth mechanical engineering courses as on-campus students at Purdue University. Graduates have gone on to work in the automotive, manufacturing, biotech, and aerospace industries. Courses include basic requirements in mechanical engineering and math, along with electives in your technical focus.
Purdue University offers competitive tuition rates. For both Indiana residents and out-of-state residents, the total degree cost is just $22,500. You may be eligible for federal financial aid, grants, and scholarships to reduce this cost.
7. University of California, Los Angeles – Master of Science in Engineering
UCLA consistently ranks as a leader among engineering programs in the nation. The online Master of Science in Engineering is a competitive choice for studying aerodynamics, mechanical design, structural analysis, and other specialized areas in the field.
The program cost for an online Master of Science course at UCLA is currently $37,800, before scholarships and other financial aid. The UCLA mechanical and aerospace engineering faculty offer expert industry knowledge and access to cutting-edge scholarship.
8. University of Illinois – Master of Science in Mechanical Science and Engineering
Prepare to study computational modeling, applied control system design, and other high-level mechanical engineering topics as a part-time or full-time student. The Grainger College of Engineering at the University of Illinois offers these and other specialized courses as part of an online degree program. You’ll take the same courses and earn the same degree through this online opportunity.
Tuition rates for online programs at the University of Illinois vary depending on the number of credit hours you take. For example, in 2021 – 2022, the cost of a four-credit course was $4,440, while the cost of a one-credit course was $1,110.
9. University of Washington – Master of Science in Mechanical Engineering
Study as a full-time or part-time student at the University of Washington. Like most master’s degrees in mechanical engineering, this program requires you to have previous knowledge in the field, typically from a bachelor’s degree in mechanical engineering.
Master of Science degrees at the University of Washington requires you to take at least 42 credits. You can choose from all-coursework, project-based, or thesis-track approaches to the degree. Explore computational techniques, finite element analysis, convex optimization, and other advanced courses in the field as part of this program.
10. University of Wisconsin–Madison – Master of Engineering in Engineering
The University of Wisconsin–Madison focuses on highly interactive online instruction from world-renowned instructors. Explore power engineering, engine systems, management, and other specialties of engineering related to your mechanical engineering career.
Study online at the University of Wisconsin–Madison and pay the same tuition rate whether you’re a resident of Wisconsin or another state. For most students, tuition ranges between $600 and $675 per credit. Connect with the admissions team to find out the specific cost of your program.
Why Earn an Online Master’s Degree in Mechanical Engineering?
Why should you earn an online master’s degree in mechanical engineering? Here are some of the most significant benefits of getting your graduate online:
Flexibility: One of the best things about earning your master’s online is that you can work on your studies whenever you want—morning, noon, or night. You don’t have to worry about being tied down to a specific location, and as long as you have a laptop and an internet connection, you can learn from anywhere. This level of flexibility makes it perfect for busy professionals or those with families.
Lower Costs: In some cases online programs offer cost savings compared to similar on-campus programs. For example, you might save on commuting and living expenses if you don’t have to travel or relocate.
Networking Opportunities: Online programs typically provide plenty of networking opportunities through discussion boards, group projects, and even virtual events. You’ll be able to connect with classmates and professors from all over the world, expanding your professional network in ways you never imagined.
Advancing Your Career: Earning a master’s in mechanical engineering can open doors to a whole range of exciting career opportunities, including leadership roles, cutting-edge research positions, and even entrepreneurship. With an advanced degree under your belt, you’ll have the skills and knowledge needed to tackle complex engineering challenges, making you eligible for roles in a variety of industries.
Customizable Learning: Online programs often let you tailor your degree to suit your interests and career goals. With a wide range of concentrations available, you can really sink your teeth into the areas of mechanical engineering that fascinate you the most. This means you’ll be constantly engaged, motivated, and enjoying every bit of the learning process.
Real-World Applications: Online master’s in mechanical engineering programs aren’t just about theory—they’ll get you ready for the real deal. Expect to tackle practical projects and case studies that’ll prepare you for real-world engineering problems. You’ll have the opportunity to work with the latest software and engineering tools, giving you a competitive edge in the job market.
Master’s in Mechanical Engineering Curriculum and Common Courses
Curious about what kind of courses you’ll be tackling during your master’s in mechanical engineering journey? Well, buckle up, because we’re about to dive into the details of the curriculum and the common courses you can expect to encounter.
Each program may have its unique course offerings, but there are some core subjects that’ll likely pop up, regardless of where you decide to study.
In the following sections, we’ll explore some of those key courses and give you a more in-depth understanding of what to expect in your master’s in mechanical engineering degree.
Mechanical Engineering Curriculum and Common Courses
In a master’s in mechanical engineering program, you’ll find a set of courses designed to build up your knowledge and skills in the field. Here’s a taste of some core subjects you might find in a standard graduate ME curriculum:
- Advanced Mechanics of Materials: Dig deep into the behavior of materials under stress, explore theories like elasticity and plasticity, and learn how these concepts apply to real-world engineering problems, from designing stronger structures to developing materials for aerospace applications.
- Computational Fluid Dynamics (CFD): Immerse yourself in the world of fluid flow simulations. You’ll learn how to develop and analyze complex fluid flow models using computational methods, which can help in solving a wide range of engineering problems, like improving aerodynamics or designing efficient cooling systems.
- Control Systems: This course will introduce you to the principles and techniques used in designing feedback control systems for mechanical devices. You’ll learn about topics like stability analysis, controller design, and system optimization, which are crucial in areas like robotics, automation, and aerospace engineering.
- Heat Transfer: If you’re interested in thermal and energy applications, this course is a must. You’ll study the fundamentals of heat transfer, focusing on conduction, convection, and radiation processes, and how to apply these principles to engineering challenges like optimizing heat exchangers or developing efficient cooling systems.
- Finite Element Analysis: Step into the world of numerical simulations as you learn about the finite element method, a powerful tool for analyzing structures and materials. You’ll explore techniques for simulating mechanical problems, such as stress analysis, vibration, and heat transfer, and apply them to solving real-world engineering challenges.
- Design Optimization: Learn how to integrate mathematical optimization techniques with mechanical design, so you can develop the most efficient and effective engineering solutions. From material selection to component sizing, you’ll explore various ways to optimize designs for cost, performance, and manufacturability.
- Dynamics and Vibrations: Study the behavior of mechanical systems subjected to motion and vibrations. This course will teach you methods for analyzing and mitigating vibrations in systems like machines, vehicles, and buildings, which is essential in ensuring structural integrity and addressing noise and comfort-related issues.
- Manufacturing Processes and Systems: Get the lowdown on advanced manufacturing techniques, like additive manufacturing (3D printing), micro- and nano- manufacturing, and cutting-edge materials processing methods.
- Mechanical Systems Integration: This course is all about putting the pieces of the puzzle together. You’ll learn how to integrate various mechanical systems and components to create complete, functional designs. Topics may include system reliability, integration challenges, and performance testing, giving you a well-rounded view of large-scale mechanical engineering projects.
- Robotics and Automation: Dive into the world of robotics as you learn about the principles, technologies, and applications of robotic systems. From robot kinematics to sensor integration and control algorithms, this course will prepare you for exciting opportunities in modern automation, like industry 4.0 manufacturing or autonomous vehicle development.
- Energy Conversion and Management: Explore the science and engineering of converting energy from one form to another for practical use. Topics may include internal combustion engines, fuel cell technologies, and renewable energy conversions like solar and wind power. You’ll also learn about strategies for managing energy resources efficiently and sustainably.
Accreditation for Master’s in Mechanical Engineering Degree Programs
Having covered the core curriculum/coursework you’ll encounter in a master’s in mechanical engineering program, it’s time to turn our attention to accreditation.
Accreditation plays an important role in ensuring the quality and rigor of the education you’ll receive, and it can impact both your career development and further educational opportunities. In the upcoming section, we’ll dive into the world of accreditation, explore its importance, and discuss specific accreditations you should look for in a master’s in mechanical engineering degree program.
ABET Accreditation
ABET, short for the Accreditation Board for Engineering and Technology, is the leading accreditation organization for engineering and applied science degree programs in the United States. Known as the “gold standard”, ABET accreditation is synonymous with high-quality education and rigor in the engineering field. Let’s get into why it’s super important for you to find an ABET-accredited mechanical engineering degree program.
First and foremost, ABET accreditation ensures the program you choose meets established industry standards, and that you’ll be getting the knowledge and skills needed to succeed as an engineer.
The accreditation process involves a thorough evaluation by a team of experts who look at the curriculum, faculty qualifications, facilities, and student support services to make sure everything is up to snuff.
Employers also know and trust ABET accreditation. When they see that your degree is from an ABET-accredited program, it’s an instant stamp of approval, and you’ll be regarded as a job candidate who has received a top-notch education.
This can give you a significant edge in the competitive job market and help pave the way for better job opportunities and higher salaries.
What Can I Do with a Master’s Degree in Mechanical Engineering?
A master’s degree in the mechanical engineering field opens up a plethora of exciting and rewarding career opportunities across various industries.
In the upcoming sections, we’ll explore some of the most promising career paths you can embark on post-graduation, giving you a taste of the possibilities that await you in the dynamic world of mechanical engineering.
From automotive to robotic systems and beyond, there’s no shortage of fascinating and fulfilling careers for mechanical engineering master’s degree holders.
Let’s dive in and look at what your future could look like.
Aerospace Engineer
Put your engineering skills to work in the aerospace industry, contributing to the design, development, and testing of aircraft, spacecraft, or satellite systems. With a focus on aerodynamics, propulsion systems, or materials science, you’ll have a direct impact on the exploration and development of next-gen aviation and space technologies.
Average Salary: As reported by the BLS, aerospace engineers can earn an average annual wage of $122,270.
Automotive Engineer
If you have a passion for vehicles, you can play a significant role in the development, design, and testing processes for cars, trucks, and motorcycles. With a master’s degree, you can specialize in areas like advanced engine technology, suspension systems, or emission controls.
Average Salary: According to O-NET, mechanical engineers in the motor vehicle manufacturing industry earn a median salary of $95,300 per year.
Robotics Engineer
Dive into a future-forward career in robotics, where you can help design, develop, and integrate robotic systems for various industries like manufacturing, healthcare, and entertainment. Your expertise in control systems, sensors, and programming will help shape the way robots evolve and interact in the world.
Average Salary: While the BLS doesn’t provide specific data for robotics engineers, mechanical engineers in the computer and electronics manufacturing industry earn an average salary of $93,360 per year.
Energy Engineer
Apply your mechanical engineering skills to the world of renewable energy and play a part in developing innovative solutions for energy generation, management, and conservation. From wind turbines to solar panels, you’ll make a tangible impact on the drive towards sustainable energy sources.
Average Salary: According to the BLS, mechanical engineers working in electric power generation, transmission, and distribution earn an average of $99,210 per year.
Research and Development Engineer
For those with a curious mind and a passion for innovation, a career in research and development might be right up your alley. Work on cutting-edge projects for companies, research institutions, or government agencies, discovering and creating new technologies that help solve real-world engineering challenges.
Average Salary: Salary.com data reports that mechanical engineers engaged in scientific research and development services earn a median salary of $115,955 per year.
These exciting career paths are just a snippet of the possibilities that lie ahead for those who choose to pursue a master’s degree in mechanical engineering. Keep in mind that salary figures can depend on factors like location, industry.
How Much do Mechanical Engineering Graduates Make?
When it comes to the earning potential of mechanical engineering graduates, you’re probably wondering how much money you might bring in after completing your degree.
Well, I’ve got some good news for you – mechanical engineering is a field known for offering competitive salaries and solid earning potential. Your exact income will depend on factors like your level of education, experience, location, and the industry you work in.
With that said, in the upcoming section we’ll dive into the numbers, giving you a closer look at the starting salaries for mechanical engineering graduates and what you might expect as your career progresses.
Starting Salary for Mechanical Engineering
When it comes to starting salaries for mechanical engineers, it’s important to know that your exact earnings will depend on factors like your geographic location, the industry you work in, and any internships or prior experience you may have.
That being said, entry-level mechanical engineers are often pleasantly surprised by the competitive starting salaries they can command.
According to the Bureau of Labor Statistics (BLS), the median starting salary for mechanical engineering graduates with a Bachelor’s degree is around $60,750 to $71,770 per year.
Average Salary for a Master’s in Mechanical Engineering
For those with a master’s degree, earning potential can be even higher, typically ranging between $71,770 and $82,300 per year for entry-level positions depending on the company and job location.
As you progress in your career and gain experience, your salary will likely increase accordingly.
Obtaining professional certifications, like the Professional Engineer (PE) license, can further boost your earning potential.
What’s the Most a Mechanical Engineering Graduate Makes?
At the peak of a mechanical engineer’s career, earnings can exceed $136,210 and rise all the way to $200,000 and up, depending on location and the type of work you’re doing.
Remember, it takes many years of hard work and expertise to work up to these salary levels, and isn’t something that should be expected from the get-go.
Tips for Increasing Salary Potential
You’re now aware of the fact that mechanical engineers can expect to earn competitive salaries post-graduation, but who wouldn’t want to up their game and boost their earning potential even more?
In this section, we’ll dive into some tried-and-tested tips that will help you increase your salary potential in the mechanical engineering field. From professional certifications to networking and continuous learning, the more you invest in yourself, the more it’ll pay off in your career.
- Earn Professional Certifications: Obtaining professional certifications, like the Professional Engineer (PE) license or other relevant certifications, can set you apart from the competition and increase your salary potential. These certifications showcase your expertise and commitment to the field and can help you clinch higher-paying positions or even qualify for promotions.
- Develop Your Expertise in a Niche Area: Specializing in a high-demand area of mechanical engineering, like robotics, renewable energy, or additive manufacturing, can put you in a strong position to command higher salaries. By honing your skills and staying current with new developments in your chosen niche, you’ll become an in-demand expert that employers are willing to pay more for.
- Master Soft Skills: While technical expertise is vital in mechanical engineering, don’t underestimate the importance of soft skills like communication, teamwork, and leadership. As you rise through the ranks, your ability to effectively collaborate, delegate, and communicate your ideas will come into play; these soft skills can go a long way in securing better-paying positions.
Continuing Education After a Master’s in Mechanical Engineering
You’ve conquered the master’s in mechanical engineering mountain, and you’re looking to keep climbing—what’s next?
There are plenty of continuing education options for someone who already holds a master’s degree. From advanced certificates to a doctorate degree in mechanical engineering, you can keep expanding your skills, knowledge, and stay on top of your game.
Advanced Certificates
If you’re a master’s graduate in mechanical engineering looking to enhance your career through continuing education, pursuing advanced certificates can be an excellent choice.
These certificate programs typically offer specialized, focused training in specific areas of mechanical engineering, allowing you to strengthen your knowledge and stay current with the latest industry trends.
Doctorate in Mechanical Engineering
If you’re contemplating pushing your academic boundaries even further and considering a doctorate in mechanical engineering, that’s wonderful.
A Ph.D. can be highly beneficial for several reasons:
- Deepen Your Expertise: A doctorate in mechanical engineering allows you to conduct in-depth research on a specific topic, helping you gain a valuable depth of knowledge and expertise in that particular area. This not only makes you a highly sought-after expert within the field, but also satisfies your intellectual curiosity.
- Expand Your Career Opportunities: Holding a Ph.D. opens doors to various high-level positions in academia, industry, and research institutions alike. For instance, you could become a professor, a research scientist, or even secure a leadership role in a major engineering company.
Scholarship and Financial Aid Information
Pursuing a master’s in mechanical engineering is an incredible opportunity, but it can also come with some financial challenges.
That’s where scholarships and financial aid swoop in to save the day. In the following section, we’ll explore various avenues for financial support, from university-specific scholarships to national financial aid programs specially designed for engineering students.
Financial Aid
When pursuing a master’s in mechanical engineering, there are various financial aid options to explore, such as submitting the FAFSA for federal grants, work-study programs, and loans.
University-specific scholarships, national engineering scholarships, assistantships, and potential employer support can also help cover the costs of your degree.
By thoroughly researching each option, including deadlines and eligibility criteria, you can maximize the financial support available to you, making your master’s degree journey more affordable and accessible.
Scholarships
Scholarships can be a game-changer for anyone pursuing a master’s in mechanical engineering, since they provide financial support that usually doesn’t need to be repaid.
There are various types of scholarships you could potentially receive, including university-specific scholarships, awarded based on merit or financial need, and scholarships offered by engineering organizations or private companies.
To apply for these scholarships, you’ll typically need to submit an application along with supporting documents such as academic transcripts, letters of recommendation, or personal essays. Keep an eye on deadlines, and remember that scholarship opportunities may vary in their eligibility criteria and award amounts.
The benefits of obtaining scholarships not only include easing the financial burden associated with pursuing a master’s degree, but also the recognition and prestige that come with being a scholarship recipient. Securing scholarships also demonstrates your determination, academic prowess, and commitment to your field, which can be impressive to potential employers as you enter the job market post-graduation.
Internships
Internships can be a great way to get real-world industry experience, grow your skills, and network with individuals in the field simultaneously.
By pursuing internships during your studies, you’ll already be ahead of your peers. We recommend reaching out to companies that offer internships, applying, and pursuing internship opportunities whenever you have the chance.
FAQ (Frequently Asked Questions)
How Much Does a Master’s in Mechanical Engineering Cost?
The cost of a master’s in mechanical engineering can vary significantly depending on the school and program chosen. Generally, a master’s degree has an average cost of $31,600 (in-state) for tuition and related expenses for two years of study. Fees, books, and other costs are usually additional.
Is a Master’s in Mechanical Engineering Degree Worth It?
Yes, a master’s in mechanical engineering is definitely worth it. With a master’s in mechanical engineering, you can pursue a range of exciting opportunities, from designing innovations for the automotive industry to researching the most advanced medical technologies.
How Long Does it Take to Earn an Online Master’s Degree in Mechanical Engineering?
The length of time to complete an online master’s in mechanical engineering varies depending on the program selected, but typically takes between 18–24 months of full-time effort, including holidays. It is possible to complete the degree in less time with accelerated courses or part-time enrollment.
Is a Master’s Degree Required to Advance in Mechanical Engineering?
A master’s degree is often preferred by employers for those advancing in the mechanical engineering field due to the complex nature of the work. In addition to specific technical knowledge, a master’s degree can also provide an advanced understanding of management and business concepts that can help boost career prospects.
Are Mechanical Engineering Jobs in Demand?
Yes, mechanical engineering jobs are in high demand, due to the current shortage of skilled engineers. This is especially true for the automotive and aerospace industries, where the rapidly increasing complexity of technology means that skilled engineers are needed to keep up with the demand.
What Industries Are Hiring Mechanical Engineering Graduates that have a Master’s Degree?
Some of the most common industries for mechanical engineering graduates with a master’s degree are Automotive Manufacturing, Aerospace Manufacturing, Construction, Power Generation, Design, and Manufacturing of Heavy Equipment, and Energy/Renewable Energy.
Is an Online Master’s in Mechanical Engineering the same as an On-Campus Degree?
Online master’s programs in mechanical engineering offer the same coursework and accreditation as on-campus programs. An online program is often more flexible and allows students to pursue their studies while working full-time or taking care of other responsibilities. Additionally, online courses often provide resources like tech support and career advice that can help students move forward in their chosen fields.
Sources
https://www.bls.gov/ooh/architecture-and-engineering/mechanical-engineers.htm#tab-5
https://www.salary.com/research/salary/benchmark/research-and-development-engineer-salary
https://www.bls.gov/careeroutlook/2018/article/engineers.htm
https://www.bls.gov/ooh/architecture-and-engineering/mechanical-engineers.htm