Edited By Darryl S.
Review & Contribution By Dr. Rafael Gonzales
Pursuing an Online Master of Engineering degree can position graduates for diverse careers in growing occupations. Specialized graduate degrees are available in civil, mechanical, electronic, petroleum, biomedical, and chemical engineering, among others. This comprehensive page lists the best online graduate engineering programs nationwide. Additionally, relevant information includes salaries, job-growth predictions, admission and GRE requirements, career resources, and licensing and certification details. Make informed decisions when choosing the ideal school to achieve career goals confidently.
Table Of Contents
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Southern New Hampshire University
PROGRAM: Online Masters Degrees
Southern New Hampshire University is a private, nonprofit, accredited institution with more than 3,000 on-campus students and over 60,000 online students, making us one of the fastest-growing universities in the country. Founded in 1932, we’ve been relentlessly reinventing higher education ever since and have gained national recognition for our dedication to helping students transform their lives and the lives of those around them.
We’re proud to provide affordable, accessible education that students can pursue on our 300-acre campus in Manchester, NH, over our innovative online platform or at our regional centers in Manchester, Nashua, Portsmouth and Salem, NH, and Brunswick, ME.
SNHU has earned the GetEducated.com Best Buy and Best of Business – Best Online Degree awards and is consistently ranked as a top Military Friendly® School by G.I Jobs®.
Best Online Master’s in Engineering Programs
The best colleges for Engineering Master’s have the best experienced and well-trained faculty, diverse coursework options, and robust faculty or advisor support, all at a reasonable cost. An essential consideration in this field is the student-to-faculty ratio, ensuring personalized attention. Considering these factors, the teams at OMC have ranked the top Master’s in Engineering Programs, ensuring a comprehensive guide for prospective students.
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| College Name & Address | Tuition | Graduation Rate |
|---|---|---|
| #1 University of Florida Tigert Hall, Gainesville, Florida 32611 | $10,770 | 90% |
| #2 Kansas State University 919 Mid-Campus Drive, Anderson Hall, Manhattan, Kansas 66506 | $10,212 | 64% |
| #3 University of Michigan-Ann Arbor Business College Complex 632 Bogue St East Lansing, MI 48824 | $23,890 | 92% |
| #4 University of North Carolina Charlotte 9201 University City Blvd, Charlotte, North Carolina 28223 | $4,337 | 59% |
| #5 University of Virginia 1827 University Avenue, Charlottesville, Virginia 22903 | $16,578 | 94% |
| #6 Texas Tech University Broadway and University Avenue, Lubbock, Texas 79409 | $5,958 | 60% |
| #7 University of Wisconsin – Madison 500 Lincoln Dr, Madison, Wisconsin 53706 | $10,728 | 87% |
| #8 Oklahoma State University 107 Whitehurst, Stillwater, Oklahoma 74078 | $5,531 | 61% |
| #9 Texas A&M University-College Station JKW Administration Building, Suite 200, College Station, Texas 77843 | $6,677 | 82% |
| #10 University of Nebraska-Lincoln 14th and R St, Lincoln, Nebraska 68588 | $5,976 | 69% |
| #11 University of Arkansas Administration Bldg 425, Fayetteville, Arkansas 72701 | $7,752 | 66% |
| #12 Mississippi State University Lee Boulevard, Mississippi State, Mississippi 39762 | $8,800 | 58% |
| #13 University of South Florida 4202 East Fowler Ave, Tampa, Florida 33620-9951 | $8,350 | 73% |
| #14 Cornell University 300 Day Hall, Ithaca, New York 14853 | $29,500 | 95% |
| #15 University of Illinois-Urbana Champaign 601 E John Street, Champaign, Illinois 61820-5711 | $14,997 | 84% |
| #16 Florida International 1200 S. W. 8 Street, Miami, Florida 33199 | $8,912 | 58% |
| #17 Louisiana Tech University 1310 West Railroad Avenue, Ruston, Louisiana 71272 | $6,592 | 54% |
| #18 Georgia Institute of Technology 225 North Ave, Atlanta, Georgia 30332 | $14,064 | 87% |
| #19 California State University-Fullerton 800 N State College Blvd, Fullerton, California 92831 | $7,176 | 68% |
| #20 New Mexico State University 2850 Weddell Street, Las Cruces, New Mexico 88003 | $4,844 | 47% |
| #21 Purdue University Hovde Hall of Administration, West Lafayette, Indiana 47907 | $9,208 | 81% |
| #22 Colorado State University 102 Administration Building, Fort Collins, Colorado 80523 | $10,520 | 71% |
| #23 Washington State University French Administration Building, Pullman, Washington 99164 | $11,493 | 59% |
| #24 University of Central Florida 4000 Central Florida Blvd, Orlando, Florida 32816 | $6,916 | 73% |
Source – Integrated Post Secondary Education Data System & University Data
*Tuition rates are for in-state and per year. Program specific rates may apply.
**NA – data not available
Understanding an Online Master’s in Engineering Program
An Online Master’s in Engineering Program entails advanced coursework in diverse engineering disciplines. Students explore topics like advanced mathematics, engineering principles, and emerging technologies through a flexible and remote learning environment. The curriculum often includes practical applications, collaborative projects, and, in some cases, research initiatives. Successful completion equips graduates with specialized skills and knowledge, positioning them for leadership roles in various engineering fields.
Curriculum and Coursework in Master’s in Engineering Online Programs
Online Master’s in Engineering programs typically offer a flexible curriculum accommodating working professionals. Core coursework covers advanced engineering principles, often delivered through virtual platforms. Courses may include virtual labs, simulations, and collaborative projects. Specializations within disciplines like civil, electrical, or mechanical engineering allow customization. Emphasis is placed on practical skills applicable to real-world challenges, and the online format enables students to balance academic pursuits with professional responsibilities. Here are a few common courses in a Master’s in Engineering Program:
| Engineering Management | This course provides a virtual business laboratory experience. Students integrate cross-disciplinary knowledge by developing and executing a business plan in a simulated competition. The course emphasizes key business functions and enhances practical skills and strategic decision-making in a flexible online learning environment. |
| Accounting for Engineers | This course uses accounting data to explore financial reporting, management planning, and decision-making. The course delves into traditional cost accounting concepts, including product costing and budgeting, alongside non-traditional topics, such as variable and activity-based costing, providing engineers with a comprehensive financial skill set. |
| Project Management | The Project Management program involves the application of tools and methodologies to plan, execute, and oversee engineering projects. Students learn to manage resources efficiently, address challenges, and meet project goals within established timelines. The course emphasizes leadership, communication, and strategic decision-making skills essential for successful project delivery in diverse engineering contexts. |
| Product Management | This program focuses on the strategic development and lifecycle management of engineering products. Students learn to align technical capabilities with market needs, conduct market research, and make informed decisions throughout the product development process. The course emphasizes collaboration, innovation, and effective communication within cross-functional teams. |
| Data Analysis for Engineers | This program equips students with essential skills for interpreting and using data in engineering contexts. The course covers statistical methods, data visualization, and tools for making data-driven decisions. Emphasis is placed on practical applications, enabling engineers to leverage data effectively in problem-solving and decision-making processes. |
Skills Gained in an Online Master’s in Engineering Program
To succeed in their engineering niche, students must develop soft and hard skills applicable to all concentrations in the field. These are learned through multiple avenues, including online courses, internships, and hands-on problem-solving. Whether communicating with peers, solving business problems, or leading a research project, graduate engineering students must hone their skill sets for success. Here are some skills that students gain upon graduation:
- Analytical thinking: In the workplace or research, analytical and critical thinking involves collecting and synthesizing data to solve an engineering problem. The outcome is evidence-based, not intuitive.
- Project management: Whether they are conducting their own research or leading a team of engineering professionals, engineers depend upon project management skills to control the scope, planning, and efficiency of the outcome.
- Communication: Clear communication between engineers, peers, and administrators is indispensable. Engineers must tailor their communications at the technical level suited for the target audience, including concise communication in oral and written communications.
- Computer science fundamentals: Engineers must know how to analyze algorithms and data structures related to examining probability and statistics.
- Creativity: The ability to develop unique solutions to engineering and business problems is a skill often overlooked by engineers. Computational and data analysis do not, on their own, adapt findings into a process specifically aimed at an individual project.
Master’s in Engineering Degree Types
Master’s in Engineering degree types, such as the research-oriented Master of Science (MS) and the application-focused Master of Engineering (MEng), offer diverse paths for specialized expertise. These programs equip students with advanced skills, from systems engineering to data analysis, blending theoretical knowledge and practical applications.
Master of Science in Engineering (MS)
The Master of Science in Engineering (MS) is a research-oriented degree that explores engineering theories and methodologies. Students pursue advanced coursework, engage in research projects, and often produce a thesis. This program emphasizes critical thinking, problem-solving, and the development of specialized expertise within a chosen engineering discipline.
Master of Engineering (MEng)
The Master of Engineering (MEng) is an application-focused degree emphasizing practical skills and industry relevance. Geared towards professionals seeking advanced engineering knowledge, MEng programs typically include coursework and projects and may involve a capstone or practical experience. This degree will equip graduates with the tools needed for immediate application in real-world engineering scenarios.
Common Specializations for an Online Master’s in Engineering
The following section explores the specializations and degree sub-disciplines available for online master’s in engineering students. The descriptions provide insights into the curriculum and skills offered in the concentrations and the careers graduates can pursue with their degrees.
| Area of Focus | Description | Careers This Concentration Prepares For |
|---|---|---|
| Civil Engineering | This specialization involves advanced infrastructure, structural design, and environmental engineering studies. Students explore topics like geotechnical engineering, transportation systems, and sustainable construction practices. The curriculum emphasizes theoretical knowledge and practical applications, preparing graduates to address complex challenges in civil infrastructure and contribute to sustainable urban development. | Civil Engineers, Structural Engineers, Transportation Engineers, Environmental Engineers |
| Mechanical Engineering | This specialization entails advanced mechanical systems, thermodynamics, and materials science studies. Students explore areas such as robotics, fluid dynamics, and energy systems. The curriculum combines theoretical knowledge with hands-on applications, fostering expertise in designing, analyzing, and optimizing mechanical systems. Graduates are equipped to innovate in industries ranging from automotive to renewable energy. | Mechanical Engineers, Automotive Engineers, HVAC (Heating, Ventilation, and Air Conditioning), Engineers |
| Engineering Management | This specialization integrates technical and business expertise. Students gain project management, leadership, and decision-making skills, preparing them to bridge the gap between engineering and business realms. This specialization is essential for those aspiring to lead and excel in engineering project environments. | Project Managers, Engineering Managers, Operations Managers, Product Development Managers |
| Electrical Engineering | This specialization includes advanced studies in electronics, power systems, and telecommunications. Students delve into complex topics such as signal processing, control systems, and electromagnetic fields. The curriculum emphasizes theoretical understanding and practical applications and may involve specialized research projects. Graduates possess the expertise to innovate and contribute to advancements in electrical technology. | Electrical Engineers, Power Systems Engineers, Electronics Design Engineers, Control Systems Engineers |
| Biomedical Engineering | This specialization applies engineering principles to healthcare and life sciences. Students explore areas such as medical imaging, biomaterials, and biomechanics. The curriculum integrates engineering with biology and medicine, emphasizing innovation in medical devices and healthcare solutions. Graduates are equipped to contribute to advancements in medical technology and patient care. | Biomedical Engineers, Medical Device Engineers, Clinical Engineer, Biomechanical Engineers |
| Chemical Engineering | This specialization involves advanced studies in the principles of chemical processes, materials, and energy. Students explore topics such as reaction engineering, process optimization, and biochemical engineering. The curriculum integrates theoretical knowledge with practical applications, preparing graduates for industry roles like pharmaceuticals, energy, and materials manufacturing. | Chemical Engineers, Process Engineers, Materials Engineers, Environmental Engineers |
Timeline for graduation from Master’s in Engineering Online Programs
Completion timelines for online Master’s in Engineering programs vary, generally spanning 1.5 to 3 years. With a typical course load of 30 to 36 credits, part-time enrollment accommodates working professionals, extending the duration. Full-time students can expedite graduation. Flexibility in online programs allows individuals to customize their schedules, ensuring a balance between academic and professional commitments while pursuing an advanced engineering degree.
Accelerated Master’s in Engineering Online Programs
Accelerated Master’s in Engineering programs offer students an expedited path to graduation, often completing requirements in a shorter timeframe. This can be advantageous for those seeking a faster entry into the workforce. However, students considering accelerated options should thoroughly examine program quality and ensure it aligns with their academic and professional goals to make informed decisions about their educational investment.
Online Master’s in Engineering Admission Requirements
Potential students should investigate admission requirements for the online master’s in engineering programs that appeal to their career aspirations. Not all requirements are identical for each university since the graduate school and the engineering department establish them. There may be prerequisites, credit transfer stipulations, and requirements for GRE scores. The following admission requirements are standard to most online engineering master’s programs.
- Completed online application
- Bachelor’s degree in a relevant field
- Transcripts from previous institutions
- Letters of recommendation
- Resume or curriculum vitae
- Statement of purpose
- Standardized test scores (if required)
- Application fee
- Work experience (if applicable)
- GRE scores may be required (varies by program)
- Statement of Purpose or Personal Statement
Online Engineering Master’s for Non-Engineers
Many online engineering schools require graduate applicants to hold a baccalaureate degree in engineering or a related discipline. Non-engineers can earn an accredited online master’s degree by fulfilling specific admission requirements. Applicants with undergraduate technology, mathematics, or biology degrees may meet admission criteria. Completion of prerequisite courses may be necessary before admission. Education, Business, Liberal Arts, and Fine Arts majors collaborate with graduate faculty to design pre-entry programs for an engineering foundation. Prospective students without an engineering background can attain an online engineering master’s degree.
Online Master’s in Engineering: No GRE Requirement
Online engineering master’s programs often do not mandate GRE or GMAT scores for admission. Prospective students should review program-specific admission criteria. Note that financial aid applications may require GRE or GMAT scores. Institutions without these score requirements evaluate applicants based on factors like work experience, undergraduate GPA, completion of prerequisites, application essays, and recommendation letters. Some programs may conduct remote interviews with department heads and faculty for assessment. Here are two universities that offer a master’s in engineering with no GRE requirement:
Accreditation for Online Master’s in Engineering Degrees
Accreditation is crucial when selecting an engineering school. This voluntary process involves an independent agency assessing program quality, ensuring it meets professional standards and is eligible for licensing or certification preparation. Federal financial aid and degree advancement require enrollment in an accredited university. Accreditation can be national or regional, with the key difference being that transfer credits from nationally accredited schools are generally accepted. At the same time, the reverse may not be true for regionally accredited universities. Here are the six regional accrediting agencies:
- New England Commission of Higher Education (NECHE)
- Middle States Commission on Higher Education (MSCHE)
- Higher Learning Commission (HLC)
- Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
- Northwest Commission on Colleges and Universities (NWCCU)
- Western Association of Schools and Colleges (WASC) Senior College and University Commission (WSCUC)
The most important accreditation in engineering is from the Accreditation Board of Engineering and Technology (ABET)3.
To learn more about accreditation, read the Accreditation Guide.
Free Online Engineering Courses
Students benefit from free online courses as they provide accessible learning opportunities. While not accredited, some offer certificates, and enhancing resumes. These courses offer flexible learning, enabling individuals to acquire valuable insights and expertise. Despite lacking formal recognition, they are excellent resources, empowering learners to expand their knowledge base without financial constraints. Here are a few free courses master’s in engineering students can explore:
| Course | Description | Provided by |
|---|---|---|
| Basics of Engineering Management 4 | This course imparts the essential training, skills, and knowledge for successful leadership in engineering. It explores the significance of strategic planning in decision-making, equipping participants with financial and entrepreneurial expertise. | Alison |
| Engineering Project Management5 | This course offers a thorough understanding of its application to engineering projects. It emphasizes adapting these principles to ensure success, competitiveness, and active participation in the field. | Alison |
| Introduction to Engineering Mechanics6 | This course introduces the principles essential for solving engineering mechanics problems. It applies concepts from preceding basic math and physics courses, focusing on modeling and analyzing static equilibrium problems. The course emphasis is on real-world engineering applications and effective problem-solving strategies. | Class Central |
How to Pay for Online Master’s in Engineering Degrees
Many graduate programs incur substantial costs, prompting students to seek ways to finance their education. Fortunately, various financial aid options are available to support graduate students. Meeting the specific criteria established by donors or lenders is essential for consideration. For prospective online master’s in engineering students, exploring diverse sources of financial aid is crucial. Here are some ways of funding master’s in engineering programs:
Scholarships
Scholarships are financial awards granted to students based on academic achievement, leadership, or other specific criteria. They help alleviate the financial burden of education, providing support for tuition and other expenses. Scholarships from various sources, including universities, private organizations, and foundations, offer opportunities for students to pursue their educational goals without incurring significant financial strain.
Graduate Assistantships
Graduate Assistantships are part-time positions within academic institutions where graduate students engage in research, teaching, or administrative roles. In exchange, they receive financial support, often including tuition waivers and stipends. These assistantships provide valuable hands-on experience, contributing to professional development while helping alleviate the financial challenges of pursuing a graduate degree.
Grants
Grants are financial awards provided to students based on demonstrated financial need. These funds do not require repayment and are typically offered by various entities, including government agencies, non-profit organizations, and educational institutions. Grants aim to reduce economic barriers, ensuring that students with financial needs can access educational opportunities and pursue their academic goals.
FAFSA
FAFSA, or the Free Application for Federal Student Aid, is crucial for students seeking financial assistance for higher education in the United States. Completing the FAFSA makes applicants eligible for federal grants, loans, and work-study programs. It provides a comprehensive assessment of the financial landscape to determine eligibility for various financial aid forms.
The best Financial Aid Guide provides more information on higher education funding.
Scholarships for Online Master’s in Engineering Students
Scholarships are awarded to deserving applicants enrolled in master’s programs in engineering. These scholarships play a crucial role in significantly reducing the overall costs of the programs. Some scholarships cover tuition fees, travel, and other related expenses, providing valuable financial support to students pursuing advanced degrees in engineering. Here are two to consider:
George B. Hightower, P.E. Fellowship7
The NSPE Education Foundation George B. Hightower, P.E. Fellowship is an annual award presented to a current engineering undergraduate or graduate student. Eligible candidates must be enrolled in or have graduated from an ABET-accredited engineering program. This fellowship supports students in pursuing academic and professional development in engineering.
Amount/Award :
$3,000
Deadline:
Varies
Society of Women Engineers8
SWE Scholarships support individuals identifying as women pursuing ABET-accredited bachelor’s or graduate programs. These scholarships aim to assist students globally as they prepare for careers in engineering, engineering technology, and related fields. The program underscores a commitment to fostering diversity and promoting women’s participation in the engineering profession on a global scale.
Amount/Award:
Varies
Deadline:
Varies
Career and Salary Outlook for Online Master of Engineering Graduates
Graduates of online Master of Engineering degree programs are qualified for advanced roles in the range of engineering professionals. Based on their experience and specialized learning, they can choose from advanced roles in various engineering fields. Some may choose to prepare for several career pathways. While a graduate degree does not automatically guarantee earnings or specific employment, the following table explores potential earnings, projected employment growth, and professional responsibilities:
| Occupation | Civil Engineers9 |
| Median Annual Salary | $89,940 |
| Job Growth (up to 2032) | 5% (faster than average) |
| Job Description | Civil Engineers design, plan, and supervise construction projects, such as buildings, bridges, and infrastructure. They ensure structures meet safety and regulatory standards, collaborating with architects and overseeing project timelines. By analyzing data and using engineering principles, civil engineers contribute to developing and maintaining essential public and private facilities. |
| Occupation | Electrical and Electronics Engineers10 |
| Median Annual Salary | $104,610 |
| Job Growth (up to 2032) | 5% (faster than average) |
| Job Description | Electrical and Electronics Engineers design, develop, and maintain electrical systems and components. They create innovative solutions for various applications, from power generation to telecommunications. These professionals analyze data, test equipment, and ensure compliance with industry standards, contributing to advancements in technology and the efficient functioning of electrical systems. |
| Occupation | Chemical Engineers11 |
| Median Annual Salary | $106,260 |
| Job Growth (up to 2032) | 8% (faster than average) |
| Job Description | Chemical Engineers apply chemistry, physics, and engineering principles to design, develop, and optimize processes for producing chemicals, fuels, pharmaceuticals, and materials. They work to improve efficiency, safety, and sustainability, overseeing manufacturing processes, conducting experiments, and solving technical challenges to contribute to diverse industries and technological advancements. |
| Occupation | Mechanical Engineers12 |
| Median Annual Salary | $96,310 |
| Job Growth (up to 2032) | 10% (much faster than average) |
| Job Description | Mechanical Engineers design, analyze, and manufacture mechanical systems and devices. They apply physics and materials science principles to create innovations in machinery, HVAC systems, and transportation. Mechanical Engineers are pivotal in product development, ensuring functionality, safety, and efficiency in various industries, from automotive to aerospace. |
Certifications and Licensing for Engineering Professionals
In the United States, professional certification is not mandatory for engineering graduates but is highly beneficial. Certifications, such as the National Society of Professional Engineers13 license, signify higher expertise, improving job prospects and earning potential. They validate a graduate’s commitment to ethical standards and continued professional development, enhancing credibility and competitiveness in the engineering field.
Resources for Online Master’s in Engineering Students
Online master’s of engineering students can access their university’s resource library and reference materials. At the same time, students can broaden their professional expertise, keep up with engineering trends and standards, use online engineering tools, and view white papers and webinars in their specialty. Here are some resources worth exploring:
| National Society of Professional Engineers | The NSPE provides engineering students with a comprehensive range of resources, including free courses, career advice, a job board, and licensing procedures. The society also offers paid training courses for the profession. |
| Engineering.com | This online resource offers webinars on engineering best practices, white papers, eBooks, a job board, and industry news. There are also trade-specific tools such as Air Flow Conversion Calculators, Air Flow Conversion Calculators, Atmospheric Calculators, and links to articles on online master’s degrees. |
| Born to Engineer | The British site Born to Engineer provides an exceptional round-up of resources, including listicles and podcasts on topics including engineering products, soft-skills engineering, innovation in engineering, smart infrastructure, and machine learning. |
| Association of Energy Engineers | AEE, a nonprofit, dedicates itself to members and industry professionals striving for improved energy efficiency, reduced greenhouse gases, enhanced building performance, and global Net-Zero goals. It leads the global energy community by fostering networking, energy awareness, education, training, and professional certification, shaping a sustainable future for the energy industry. |
FAQs About Online Master’s in Engineering Programs
Frequently Asked Questions
Are online Master’s in Engineering programs reputable?
Many online Master’s in Engineering programs offered by accredited institutions are reputable. However, reputation can vary, so it’s crucial to research each program and ensure it meets industry standards. Students should look for programs with proper accreditation and positive reviews to validate their reputation and quality.
How long does it take to complete an online Master’s in Engineering program?
Are online degrees valued the same as on-campus degrees?
Can I work while pursuing an online Master’s in Engineering?
How are exams conducted in online Master’s in Engineering programs?
Can international students enroll in online engineering programs?
Is a Master’s in engineering worth it?
Citations:
Johns Hopkins University Whiting School of Engineering
Accreditation Board of Engineering and Technology (ABET)
Alison- Basics of Engineering Management
Alison- Engineering Project Management
Class Central- Introduction to Engineering Mechanics
George B. Hightower, P.E. Fellowship
U.S. Bureau of Labor Statistics: Occupational Outlook for Civil Engineers
U.S. Bureau of Labor Statistics: Occupational Outlook for Electrical and Electronics Engineers
U.S. Bureau of Labor Statistics: Occupational Outlook for Chemical Engineers
U.S. Bureau of Labor Statistics: Occupational Outlook for Mechanical Engineers
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