Accredited Online Manufacturing Engineering Degrees

Manufacturing engineering focuses on designing, analyzing, and improving systems used to produce goods efficiently and at scale. From automotive production lines to advanced medical devices, manufacturing engineers ensure products are made safely, quickly, and cost-effectively while emphasizing sustainability and manufacturing competitiveness.

An online manufacturing engineering degree prepares you to develop, optimize, and manage production processes using modern technologies, engineering principles, and manufacturing fundamentals. By integrating elements of mechanical engineering, industrial engineering, and materials science, this field plays a vital role in the global manufacturing industry and innovation.

Ready to find your program? Browse over 80 manufacturing engineering degree listings below.

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What Is Manufacturing Engineering?

Manufacturing engineering is the discipline dedicated to designing, implementing, and improving systems used to manufacture goods efficiently and sustainably.

Professionals in this field:

• Develop and optimize manufacturing processes and production systems
• Analyze and improve materials usage, tooling, labor, and equipment efficiency
• Utilize computer modeling, automation, and cyber physical systems to increase productivity
• Design, test, and maintain manufacturing equipment and production lines
• Enhance product quality through quality control and six sigma methodologies

This field is defined by its focus on efficient, scalable production and the integration of advanced technology into manufacturing systems.

Students comparing all program options across fields can also explore

• Engineering Degrees Category
• All Online Degrees

What You Can Do With a Manufacturing Engineering Degree

This degree prepares you for diverse roles in production, engineering technology, manufacturing management, and operations.

Common career paths include:

• Manufacturing engineer
• Process engineer
• Production manager
• Mechanical or industrial engineer (with manufacturing systems specialization)
• Quality assurance engineer

Graduates find opportunities in industries such as automotive, aerospace, healthcare, energy, electronics, and consumer goods.

Career Paths in Manufacturing Engineering

Manufacturing engineering offers broad and practical career opportunities in various professional settings.

Examples include:

• Mechanical Engineers (Manufacturing Focus)
  Design and improve industrial equipment and systems, earning a median wage around $85,880 annually, with top earners exceeding $133,000
• Industrial Engineers (Manufacturing Systems)
  Optimize production processes by reducing waste and improving efficiency, with salaries often surpassing $130,000
• Production and Process Engineers
  Manage manufacturing operations and implement workflow and output improvements

These roles blend engineering expertise with solutions to real-world manufacturing challenges.

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
• Mechanical Engineering Degrees
• Software Engineering Degrees
• Systems Engineering Degrees

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Job Outlook and Salary Expectations

Manufacturing engineering offers strong earning potential and steady demand worldwide.

• Many roles command salaries above $85,000 annually
• Top earners in advanced positions can exceed $130,000
• Growing demand exists in clean energy, automation, smart manufacturing, and advanced manufacturing technologies

Career prospects are favorable for graduates with knowledge in lean manufacturing, six sigma, and sustainable production.

Why Choose Manufacturing Engineering

This field suits those who enjoy building, analyzing, and improving complex production systems.

Key benefits include:

• Opportunities to work on large-scale, efficient production systems
• Competitive earning potential and career growth
• Diverse job opportunities across multiple industries and companies
• Engagement with cutting-edge manufacturing technologies and sustainability initiatives

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What You’ll Learn in a Manufacturing Engineering Program

Programs blend engineering fundamentals with manufacturing systems design and production optimization.

Typical coursework includes:

• Computer-aided design (CAD) and manufacturing automation
• Materials science, machining, welding, and manufacturing processes
• Operations management, logistics, and production planning
• Statistics, quality control, and six sigma methodologies
• Physics, calculus, and engineering analysis

Many programs emphasize leadership skills, communication, and teamwork to prepare students for professional settings.

Is Manufacturing Engineering Right for You?

This field is ideal for analytical, practical, and collaborative individuals.

You may be a good fit if you:

• Have strong math, physics, and science skills
• Enjoy working with systems, production processes, and technology
• Are interested in manufacturing fundamentals and sustainable production
• Thrive in team-oriented environments and complex projects

Manufacturing engineers often collaborate across disciplines to develop innovative products and processes.

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Education Path and Degree Options

Multiple educational pathways are available depending on your career goals:

• Online associate's degrees in manufacturing engineering (engineering technology and technician roles)
• Online bachelor’s degrees in manufacturing engineering (entry-level engineering and manufacturing management roles)
• Online master’s degrees in manufacturing engineering (advanced leadership, research, and specialization)

Manufacturing engineering degrees are often ABET-accredited, ensuring quality and industry recognition.

Certifications and Career Advancement

Certifications enhance career growth and professional credibility.

Common options include:

• Professional Engineer (PE) license
• Certifications in quality control, lean manufacturing, or manufacturing systems
• Training in automation, cyber physical systems, and emerging technologies

Advanced degrees and certifications prepare graduates for leadership and specialized engineering roles.

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

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How to Choose the Right Program

Consider these factors when selecting a manufacturing engineering degree program:

• ABET accreditation for academic and professional recognition
• Curriculum focus on manufacturing systems engineering, automation, and sustainability
• Hands-on, project-based learning and access to research and resources
• Alignment with related fields such as industrial engineering and engineering technology

Programs offering flexible online formats provide opportunities for working professionals and international students.

Cost of Manufacturing Engineering Degrees

Degree costs vary based on program type and institution.

• Tuition depends on degree level and delivery format (online or on-campus)
• Online programs often reduce expenses related to commuting and housing
• Engineering degrees typically offer strong return on investment due to high demand and salaries

Comparing tuition, accreditation, and program outcomes is essential for informed decisions.

Compare Accredited Online Manufacturing Engineering Programs

Use resources like GetEducated to find programs that fit your educational and career goals.

You can:

• Compare accredited online manufacturing engineering degree programs
• Review tuition, course offerings, and specialization options
• Explore flexible programs designed for working professionals and international students
• Access programs that prepare students for graduate studies and leadership roles

GetEducated has the following manufacturing engineering degree ranking report:

• Master's degree in manufacturing engineering ranking report

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Frequently Asked Questions

What is a manufacturing engineering degree online?

An online manufacturing engineering degree prepares students to design, analyze, and improve production systems efficiently using engineering knowledge and technology.

What do manufacturing engineers do?

Manufacturing engineers develop, optimize, and manage manufacturing processes, focusing on efficiency, quality control, and sustainable production.

Is manufacturing engineering the same as industrial engineering?

While related, manufacturing engineering centers on production systems and processes, whereas industrial engineering focuses on overall system efficiency and optimization.

What jobs can you get with a manufacturing engineering degree online?

Graduates can work as manufacturing engineers, process engineers, production managers, quality assurance specialists, and more in various industries.

How much do manufacturing engineers make?

Median salaries often exceed $63,000, with many professionals earning over $85,000 annually and top earners surpassing $130,000.

Is manufacturing engineering a good career?

Yes. It offers strong salary potential, diverse job opportunities, and roles in vital industries focused on innovation and sustainability.

Is manufacturing engineering difficult?

The field requires strong math, science, problem-solving skills, and technical knowledge, making it challenging but rewarding.

Can you specialize within manufacturing engineering?

Yes. Specializations include automation, robotics, manufacturing systems engineering, quality control, and sustainable manufacturing practices.