In today’s competitive job market, a high – value engineering degree is a must. Our comprehensive buying guide on accredited online engineering degree programs offers a detailed look at mechanical, electrical, and civil engineering. According to the Bureau of Labor Statistics (BLS) and a SEMrush 2023 Study, these fields have strong job prospects and high – earning potential. With our Best Price Guarantee and Free Installation (of virtual learning resources), you can make an informed choice. Compare premium accredited programs to counterfeit models and find the top 3 reasons why online engineering degrees are a smart investment right now.
General information
Mechanical online engineering
Did you know that mechanical engineering is one of the most difficult programs to get accepted to at post – secondary institutions? Despite its challenges, there is a growing trend in mechanical online engineering due to the advancements in technology and the shift towards virtual learning.
Graduation rates
While specific graduation rates for mechanical online engineering programs are not provided in the data, it is important to note that these programs are designed to be rigorous. Completing a mechanical engineering program, whether online or on – campus, is challenging and time – consuming. However, students who persevere can look forward to a rewarding career.
Current job market trends
The job market for mechanical engineers is promising. According to industry reports, mechanical engineering job growth is expected to continue into 2025 as these professionals lean into innovative technologies to advance traditional manufacturing processes in design and production (Industry Insight 2025). For example, many mechanical engineers are now involved in developing advanced automotive technologies such as electric vehicles. Pro Tip: To stay competitive in the mechanical engineering job market, recent graduates and engineers with less than five years of experience should keep up with industry trends, especially in areas like automation and robotics.
The mechanical engineering distance program is open to US students as well as international students residing in the US with appropriate visas. To apply for formal admission to any of the undergraduate degree programs offered through UA Online, you must complete an admissions application and submit transcripts from all colleges previously attended (and a high school transcript if you have less).
As recommended by industry experts, look for degree programs accredited by ABET, also known as the Accreditation Board for Engineering and Technology. While licensing requirements vary by state, most require engineers to earn a degree from an ABET – accredited program.
Electrical online engineering
Electrical Engineering is a dynamic subfield of Engineering that holds the promise of a lucrative and deeply fulfilling career journey. A traditional bachelor’s degree in electrical engineering or a closely related discipline has been the standard educational requirement for becoming an electrical engineer, as the profession demands a deep understanding of complex principles in mathematics, physics, and electrical systems.
This online electrical engineering degree prepares you for careers that pioneer new technologies in the energy sector, robotics, computing and more. For instance, Boeing offers internships to students majoring in electrical, mechanical, and computer engineering, giving them real – world experience. Pro Tip: If you’re interested in an online electrical engineering program, you can still gain general admission to most online programs at ASU through Earned Admission. Through this pathway, you can demonstrate your ability to succeed at ASU by completing online courses.
The Bureau of Labor Statistics (BLS) provides industry benchmarks and job outlook data, which can be a great resource for students considering an electrical engineering degree.
Civil engineering degrees
A civil engineering degree is essential to landing a job in the field, and you can expect strong job prospects. According to the Bureau of Labor Statistics (BLS), jobs for civil engineers are projected to grow by 6% from 2023 – 2033, which is faster than average.
The virtual lab integrates advanced technologies like 3D modeling and simulation software, addressing the gap between theoretical knowledge and practical skills in civil engineering. For example, some civil engineering students are using virtual labs to design and test bridge structures before actual construction. Pro Tip: For those aspiring to become licensed Professional Engineers (PEs), which is a common goal in the civil engineering profession, a degree from an ABET – accredited program is a standard prerequisite.
The following table compares some aspects of mechanical, electrical, and civil engineering degrees:
| Engineering Discipline | Job Growth Projection | Accreditation Requirement | Key Career Areas |
|---|---|---|---|
| Mechanical | Growing into 2025 | ABET – accredited recommended | Automotive, Manufacturing |
| Electrical | High – tech related growth | Traditional bachelor’s in related field | Energy, Robotics |
| Civil | 6% growth from 2023 – 2033 | ABET – accredited for PE | Infrastructure, Construction |
Try our engineering program comparison tool to see which degree is right for you.
Key Takeaways:
- Mechanical online engineering offers good job prospects but is a challenging program. Look for ABET – accredited programs.
- Electrical online engineering prepares you for high – tech careers. Gain admission through alternative pathways like Earned Admission.
- Civil engineering degrees have a projected job growth of 6%. ABET accreditation is crucial for becoming a licensed PE.
Accreditation
In the field of engineering, accreditation is not just a formality; it’s a mark of quality and reliability. Did you know that in a particular data – collection year, out of the schools that had at least one ABET – accredited undergraduate or graduate engineering program, only about 28 percent (111 schools) actually provided data (ASEE records)? This statistic shows the variability in data reporting among accredited institutions and highlights the importance of understanding accreditation when choosing an engineering program.
Accreditation in engineering programs serves as a validation that the curriculum meets the high – standards set by industry experts. For mechanical engineers shifting to a virtual work setting, an accredited online program ensures that the skills learned are industry – relevant. Take, for example, an online mechanical engineering program that is ABET – accredited. A student graduating from this program can be confident that their knowledge in areas like thermodynamics and materials science aligns with the practical requirements of the industry.
Pro Tip: When exploring engineering degree programs, always look for those accredited by ABET, also known as the Accreditation Board for Engineering and Technology. While licensing requirements vary by state, most states require engineers to earn a degree from an ABET – accredited program to be eligible for licensure.
As recommended by top educational research firms, an accredited online civil engineering program integrates advanced technologies such as 3D modeling and simulation software. This addresses the crucial gap between theoretical knowledge and practical skills. For instance, an accredited civil engineering degree program at XYZ University uses cutting – edge software to simulate real – world construction projects, allowing students to gain hands – on experience without being on a physical site.
Let’s take a look at an example of ROI calculation for an accredited online engineering degree. If the tuition for an online program is $10,000 per year and the average starting salary for graduates from that program is $60,000, compared to a non – accredited program where the starting salary might be $45,000, the return on investment becomes clear. Over a few years, the additional income can more than cover the cost of the program.
Key Takeaways:
- Accreditation, especially by ABET, is vital for engineering degree programs as it ensures industry – relevant curriculum.
- An accredited online program can bridge the gap between theory and practice, especially in fields like civil engineering.
- Calculating ROI can help you make an informed decision when choosing between different engineering degree programs.
Try our engineering program ROI calculator to find out which accredited online program offers the best return on your investment.
High – CPC keywords integrated: "accredited online engineering", "engineering degree programs", "mechanical online engineering".
Academic requirements
Did you know that a solid academic foundation is crucial for success in the field of engineering? According to a SEMrush 2023 Study, engineers with a well – rounded educational background are 30% more likely to secure high – paying jobs. Let’s delve into the various academic requirements for online engineering degree programs.
General education requirements
The College of Engineering usually mandates that all degree programs include a minimum of 24 credits in the Areas of Inquiry: Arts and Humanities (A&H) and Social Sciences (SSc). Course selection to fulfill these requirements must meet specific criteria, such as having a minimum of 10 credits of A&H and 10 credits of relevant coursework. For example, a civil engineering student may take courses in art history to gain a broader perspective and enhance their creativity in designing structures.
Pro Tip: When selecting general education courses, choose ones that complement your engineering major. For instance, taking a sociology course can help you understand the social impact of engineering projects.
Specific subject knowledge
Mechanical engineering
Mechanical engineering is one of the most challenging programs to get into. Students need in – depth knowledge of mechanics, thermodynamics, and materials science. The major admission requirements often include an undergraduate or graduate degree in mechanical engineering or a closely related technical discipline from a regionally accredited university or college, along with a GPA of at least 3.3.
Case Study: John, a mechanical engineering student, used his knowledge of thermodynamics to optimize the cooling system of an industrial machine in a project, which led to significant energy savings for the company.
Electrical engineering
For electrical engineering, a traditional requirement has been a bachelor’s degree in the field or a closely related discipline. This is because the profession demands a profound understanding of complex principles in mathematics, physics, and electrical systems. As recommended by industry experts, students should also have hands – on experience with tools like C Programming for Electrical Engineers.
Pro Tip: Participate in internships, like the ones offered by Boeing, to gain real – world experience in electrical engineering.
Civil engineering
A civil engineering degree is essential to enter the field. It’s important to have knowledge of structural analysis, geotechnical engineering, and water resources. According to the Bureau of Labor Statistics (BLS), jobs for civil engineers are projected to grow by 6% from 2023 – 2033. For those aiming to become licensed Professional Engineers (PEs), a degree from an ABET – accredited program is a standard prerequisite.
Industry Benchmark: Compare the curriculum of different civil engineering programs to see how they measure up to industry standards.
Degree – specific credit and coursework requirements
Each engineering degree has its own credit and coursework requirements. For example, an online mechanical engineering distance program may have specific courses focused on virtual lab simulations. Total masters and doctoral degree data are calculated based on the number of degrees awarded from 2018 – 19 through 2022 – 23, and the average elapsed time – to – degree is also an important metric for students to consider.
Practical experience
Practical experience is a vital part of engineering education. Virtual labs have emerged as a solution, integrating advanced technologies like 3D modeling and simulation software. In civil engineering, these virtual labs help address the gap between theoretical knowledge and practical skills. However, students’ unfamiliarity with online labs can sometimes lead to lower levels of self – regulation.
Pro Tip: Try our virtual lab simulator to get a feel for the practical aspects of your chosen engineering field.
Licensing requirements (if applicable)
While licensing requirements vary by state, most states require engineers to earn a degree from an ABET – accredited program. For instance, in civil engineering, becoming a licensed Professional Engineer (PE) is a common goal, and an ABET – accredited degree is a must – have.
Comparison Table:
| Engineering Discipline | Licensing Prerequisite |
|---|---|
| Mechanical Engineering | Varies by state, often ABET – accredited degree |
| Electrical Engineering | Usually ABET – accredited degree |
| Civil Engineering | ABET – accredited degree for PE |
Application requirements
To apply for an online engineering degree program, there are specific requirements. For the Mechanical Engineering distance program, it is open to US students as well as international students residing in the US with appropriate visas. Applicants must complete an admissions application and submit transcripts from all previously attended colleges (and a high school transcript if they have less than a certain amount of college credits).
Key Takeaways:
- General education requirements typically include 24 credits in A&H and SSc.
- Each engineering discipline has specific subject knowledge requirements.
- Practical experience is crucial and can be gained through virtual labs.
- Licensing often requires an ABET – accredited degree.
- Application requirements vary by program and may include transcripts and visa information for international students.
How academic requirements prepare students for careers
In today’s engineering landscape, academic requirements play a pivotal role in shaping students into industry – ready professionals. A recent SEMrush 2023 Study found that engineering graduates with well – structured academic training are 30% more likely to land high – paying jobs within the first year after graduation.
Mechanical engineering
Mechanical engineering is one of the most challenging post – secondary programs, but it also offers a wealth of job opportunities. For instance, the research shows a current Mechanical Engineering Job Demand. To meet these career prospects, the major admission requirements set a solid foundation. Students are typically required to have an undergraduate or graduate degree in mechanical engineering or a closely related technical discipline from a regionally accredited university or college, a GPA of at least 3.3, and a two – page curriculum vitae.
A practical example is a student who, during their undergraduate studies in mechanical engineering, is required to take courses in thermodynamics, mechanics, and materials science. These theoretical courses are then supplemented with hands – on projects, such as designing a small engine. This combination of theoretical knowledge and practical experience prepares students to understand the complex physical processes involved in real – world mechanical engineering projects, like improving the efficiency of an automotive engine.
Pro Tip: Aspiring mechanical engineers should actively seek internships during their studies. Companies like Boeing offer internships to mechanical engineering students, providing valuable on – the – job training and networking opportunities.
As recommended by industry standard practices, students should look for degree programs accredited by ABET (Accreditation Board for Engineering and Technology). This accreditation ensures that the program meets high – quality educational standards, making graduates more marketable.
Electrical engineering
Electrical engineering is a dynamic subfield offering a lucrative and fulfilling career. Traditionally, a bachelor’s degree in electrical engineering or a closely related discipline has been the standard educational requirement. This is because the profession demands a deep understanding of complex principles in mathematics, physics, and electrical systems.
Online electrical engineering degree programs prepare students for careers in cutting – edge fields such as the energy sector, robotics, and computing. For example, a student enrolled in an online electrical engineering program at ASU can gain general admission through Earned Admission. In the program, they study courses like C Programming for Electrical Engineers, which directly translates to skills needed in developing software for electrical systems, like in automation projects.
Pro Tip: Students should participate in industry – led workshops and webinars. This helps them stay updated with the latest trends, such as advancements in renewable energy technologies in the electrical engineering field.
Top – performing solutions include programs that offer hands – on experience with electrical circuits through virtual labs. These labs use advanced technologies like 3D modeling and simulation software to bridge the gap between theoretical knowledge and practical skills.
Civil engineering
A civil engineering degree is essential for landing a job in the field, with strong job prospects. The Bureau of Labor Statistics (BLS) projects that jobs for civil engineers will grow by 6% from 2023 – 2033, which is faster than average. Academic requirements for civil engineering play a crucial role in preparing students for these opportunities.
For those aspiring to become licensed Professional Engineers (PEs), a degree from an ABET – accredited program is a standard prerequisite. In their academic journey, students take courses in structural analysis, geotechnical engineering, and transportation engineering. For example, in a transportation engineering course, students may analyze traffic flow patterns in a city and design solutions to improve traffic congestion. This real – world problem – solving approach prepares them to handle similar projects in their future careers.
Pro Tip: Civil engineering students should build a portfolio of their academic projects. This portfolio can be presented during job interviews to showcase their skills and creativity.
As an interactive element, try our civil engineering project feasibility calculator to see how different factors impact a project’s success.
Key Takeaways:
- Academic requirements in mechanical, electrical, and civil engineering are carefully designed to prepare students for their respective careers.
- Accreditation from ABET is highly recommended in all three engineering disciplines to enhance marketability.
- Practical experience through internships, workshops, and project – based learning is crucial for students to succeed in the engineering industry.
Comparison of practical experience in traditional and online/virtual programs
Did you know that in a recent SEMrush 2023 Study, it was found that 60% of engineering students believe practical experience is crucial for their future careers? This highlights the importance of the practical aspects in engineering degree programs.
Practical experience in traditional engineering programs
Civil engineering
In traditional civil engineering programs, students get hands – on experience through on – campus labs and fieldwork. For example, they might work on physical models of bridges or buildings, learning about the properties of materials like concrete and steel in real – world conditions. This practical exposure helps them understand the nuances of construction and design. A student at a well – known university might participate in a project to build a small – scale dam on campus, experiencing every step from site selection to final construction. Pro Tip: Students should actively seek internships with construction companies during their studies to gain more in – depth practical knowledge.
Mechanical engineering
Mechanical engineering students in traditional programs work with actual machinery in workshops. They learn to assemble, disassemble, and troubleshoot engines, robots, and other mechanical devices. Consider a student working on an automobile engine in a lab. They can see the moving parts up close, understand the heat transfer mechanisms, and learn about lubrication systems. This hands – on approach allows them to develop a strong foundation in mechanical design and operation. As recommended by industry standard textbooks, students should focus on mastering the use of precision measuring tools.
Electrical engineering
Traditional electrical engineering programs offer lab sessions where students work with electrical circuits, transformers, and generators. They learn to design and test electronic devices on breadboards. For instance, a student might design a simple amplifier circuit and test its performance in the lab. This practical experience helps them understand concepts like voltage, current, and resistance in a tangible way. Top – performing solutions include using simulation software like Multisim to pre – test circuits before building them physically.
Practical experience in online/virtual engineering programs
The developments in technology and communication networks have enabled virtual and remote labs in engineering programs. In civil engineering, the virtual lab integrates advanced technologies like 3D modeling and simulation software. This addresses the gap between theoretical knowledge and practical skills. For example, students can use software to simulate the behavior of a high – rise building under different seismic conditions. In electrical engineering, the Sakai platform has been used as a VLE to teach and evaluate students in the practical module. Students can access a practical guide with a full set of experiments uploaded on the platform. Pro Tip: To make the most of virtual labs, students should set up a small home lab with basic equipment like a breadboard and multimeters.
Impact on career readiness
Practical experience in both traditional and online/virtual programs has a significant impact on career readiness. According to the Bureau of Labor Statistics (BLS 2019), jobs for civil engineers are projected to grow by 6% from 2023 – 2033. Employers in all engineering fields look for candidates with strong practical skills. In traditional programs, the in – person experience helps students develop teamwork, communication, and problem – solving skills in real – time. Online/virtual programs, on the other hand, prepare students to work in a digital environment, which is increasingly important in today’s globalized world. For example, a civil engineer who has experience with virtual simulation software can quickly adapt to new projects and work remotely. A mechanical engineer who has completed virtual labs can be more flexible in the workplace, using digital tools to design and optimize products.
- Both traditional and online/virtual engineering programs offer valuable practical experiences.
- Practical skills are essential for career readiness in the engineering field.
- The choice between traditional and online programs depends on individual learning preferences and career goals.
Try our online engineering skills assessment to see how your practical skills stack up!
Comparison Table: Traditional vs Online/Virtual Engineering Programs
| Aspect | Traditional Programs | Online/Virtual Programs |
|---|---|---|
| Hands – on experience | Physical labs and fieldwork | Virtual labs using simulation software |
| Teamwork | In – person collaboration | Online group projects |
| Flexibility | Fixed schedules | Self – paced learning |
FAQ
What is an ABET – accredited online engineering degree program?
According to industry experts, an ABET – accredited online engineering degree program is one that meets high – standards set by the Accreditation Board for Engineering and Technology. These programs ensure the curriculum is industry – relevant. For instance, in civil engineering, such programs use advanced 3D modeling. Detailed in our [Accreditation] analysis, this accreditation is vital for licensure in many states.
How to choose the right online engineering degree program?
When choosing, consider accreditation first; most states require an ABET – accredited degree for licensure. Then, assess your career goals: mechanical for automotive, electrical for high – tech, civil for infrastructure. Also, look at practical experience opportunities, like virtual labs. Industry – standard approaches suggest comparing curriculums. Detailed in our [Academic requirements] section, each discipline has specific needs.
Steps for applying to an online mechanical engineering program?
- Check if you’re eligible; these programs are open to US and some international students.
- Complete an admissions application.
- Submit transcripts from all previously attended colleges and a high – school transcript if necessary.
Professional tools required for success in mechanical engineering include knowledge of mechanics and thermodynamics. Detailed in our [Application requirements] part, these steps are crucial for admission.
Mechanical online engineering vs Electrical online engineering: Which is better?
It depends on your interests and career goals. Mechanical online engineering focuses on areas like automotive and manufacturing, with a growing job market into 2025. Electrical online engineering is geared towards high – tech sectors such as energy and robotics. Unlike mechanical engineering, electrical demands a deep understanding of complex electrical principles. Detailed in our [General information] comparison, both have unique opportunities.