Accredited Online Mechanical Engineering Degrees

Mechanical engineering is one of the broadest and most versatile engineering disciplines, focused on designing, developing, and optimizing machines and mechanical systems. From engines and robotics to heating systems and manufacturing equipment, mechanical engineers transform innovative ideas into practical, working solutions.

An online mechanical engineering degree prepares you to design, analyze, and enhance systems involving motion, energy, and force. By combining physics, mathematics, and engineering principles, you’ll develop the skills to create products and systems used in nearly every industry, including aerospace engineering, automotive, energy, and manufacturing.

Ready to find your program? Browse over 110 mechanical engineering degree listings below.

View Mechanical Engineering Degrees

What Is Mechanical Engineering?

Mechanical engineering centers on the design, development, and operation of machines and mechanical systems.

Professionals in this field:

• Design and build machines, tools, and mechanical devices
• Analyze systems involving motion, force, and energy
• Develop products ranging from simple tools to advanced robotics
• Test and improve mechanical systems for performance, safety, and efficiency
• Work across industries such as automotive, aerospace, energy, and manufacturing

This discipline plays a critical role in creating objects and systems in motion, from small components to large-scale machinery.

Students comparing all program options across fields can also explore

• Engineering Degrees Category
• All Online Degrees

What You Can Do With a Mechanical Engineering Degree

A mechanical engineering degree equips you for a wide range of engineering and technical careers.

Common career paths include:

• Mechanical engineer
• Design engineer
• Robotics engineer
• HVAC or energy systems engineer
• Mechanical engineering technician

Graduates find opportunities in industries such as automotive, aerospace engineering, energy, manufacturing, and biotechnology.

Students exploring related fields may also consider:

• Biomedical Engineering Degrees
• Civil Engineering Degrees
• Computer Engineering Degrees
• Electrical Engineering Degrees
• Engineering Management Degrees
• Environmental Engineering Degrees
• Industrial Engineering Degrees
• Manufacturing Engineering Degrees
• Software Engineering Degrees
• Systems Engineering Degrees

View Mechanical Engineering Degrees

Career Paths in Mechanical Engineering

Mechanical engineering offers diverse and flexible career opportunities.

Examples include:

• Mechanical Engineers
  Design and develop machines and systems, earning a median salary near $85,000 annually
• Mechanical Engineering Technicians
  Support design, testing, and manufacturing processes, with salaries around $55,000 annually
• Specialized Engineers
  Work in focused fields such as robotics, energy systems, or transportation

Mechanical engineers apply their expertise across a wide range of industries and applications, solving real-world problems.

Job Outlook and Salary Expectations

Mechanical engineering provides stable demand and strong earning potential.

• Median salaries are approximately $85,000 annually
• Technician roles earn about $55,000 annually
• Projected job growth is steady across many industries, with a critical role in emerging technologies

The versatility of this degree allows professionals to adapt to evolving industry needs and pursue advanced career opportunities.

View Mechanical Engineering Degrees

Why Choose Mechanical Engineering

This field is ideal for individuals passionate about designing and building real-world systems.

Key benefits include:

• Broad career opportunities across multiple industries
• Strong earning potential and job stability
• Opportunity to work on innovative technologies such as robotics and aerospace engineering
• Flexibility to specialize in areas like mechanical design, manufacturing processes, or thermal sciences

What You’ll Learn in a Mechanical Engineering Program

Mechanical engineering programs are highly technical and emphasize physical systems and engineering applications.

Common coursework includes:

• Thermodynamics and heat transfer
• Mechanics of materials and dynamics
• Fluid mechanics and system design
• Computer-aided design (CAD) and manufacturing processes
• Mathematics and physics

Many programs integrate lab work, hands-on design projects, and computational models to prepare students for real-world engineering challenges.

View Mechanical Engineering Degrees

Is Mechanical Engineering Right for You?

This field suits individuals who are analytical, creative, and enjoy problem-solving.

You may be a good fit if you:

• Have strong math and science skills
• Enjoy designing and building systems
• Are curious about how things work
• Can think creatively to solve complex engineering problems

Mechanical engineers often combine technical expertise with innovation and project management skills.

Education Path and Degree Options

There are several educational pathways depending on your career goals.

• Online associate's degrees in mechanical engineering (for technician roles)
• Online bachelor's degrees in mechanical engineering (required for most engineering positions)
• Online master's degrees in mechanical engineering (for specialization or career advancement)

Advanced degrees may focus on areas such as robotics, energy systems, or mechanical design. Many online programs offer flexible formats to accommodate working professionals and international students.

View Mechanical Engineering Degrees

Certifications and Career Advancement

Certifications can enhance career prospects.

Common options include:

• Professional Engineer (PE) license (essential for advanced roles)
• Specialized certifications in HVAC, robotics, or project management
• Continuing education to stay current with emerging technologies

Licensure is often required for senior or leadership engineering positions.

Visit GetEducated's Engineering Career Center.  You may also wish to read the following engineering related articles:

• Best jobs for engineers
• How to become an engineering manager
• How to become an engineer
• How to become a civil engineer
• 13 highest paying engineering jobs
• How to become a systems engineer
• Best jobs for mechanical engineers

View Mechanical Engineering Degrees

How to Choose the Right Program

When selecting a mechanical engineering degree program, consider:

• ABET accreditation by the Engineering Accreditation Commission (essential for licensure and industry recognition)
• Availability of lab or hands-on experience, including options for rapid prototyping
• Specialization options (e.g., robotics, thermal sciences, aerospace engineering)
• Alignment with your career goals and admission requirements, including submission of a high school transcript or prior college credits

Programs with strong technical and practical training provide the best preparation for professional success.

Cost of Mechanical Engineering Degrees

Costs vary depending on the institution and program level.

• Average master’s degree cost is around $28,000
• Bachelor’s degree programs typically require completion of 120 to 130 credit hours

Engineering degrees often offer a strong return on investment due to demand and earning potential.

Compare Accredited Online Mechanical Engineering Programs

Resources like GetEducated help you find programs aligned with your goals.

You can:

• Compare accredited online mechanical engineering degree programs
• Review tuition, course offerings, and program features
• Explore specialization options and graduate programs
• Find flexible online courses designed for working professionals and online students

Browse accredited programs to begin your path toward a mechanical engineering degree online.

GetEducated has the following mechanical engineering degree ranking report:

• Master's degree in mechanical engineering ranking report

View Mechanical Engineering Degrees

Frequently Asked Questions

What is a mechanical engineering degree?

A mechanical engineering degree prepares you to design, develop, and analyze machines and systems involving motion, energy, and force.

What do mechanical engineers do?

Mechanical engineers design and test machines, develop systems, and improve products across industries like automotive, aerospace, and manufacturing.

Do you need a degree to be a mechanical engineer?

Yes. Most engineering roles require at least a bachelor of science in mechanical engineering or a related field from an ABET accredited program.

What jobs can you get with a mechanical engineering degree?

You can work as a mechanical engineer, design engineer, robotics engineer, or mechanical technician in diverse industries.

How much do mechanical engineers make?

Mechanical engineers earn median salaries around $85,000 annually, with higher salaries possible based on experience and specialization.

Is mechanical engineering a good career?

Yes. It offers strong salaries, job stability, and opportunities across many industries.

Is mechanical engineering difficult?

Yes. It requires strong skills in math, physics, problem-solving, and technical knowledge.

Can you specialize within mechanical engineering?

Yes. Common specializations include robotics, energy systems, HVAC, manufacturing processes, and aerospace engineering.