Accredited Online Chemical Engineering Degrees

Chemical engineering is a versatile and impactful engineering discipline focused on transforming raw materials into valuable products. From fuels and pharmaceuticals to food and consumer goods, chemical engineers play a critical role in designing and optimizing chemical processes that power modern life.

An online chemical engineering degree prepares you to develop, analyze, and improve processes used in manufacturing, energy production, environmental systems, and healthcare. By combining chemistry, physics, applied mathematics, and materials science, this field creates innovative solutions that improve efficiency, sustainability, and product quality while addressing global challenges.

Ready to find your program? Browse over 35 chemical engineering degree listings below.

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What Is Chemical Engineering?

Chemical engineering is the science and practice of designing and managing chemical processes that convert raw materials into useful products on a large scale.

Professionals in this field:

• Develop and optimize processes for manufacturing chemicals, fuels, and advanced materials
• Design and control systems for large-scale production and industrial operations
• Improve efficiency, safety, and sustainability in chemical and biomolecular engineering processes
• Work with biological, chemical, and physical systems to solve complex engineering problems
• Address global challenges related to energy, environment, and materials engineering

This discipline is defined by process engineering and large-scale production systems, making it essential across a broad range of industries.

Students comparing all program options across fields can also explore

• Engineering Degrees Category
• All Online Degrees

What You Can Do With a Chemical Engineering Degree

A chemical engineering degree opens doors to a wide range of technical, industrial, and leadership positions.

Common career paths include:

• Chemical engineer
• Process development scientist
• Energy engineer
• Petroleum or nuclear engineer
• Environmental or manufacturing engineer

Graduates may find professional opportunities in energy companies, pharmaceutical firms, manufacturing plants, research labs, environmental organizations, and biotechnology industries.

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

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Career Paths in Chemical Engineering

Chemical engineering offers diverse, high-paying career opportunities with strong growth potential.

Examples include:

• Chemical Engineers
  Design and optimize chemical process systems, earning a median salary around $102,160 annually, with top salaries exceeding $169,000
• Nuclear Engineers
  Develop and manage nuclear energy systems, earning about $105,810 annually
• Process Development Scientists
  Innovate and improve manufacturing processes and product efficiency
• Energy Managers
  Monitor and optimize energy usage in industrial and renewable energy systems

These roles often combine hands-on learning in labs with large-scale industrial applications, requiring expertise in transport phenomena, thermodynamics, and process design.

Job Outlook and Salary Expectations

Chemical engineering offers strong earning potential and steady demand driven by industries such as energy, pharmaceuticals, manufacturing, and environmental engineering.

• Median salaries exceed $100,000 annually
• Top earners can make more than $160,000
• Job growth is projected around 8%, matching national averages

The demand for chemical engineers is fueled by the need for sustainable processes, renewable energy solutions, and advanced materials development.

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Why Choose Chemical Engineering

This field is ideal for individuals seeking a flexible, high-impact engineering career with broad applications.

Key benefits include:

• High earning potential and career stability
• Opportunities across multiple industries including biotechnology and environmental engineering
• Ability to work on large-scale, real-world chemical and biomolecular engineering systems
• Strong potential for career advancement and leadership positions

What You’ll Learn in a Chemical Engineering Program

Chemical engineering programs are science-intensive and emphasize hands-on learning.

Common coursework includes:

• Chemical reaction engineering
• Thermodynamics and transport phenomena
• Applied mathematics and process design
• Advanced chemistry, physics, and materials engineering
• Hazardous materials handling and safety systems

Many programs also incorporate laboratory work, elective courses tailored to career goals, and capstone projects focused on process optimization.

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Is Chemical Engineering Right for You?

This discipline suits those who are analytical, detail-oriented, and collaborative problem solvers.

You may be a good fit if you:

• Have strong skills in math, chemistry, physics, and applied mathematics
• Enjoy solving complex, process-based engineering challenges
• Are precise and attentive to detail
• Thrive in team-oriented environments

Success requires both technical expertise and the ability to address regulatory requirements and safety standards.

Education Path and Degree Options

There are multiple pathways depending on your career goals:

• Online bachelor’s degree program in chemical engineering (entry-level roles)
• Online chemical engineering master’s degree program for specialization and advancement
• Online chemical engineering doctoral degrees for research and leadership in graduate studies

Many programs are ABET-accredited by the Engineering Accreditation Commission, which is critical for professional licensure and career opportunities.

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Certifications and Career Advancement

Licensure and certifications enhance career prospects and professional credibility.

Common options include:

• Professional Engineer (PE) license
• Specialized certifications in energy, environmental engineering, or safety systems
• Continuing education and graduate studies for leadership positions

Advanced degrees often lead to careers in research, process engineering, and management 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

When selecting an online chemical engineering program, consider:

• ABET accreditation and program reputation
• Availability of hands-on learning and lab experiences, including summer on-campus sessions for online students
• Specialization options in areas like renewable energy, biotechnology, or materials engineering
• Admission requirements, prerequisites, and support for transfer students

Programs offering strong technical training and flexible scheduling accommodate students balancing other commitments.

Cost of Chemical Engineering Degrees

Costs vary widely depending on the institution and program format.

• Online programs often provide cost savings by eliminating relocation and housing expenses
• Tuition rates vary, with some programs charging per credit hour and additional fees for engineering courses
• Engineering degrees generally offer a strong return on investment due to high salaries and professional demand

Compare Accredited Online Chemical Engineering Programs

Use resources to compare accredited online chemical engineering degrees based on:

• Tuition and fees
• Curriculum and elective courses
• Flexibility for working professionals and transfer students
• Opportunities for hands-on and applied learning

Explore programs that align with your career goals and offer robust support for online students.

GetEducated has the following ranking reports for chemical engineering degrees:

• Master's degree in chemical engineering ranking report

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Frequently Asked Questions

What is a chemical engineering degree?

A chemical engineering degree prepares students to design and manage chemical processes that convert raw materials into fuels, pharmaceuticals, materials, and consumer products, addressing global challenges through innovation.

What do chemical engineers do?

Chemical engineers design, optimize, and control production processes to improve safety, efficiency, and sustainability across industries such as energy, manufacturing, and biotechnology.

Do you need a master’s degree in chemical engineering?

A bachelor’s degree is sufficient for many entry-level roles, but a master’s degree program is often pursued for specialization, leadership, and advanced research positions.

What jobs can you get with a chemical engineering degree?

Graduates can work as chemical engineers, process development scientists, energy engineers, environmental engineers, and in specialized fields like biomolecular engineering.

How much do chemical engineers make?

The median salary for chemical engineers is approximately $102,160 annually, with experienced professionals earning significantly more.

Is chemical engineering a good career?

Yes. It offers high salaries, diverse career paths, strong job growth, and opportunities to address critical global challenges.

Is chemical engineering difficult?

Yes. It requires strong analytical skills, proficiency in math and science, and the ability to solve complex engineering problems.

Can you specialize within chemical engineering?

Yes. Common specializations include energy, pharmaceuticals, environmental engineering, materials engineering, and biotechnology.