Best Online Bachelor’s Software Engineering Degrees: Guide to Online Programs for 2025

by Imed Bouchrika, Phd

Co-Founder and Chief Data Scientist

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For aspiring software engineers, a bachelor’s degree can provide an invaluable education for developing the skills needed to succeed in the competitive technology industry. With new advancements in the field accelerating the demand for these types of professionals, there is no better time to consider pursuing this highly sought-after qualification.

Software engineering is a lucrative, in-demand field. Software engineers in the U.S. earn an average of $75,770 annually (PayScale, 2023). Software developer employment is growing 22% faster than other jobs, according to the U.S. Bureau of Labor Statistics. Working individuals or those who can’t learn on-campus, however, can attend the best online bachelor’s software engineering degrees to pursue this tech career.

Typical job titles for software engineers include front-end, back-end, and full-stack software engineers (Thinkful, n.d.). Job roles can also be based on what kind of program they are building, such as mobile app developer, graphics engineer, or game engineer. But with the pandemic impacting face-to-face, on-campus classes, those who want to have a software engineering degree might wonder if an online degree is a viable option.

In this article, you can learn if an online bachelor’s degree in software engineering will have the same value as a traditional degree earned on campus. It will help you compare the online versus traditional learning experience plus, let you know what you can expect from an online degree program.

Table of Contents

1. Can you get a degree completely online?
2. Will employers take my online degree seriously?
3. Are online degrees recognized all over the world?
4. Online vs. Traditional Software Engineering Degree
5. How much does an online Bachelor’s Degree in Software Engineering cost?
6. What are the requirements of an online Bachelor’s Degree in Software Engineering?
7. Courses to Expect in Online Bachelor’s Degree in Software Engineering
8. How can you build a professional network while studying for an online software engineering degree?
9. Can an Online Software Engineering Degree Equip You for Cybersecurity Challenges?
10. How do accelerated online programs enhance career advancement in software engineering?
11. Can an Online Software Engineering Degree Expand Your Interdisciplinary Horizons?
12. Can an Online Software Engineering Degree Propel a Career in Game Development?
13. How are emerging technology trends integrated into online software engineering programs?
14. How Do Online Software Engineering Programs Foster Lifelong Learning and Industry Engagement?
15. What certification and specialization opportunities are available for software engineering graduates?
16. Career Outcomes and Job Readiness for Online Software Engineering Graduates
17. Financial Aid and Scholarships for Online Software Engineering Students
18. Things to Look for in an Online Bachelor’s Degree in Software Engineering

Can you get a degree completely online?

Yes, you can get an online bachelor’s and online masters in software engineering. Online degree courses in software engineering are delivered either via asynchronous or synchronous classes. Meanwhile, there are schools that operate under the blended or hybrid model, offering course delivery both online and on-campus. However, if you plan on continuing your education, it is best to note that online degrees for a Ph.D. in software engineering are difficult to come by.

The rise of online learning for software degrees is but a reflection of a general educational trend that has been prevalent due to the pandemic. In a survey of over 1,400 college students in the US, 57% said that their school offered both online and in-person classes. On the other hand, 29% said that their school offered purely online classes. Only 1% said that their school offered purely in-person classes (New America & Third Way, 2020).

Will employers take my online degree seriously?

Employers do take online software engineering degrees as seriously as they do traditional on-campus degree programs. What matters most to employers is that the candidate has a degree, and not so much that the candidate earned it online or on-campus. In fact, 61% of HR leaders think that online learning is of equal or greater quality than traditional learning methods. Moreover, 71% of organizations have hired an applicant with an online degree in the past 12 months (Northeastern University, 2019).

In addition, the growing prevalence of online learning is also poised to help in erasing the stigma against online degree program (ODP) holders according to a 2019 study by René Kizilcec, Dan Davis, and Elle Wang. The research Online Degree Stigma and Stereotypes: A New Instrument and Implications for Diversity in Higher Education explores the stigma and stereotypes associated with ODPs and similar programs (Kizilcec, Davis, & Wang, 2019).

Are online degrees recognized all over the world?

As there is a huge demand for software engineers worldwide, online degrees are recognized all over the world most of the time. However, there is also an increasing trend of self-taught engineers. As a result, traditional university degrees whether obtained online or the traditional way are less relevant than in previous years. In a survey, 50% of respondents said that they have a computer science degree in 2019 while in 2020, this percentage has decreased to 45%. On the other hand, 21% of software engineers said in 2019 that they were self-taught and this has increased to 23% in 2020 (Northeastern University, 2019).

Online vs. Traditional Software Engineering Degree

An online software engineering degree is one where students can learn how to apply engineering best practices, principles, and methods in developing software products. Students must learn how to identify the software requirements, creating a roadmap for building the software, writing code, and testing the product, and monitoring results. (Cast, n.d.).

Online software engineering degrees differ from traditional programs in the following ways:

1. Format. Traditional degree programs require students to attend face-to-face classes. This requires out-of-state students to get student housing within or near campus. On the other hand, online courses are delivered mostly through asynchronous classes where students can access course materials over the internet as their schedule permits. However, there are online courses that require in-person attendance on campus at least once during the term (Software Engineer Insider, n.d.).Schedule. Traditional degree programs require learners to attend classes on-site, so they must do so at a time and frequency set by the school. On the other hand, asynchronous delivery methods allow students to access course materials and video lectures at their own pace. But it is important to note that they must also accomplish deliverables within deadlines, otherwise students will lose points (Software Engineer Insider, n.d.). However, if the institution uses synchronous learning methods, the student must meet the teacher at the agreed-upon online platform at the set schedule.Learning Experience. Traditional degree programs offer students plenty of hands-on experience in addition to coursework, such as co-ops or internships. Some degree programs offer collaborative opportunities where students can work with others and with the assistance of faculty on projects for real clients. In addition, they will have access to a school’s laboratories and research facilities to complete their coursework. Meanwhile, online degree programs may offer a project-based curriculum. Others require completion of a capstone project where students will design an original software. There are also institutions that allow students to take industry certifications for course credit. Today’s online learning environments also use tools like virtual blackboards, lecture recording technologies, and exam proctoring tools to mimic a live classroom environment as much as possible  (Software Engineer Insider, n.d.). Thus, an online course is ideal for students who like to learn independently. Meanwhile, traditional courses are best for those who want to have a structured approach in studying for the degree.Pacing. Depending on the university’s offerings, it is possible to study both online and traditional software engineering degrees on a full-time or part-time basis. If you are pursuing the degree the traditional way, you would have to factor in transportation costs around campus and travel time to and from your place of work. This is not so much of a problem for an online degree.
2. Format. Traditional degree programs require students to attend face-to-face classes. This requires out-of-state students to get student housing within or near campus. On the other hand, online courses are delivered mostly through asynchronous classes where students can access course materials over the internet as their schedule permits. However, there are online courses that require in-person attendance on campus at least once during the term (Software Engineer Insider, n.d.).
3. Schedule. Traditional degree programs require learners to attend classes on-site, so they must do so at a time and frequency set by the school. On the other hand, asynchronous delivery methods allow students to access course materials and video lectures at their own pace. But it is important to note that they must also accomplish deliverables within deadlines, otherwise students will lose points (Software Engineer Insider, n.d.). However, if the institution uses synchronous learning methods, the student must meet the teacher at the agreed-upon online platform at the set schedule.
4. Learning Experience. Traditional degree programs offer students plenty of hands-on experience in addition to coursework, such as co-ops or internships. Some degree programs offer collaborative opportunities where students can work with others and with the assistance of faculty on projects for real clients. In addition, they will have access to a school’s laboratories and research facilities to complete their coursework. Meanwhile, online degree programs may offer a project-based curriculum. Others require completion of a capstone project where students will design an original software. There are also institutions that allow students to take industry certifications for course credit. Today’s online learning environments also use tools like virtual blackboards, lecture recording technologies, and exam proctoring tools to mimic a live classroom environment as much as possible  (Software Engineer Insider, n.d.). Thus, an online course is ideal for students who like to learn independently. Meanwhile, traditional courses are best for those who want to have a structured approach in studying for the degree.
5. Pacing. Depending on the university’s offerings, it is possible to study both online and traditional software engineering degrees on a full-time or part-time basis. If you are pursuing the degree the traditional way, you would have to factor in transportation costs around campus and travel time to and from your place of work. This is not so much of a problem for an online degree.

1. Flexibility. Like in most engineering degree programs, traditional software engineering degrees have limited flexibility, as one is required to take the classes at the schedule set at the beginning of the semester. However, it affords students the chance to select electives that are of interest to them or that allow them to take a certain path set under the curriculum. On the other hand, online degree program schedules are much more flexible, making them ideal for working students or those who have other commitments that limit their study time. However, as with any type of class, students are expected to turn in assignments within the deadline and take exams and assessments as scheduled.
2. Cost. The average cost of college in the U.S. is $40,000 annually. (Thinkful, n.d.). However, this does not include living expenses, transportation costs, and other fees (Springboard, n.d.). Taking all these into account, it would cost over $140,000 to get a four-year software engineering degree under a traditional program. In contrast, online software engineering programs cost $320 to $720 per credit and around $37,000 to $91,000 in total tuition fees.
3. Duration. Traditional bachelor’s degrees in software engineering typically take four years to complete. Online bachelor’s degrees also take four years to complete. However, some institutions offer an accelerated option where one can complete the degree in two or three years.

Is an online degree cheaper?

In most cases, getting an online degree in software engineering is cheaper. This is because there are no living expenses and transportation costs usually associated with a traditional degree taken on-campus. However, students must also expect other fees like technology fees, which they do not pay under the traditional setup. Moreover, they would also have to pay for their own device and internet connection.

Is an online degree as good as a regular degree?

The best online degree programs have the same rigorous requirements as their on-campus counterparts and give students the same advancement opportunities. What is more, in the field of software engineering, there have been proactive efforts to improve online programs.

With these in mind, one can surmise that it is as good as a regular degree. However, students must also consider the networking opportunities they cannot otherwise get in an all-online environment.

How much does an online Bachelor’s Degree in Software Engineering cost?

College fees for online and traditional undergraduate degrees in software engineering vary due to many factors. With an online degree, one does not have to spend on in-campus housing and meals. One also has to budget for books and other course materials, which costs an average of $1,250 per year for a public four-year college (ValuePenguin, 2021). These are what largely make an on-campus education more expensive than an online software engineering degree. With an online course, students do not have to spend on housing, food, and transportation.

Moreover, data shows that there is little difference between the per-credit rate between online and on-campus offerings for public colleges. Based on data from 170 ranked public colleges in the US,  an online bachelor’s degree for in-state, in-district students costs $316 per credit versus $311 per credit for in-state students studying on campus. It is in private colleges where the difference between online and in-campus rates is more pronounced. On average, the per-credit price at 168 private colleges in the US is $488 versus $1,240 for on-campus programs for 113 colleges that reported such data (U.S. News, 2020).

Is an online software engineering degree worth it?

An online software engineering degree signifies to employers that your knowledge and skills have been vetted by an academic institution and that it passes what one would expect from a job applicant for an entry-level position. However, one also has to keep in mind that students also have to supplement their learning with internships and side projects, especially if they want to learn a specific skill or language (BetterProgramming, 2020). This is because university programs can be decades behind the developments happening in the software industry (Programming with Mosh, 2018).

What are the requirements of an online Bachelor’s Degree in Software Engineering?

Admission Requirements

To be admitted into a program, students must comply with the following requirements:

1. GPA of 3.0. Most schools require applicants to have a GPA of at least 3.0. However, there are also schools that admit students with a lower GPA if they exhibit proficiency in other areas.
2. SAT or ACT scores. Students may be required to show proof of standardized test scores, and place emphasis on math and science subjects.
3. Application form and personal essay. Candidates will be asked to fill out an application form containing basic details with a personal statement or essay. It should answer why you want to study for a software engineering degree. In addition, it should showcase your skills, explain your academic goals, and show why you are a good fit for the program.
4. High school transcripts. Software engineering degree programs usually require applicants to have graduated high school or pass General Educational Development (GED) tests, which is the equivalent of a high school diploma. Some schools may require that students take a certain number of units of math and science subjects.
5. Letter of recommendation. Applicants may be asked to provide letters of recommendation from a teacher or employer. Recommendation letters usually contain the applicant’s performance in the classroom or his or her contributions to the workplace, as the case may be (The Balance Careers, 2020). Make sure to secure a letter well in advance of the application deadline.

General Requirements

1. Strong understanding of math. Software engineering courses will require completion of statistics, quantitative analysis, calculus, algebra, and more. Thus, proficiency with numbers is a must as this play a vital role in what software engineers do.
2. Computer programming and coding skills. By the end of the degree program, one will be expected to learn at least one programming language, which is a common requirement in software engineering job posts. Popular programming languages include C#, C++, HTML, Java, JavaScript, Perl, PHP, and Python (Indeed, 2020). According to a survey, developers who use Perl and Scala have the highest salaries in the world at a median of $76,000. This is followed by Go and Rust ($74,000), Ruby ($71,000), and Bash/Shell/PowerShell ($65,000) (Stack Overflow, 2020).
3. Organizational skills. Software engineering requires following a process every step of the way. Thus, students need to have good planning skills so that they can identify the project scope, prioritize tasks, and set deadlines so that they can accomplish the project on time (BCS, 2020).

What are the technological requirements of students for online learning?

1. Laptop, smartphone, tablet, or devices. Your chosen device must meet the specifications of your school’s online learning platform. This will include the operating systems (Windows or Mac), OS version, hard disk space, and the like.
2. Browser requirements. Students must also see to it that they use the browser supported by their school’s learning platform so they can access course materials without any issues. They must also configure it according to guidelines set by the school, such as enabling cookies and disabling pop-up blockers.
3. Internet connection. A broadband internet connection, whether cable or DSL, is required to access lessons and course materials and attend synchronous sessions if any.
4. Sound card, microphone, and speakers. Students would need these to access course materials in audio or video format or attend and participate in any synchronous classes.

Courses to Expect in Online Bachelor’s Degree in Software Engineering

When studying for an online software engineering degree, one can expect to study the following core subjects:

1. Programming Languages. There are various programming languages like object-oriented, functional, and scripting (Dev, 2018). Learning at least one language will help students develop code that is functional and secure.
2. Software Security. This course will allow students to learn security concepts so that they could develop code that can pass security testing protocols. They will learn methods and practices for developing secure software systems, such as requirements engineering, architecture and design, risk management, coding and testing, and governance and management. This skill will be helpful to students to address the cybersecurity workforce gap, which stands at 3.12 million unfilled jobs worldwide (ISC2, 2020).
3. Client/Server Development. This course lets students use internet tools and network protocols so they can create, design, and implement client/server applications. It will also let them use database applications and use logical and mathematical solutions for developing web-based and software programs.
4. Full Stack Development. This course will let students develop the client-side (front-end) and the backend (server-side) of a web application, as well as debug web applications and websites. It will also allow them to explain highly technical concepts to various audiences using different formats.

In addition to completing the coursework, students are typically required to submit a capstone project. This allows students to apply the knowledge and skills they have learned in previous courses in designing and implementing a software solution that addresses a real-world problem. A capstone project is usually completed near the ending stages of the degree.

How can you build a professional network while studying for an online software engineering degree?

Building a professional network while pursuing an online degree can seem challenging, but it is essential for career growth. Here are some ways to develop valuable connections:

• Participate in virtual meetups and conferences: Many professional organizations, like the IEEE or ACM, host virtual events, seminars, and conferences. Attending these can help you stay informed about industry trends and connect with peers and professionals in the field.
• Engage with online communities: Platforms such as GitHub, Stack Overflow, and Reddit have vibrant communities of software engineers. Contributing to discussions, collaborating on open-source projects, and seeking advice are effective ways to build connections and showcase your skills.
• Leverage social media and LinkedIn: Use platforms like LinkedIn to connect with industry professionals, follow software engineering thought leaders, and join relevant groups. Engaging with their content and sharing your own projects can enhance your visibility and professional credibility.
• Join alumni networks: Many universities offering online degrees have dedicated alumni networks. Joining these networks can provide access to exclusive job postings, mentorship opportunities, and connections to graduates who work in your desired field.
• Seek internships and freelance work: Even while studying online, pursuing internships or freelance opportunities can help you gain hands-on experience and build relationships with potential employers.

Is Accreditation a Crucial Factor for Online Software Engineering Programs?

Accreditation is a definitive quality indicator for online software engineering programs, ensuring that academic standards meet industry requirements and enhancing employability. It verifies that the curriculum is current, faculty credentials are robust, and student support services are reliable. Accredited programs also provide eligibility for federal financial aid and facilitate smooth credit transfers. Prospective students should review accreditation details and compare institutions, including programs that offer an engineering degree online, to ensure a strong foundation for career advancement.

Can an Online Software Engineering Degree Equip You for Cybersecurity Challenges?

Leading online software engineering programs are increasingly incorporating cybersecurity fundamentals into their curriculum. These courses focus on secure coding practices, risk management, and the development of resilient software systems. This targeted integration empowers graduates to effectively identify vulnerabilities and implement robust security measures throughout the software development lifecycle. Additionally, students can enhance their cybersecurity expertise by pursuing specialized paths, including a cybercrime degree online, which offers advanced insights into cyber threat mitigation and digital forensics.

How do accelerated online programs enhance career advancement in software engineering?

Accelerated online programs offer a streamlined pathway that compresses the degree timeline without sacrificing academic rigor. These programs utilize intensive learning modules and project-centric coursework to facilitate rapid mastery of advanced software engineering concepts. They provide early exposure to real-world challenges through simulated projects and industry-oriented collaborations, thereby equipping students with practical skills that enhance job readiness. In addition, accelerated pathways often integrate opportunities for early internships and strategic networking, enabling graduates to quickly transition into leadership roles within the technology sector. For a focused curriculum that fast-tracks your career, consider pursuing a computer science online degree.

Can an Online Software Engineering Degree Expand Your Interdisciplinary Horizons?

Modern online software engineering programs increasingly emphasize cross-disciplinary collaboration through project-based learning and exposure to emerging technologies. Graduates are equipped to tackle challenges in nontraditional sectors, where integrating technical expertise with specialized industry knowledge is critical. For instance, several programs incorporate modules that explore data analytics and automation within life sciences, thereby cultivating skills applicable to industries such as biotechnology. Interested candidates should review opportunities to leverage their software skills in diverse fields by consulting the biotechnology careers list and salaries.

Can an Online Software Engineering Degree Propel a Career in Game Development?

Online software engineering programs are increasingly incorporating interdisciplinary coursework that addresses the technical intricacies of game development. These programs may offer specialized modules focusing on graphics programming, simulation frameworks, and interactive media design, which are pivotal for creating engaging digital experiences. Prospective students eager to enter the gaming industry can leverage project-based assignments and collaborative platforms that mirror real-world development environments. Additionally, select programs provide dedicated pathways to advanced certifications and practical training, enabling learners to tailor their education towards specific industry demands. Consider expanding your expertise by exploring a game developer degree online option, which offers targeted curriculum and resources for hybrid technical roles in game development.

How are emerging technology trends integrated into online software engineering programs?

Online software engineering programs are increasingly aligning their curricula with evolving technologies to ensure graduates remain competitive. These programs incorporate courses and project-based learning opportunities focused on areas such as machine learning, cybersecurity, data analytics, and cloud computing, reflecting industry demands. Furthermore, some programs offer specialized tracks and modules that address contemporary topics, allowing students to gain practical experience with innovative tools and frameworks. For instance, students interested in the burgeoning field of artificial intelligence can supplement their studies with advanced modules and research opportunities, such as those available in AI PhD programs online. This targeted integration not only bridges the gap between traditional software engineering principles and modern technological advancements but also prepares graduates to tackle complex real-world challenges.

How Do Online Software Engineering Programs Foster Lifelong Learning and Industry Engagement?

Online software engineering programs often extend learning beyond the core curriculum by offering a suite of resources for continuous skill enhancement. Many institutions provide access to exclusive webinars, industry-led workshops, and collaborative projects that keep graduates updated with emerging trends. These programs also support structured mentoring, networking events, and alumni communities designed to promote career-long engagement. Such initiatives encourage a culture of lifelong learning, ensuring that professionals can seamlessly transition into advanced studies or interdisciplinary fields—for example, exploring pathways to affordable masters in bioinformatics online.

What certification and specialization opportunities are available for software engineering graduates?

After earning a Bachelor's degree in Software Engineering, pursuing certifications and specialization opportunities can significantly enhance your career prospects. Many software engineering roles require expertise in specific technologies or methodologies; certifications can help you stand out. By enrolling in accredited online colleges, you can pursue a program that offers a solid foundation in software engineering and prepares you for various certifications and specializations.

Here are some key certifications and specialization opportunities that can complement your degree:

• Cloud Computing Certifications: Cloud computing is rapidly growing, and software engineers skilled in platforms like AWS (Amazon Web Services), Microsoft Azure, or Google Cloud are in high demand. Certification in cloud computing demonstrates your ability to design, deploy, and manage applications and services in the cloud.
• Cybersecurity Certifications: With the rise of cyber threats, cybersecurity expertise is increasingly essential for software engineers. Certifications like Certified Ethical Hacker (CEH) or CompTIA Security+ validate your ability to secure software systems, making you a valuable asset to potential employers.
• DevOps Certifications: DevOps combines software development and IT operations to create continuous delivery pipelines. Certifications such as the Certified Kubernetes Administrator (CKA) or AWS Certified DevOps Engineer can demonstrate your proficiency in managing and automating software deployments.
• Artificial Intelligence and Machine Learning (AI/ML) Certifications: AI and machine learning are transforming industries, and software engineers with knowledge in these fields are highly sought after. Specializing in AI/ML with certifications like TensorFlow or Python for Data Science can help you advance in this cutting-edge technology.
• Full-Stack Development Certifications: Full-stack development involves both front-end and back-end development. Earning a full-stack certification from platforms like FreeCodeCamp or Codecademy can prepare you to work across all layers of an application, boosting your employability.

Career Outcomes and Job Readiness for Online Software Engineering Graduates

Employers highly value software engineers who are not only equipped with the theoretical knowledge acquired from a bachelor's degree but also demonstrate hands-on experience and industry readiness. While pursuing an online Bachelor’s Degree in Software Engineering, students should focus on building a robust portfolio that highlights their practical skills, projects, and certifications.

Post-graduation, software engineering graduates can explore roles like software developers, system engineers, app developers, and cloud engineers. Emerging industries, including artificial intelligence and cybersecurity, also present promising opportunities for specialization. Many graduates choose to enhance their career prospects through internships or co-curricular projects conducted during their studies.

Moreover, for individuals considering a more affordable and flexible academic path before committing to a bachelor's program, an online associate degree can serve as a stepping stone. Programs like these not only help build foundational skills but also reduce overall education costs. To explore some of the most cost-effective options, visit cheapest online associate degree.

Finally, graduates should pay special attention to personal branding and job readiness skills, such as résumé development, technical interviews, and leveraging platforms like LinkedIn or GitHub to showcase their expertise. Many online degree programs provide career services, including job placement assistance and alumni networks, to help navigate the transition into professional roles.

Things to Look for in an Online Bachelor’s Degree in Software Engineering

Not all online software engineering degrees are the same. You need to choose one that supports your lifestyle and educational goals. Below are some factors to consider in choosing an online degree:

1. Availability in one’s location. Students can enroll in online software engineering degrees regardless of location as they are attending classes virtually. However, there are some schools that collect different per-credit tuition fees for in-state versus out-of-state students.
2. Inclusivity and Accessibility. As of 2020, 11.6% of college students in the US have ADHD while 3.7% have a learning disability. These disabilities need to be addressed with the shift to online learning. The Americans with Disabilities Act (ADA) requires schools to address students with visual, hearing, cognitive, and motor disabilities when delivering courses online. Thus, there are schools that can make such accommodations after the student makes a request to their campus’ adaptive educational services. However, in a survey, 75% of college instructors in educational institutions in the US and Canada said that they have not received training to make their online courses accessible and ADA compliant (Inside Higher Ed, 2020).
3. Teaching methods. Online software engineering degree programs often use the flipped classroom model where students access pre-recorded lectures at their own pace. This model has been proven effective with one study concluding that “overall, flipping the classroom increased student learning and it is recommended that the approach be tested in teaching more software engineering topics" (Gren, 2019). Other schools may also apply a competency-based approach where students can move on to the next topic in the course once they exhibit mastery of certain topics (Teach.com, 2020).
4. Reputation. While there are reputable online degree programs, one should also be wary of diploma mills. Diploma mills are for-profit institutions that give students fake degrees in exchange for huge sums of money but do not equip them with the skills to be competent professionals. There are red flags that might alert you to an institution being a diploma mill. Proceed with caution if the degree can be completed in too short a time. Shady institutions also lack support services, such as a guidance counselor or technical support and a fee structure that charges per program instead of per credit hour.
5. Accreditation. A degree program with accreditation is an indicator that its curriculum has been vetted and produces graduates that are ready to enter the workforce. One of the most prestigious accreditation bodies is the Engineering Accreditation Commission of ABET, which keeps a list of accredited IT online programs in the US. Aside from national accreditation, you can check whether the program has regional accreditation. Regional accreditation bodies include the Higher Learning Commission, Accrediting Commission for Community and Junior Colleges, and WASC Senior College and University Commission, to name a few.
6. Hidden costs. Online students must factor in technology fees, which schools assess to defray the costs of the learning platform and IT infrastructure to support online learning. They should also be ready to shoulder the cost of their own laptops or other devices they may need, as well as the costs of having a reliable internet connection.
7. Support Services. A good degree program should have support services in place to address a student’s technical issues as well as academic concerns. Schools with online learning platforms should provide round-the-clock access to technical support through phone, email, or an online ticketing system. They should also provide an online format traditional services that on-site students can avail of such as admissions support, financial aid advising, academic advising, and library services.
8. On-site requirement. Some schools offer virtual labs that allow students to take classes completely online, with the option to pursue coursework on campus. However, there are also degree programs that make an on-site experience a requirement for completing the degree.
9. Other considerations. Students studying for an online degree must be ready to be independent and hold themselves accountable for their own learning. This is because unlike in a traditional setup, there is no teacher to guide them through a structured learning environment (Computerscience.org, 2021).

All these are consistent with the findings of a study that name certain conditions that could influence online degree acceptance in the hiring process, such as “name recognition/reputation of the degree-granting institution, appropriate level and type of accreditation, perception that online graduates were required to be more self-directed and disciplined, candidates’ relevant work experiences, and whether the online graduates were being considered for promotion within an organization or if they were vying for new positions elsewhere or in a new field" (Columbaro and Monaghan, 2009).

Financial Aid and Scholarships for Online Software Engineering Students

Exploring financial aid and scholarship opportunities is crucial for prospective students aiming to make higher education more affordable while pursuing an online software engineering degree. Many academic institutions offer financial support tailored for online learners, covering tuition, course materials, and essential technological requirements.

First, federal financial aid is a widely accessible resource for students in the U.S., including Pell Grants, Direct Subsidized Loans, and Direct Unsubsidized Loans. To access these aids, students need to fill out the Free Application for Federal Student Aid (FAFSA), ensuring they include their selected institution on the form. Additionally, many schools with online software engineering programs also provide institution-specific scholarships based on merit, financial need, or field-specific accomplishments.

Next, private scholarships offer another funding avenue. Nonprofit organizations, technology companies, and professional associations frequently sponsor scholarships for software engineering students, especially those from underrepresented groups in tech. For instance, organizations like Women Who Code and Blacks in Technology provide scholarships and grants for individuals in computer-related fields.

Students can also reduce costs by selecting programs known for their affordability. If budget constraints are a significant factor, consider choosing the cheapest online software engineering degree, which combines quality education with low tuition fees. Exploring these affordable options can substantially decrease financial stress without compromising educational value.

Lastly, employer tuition assistance programs may be available for working professionals. Many companies invest in the continuous development of their workforce by offering partial or full tuition support for degrees relevant to the employee's role or career advancement.

By combining these strategies, students can minimize financial barriers and focus on achieving their academic and career goals in software engineering.

Choosing the Right Online Software Engineering Degree Program

An online degree in software engineering will allow you to realize the real benefits of a college education while staying in the comfort of your home or anywhere with an internet connection. Moreover, it allows you to complete your degree at a fraction of the price of an on-campus degree and gives you the flexibility of learning at your own pace. Still, as all online degrees are not the same, an aspiring engineering major must carefully compare different degree programs, taking into account factors such as costs, reputation, accreditation, support services, and the like. This will help you select the best online degree program that will suit your lifestyle and your goals.

Key Insights

• Growing Demand: The employment of software engineers is projected to grow by 22%, much faster than the average for all occupations, indicating strong demand for these professionals.
• High Earnings: The average salary for software engineers in the U.S. is approximately $75,770 annually, reflecting the lucrative nature of the field.
• Flexible Learning Options: Aspiring software engineers can pursue their degrees online, offering flexibility for working individuals or those unable to attend on-campus classes.
• Diverse Roles: Job titles for software engineers vary, including front-end, back-end, and full-stack developers, as well as specialized roles like mobile app developers and game engineers.
• Employer Acceptance: Online software engineering degrees are generally well-regarded by employers, provided they come from accredited institutions.
• Global Recognition: Online degrees in software engineering are increasingly recognized worldwide, especially given the global demand for software engineers.
• Cost Efficiency: Online degrees are often more cost-effective than traditional on-campus programs, eliminating expenses related to housing, transportation, and campus facilities.
• Comprehensive Curriculum: Online programs offer a robust curriculum, including courses on programming languages, software security, client/server development, and full stack development.

FAQ

1. What degree do I need to become a software engineer?

To become a software engineer, you need at least a bachelor’s degree in software engineering or a related field such as computer science. Some positions may also require or prefer candidates with advanced degrees or specialized certifications.

2. Can I get a software engineering degree completely online?

Yes, you can earn a software engineering degree completely online. Many universities offer online bachelor’s and master’s programs in software engineering, providing flexibility for students who cannot attend on-campus classes.

3. Will employers take my online degree seriously?

Employers generally take online software engineering degrees seriously, especially if they are from accredited institutions. The key is that the degree provides the necessary knowledge and skills required for the job.

4. Are online degrees in software engineering recognized globally?

Yes, online degrees in software engineering are increasingly recognized globally. However, the reputation of the institution and the accreditation status of the program play significant roles in global recognition.

5. How much does an online Bachelor’s Degree in Software Engineering cost?

The cost of an online Bachelor’s Degree in Software Engineering varies, typically ranging from $37,000 to $91,000 in total tuition fees. This is generally more cost-effective compared to traditional on-campus programs, which may cost over $140,000 when including living expenses and other fees.

6. What are the admission requirements for an online Bachelor’s Degree in Software Engineering?

Admission requirements typically include a high school diploma or equivalent, a GPA of at least 3.0, SAT or ACT scores, application form and personal essay, high school transcripts, and letters of recommendation.

7. What courses can I expect in an online Bachelor’s Degree in Software Engineering?

Core courses usually include programming languages, software security, client/server development, full stack development, and capstone projects. These courses aim to equip students with practical skills and knowledge in software engineering.

8. How do online software engineering degrees compare to traditional degrees?

Online degrees offer flexibility and are often more cost-effective. However, traditional degrees may provide more hands-on experience, access to laboratories, and opportunities for in-person collaboration. Both types of degrees can offer rigorous curricula and valuable skills.

9. Is an online degree cheaper than a traditional degree?

In most cases, an online degree is cheaper than a traditional on-campus degree. Online students save on living expenses, transportation, and other costs associated with attending classes in person. However, they may incur technology fees and need to pay for their own devices and internet connection.

10. What should I look for in an online Bachelor’s Degree in Software Engineering?

When choosing an online program, consider factors such as the program’s availability in your location, inclusivity and accessibility, teaching methods, reputation, accreditation, hidden costs, support services, and any on-site requirements.

References:

1. BCS. (2020). 6 skills to become a software engineer. Retrieved from BCS.
2. Beatteay, S. (2020, April 22). Is a Computer Science Degree Worth It?. Retrieved from BetterProgramming.
3. CAST. (n.d.). What is Software Engineering?. Retrieved from CAST.
4. Columbaro, N. and Monaghan, C. (2008). “Employer Perceptions of Online Degrees: A Literature Review," Adult Education Research Conference. Retrieved from New Prairie Press.
5. Doyle, A. (2020, January 5). Sample Reference Letter from a Teacher. Retrieved from The Balance Careers.
6. Gary, K., Acuna, R., Mehlhase, A., Heinrichs, R. & Sohoni, S. (2020, March). SCALING TO MEET THE ONLINE DEMAND IN SOFTWARE ENGINEERING. International Journal on Innovations in Online Education 4(1). Retrieved from DOI: 10.1615/IntJInnovOnlineEdu.2020032599
7. Gren, L. (2019, December 8). A Flipped Classroom Approach to Teaching Empirical Software Engineering. Retrieved from arxiv.org.
8. Hamedani, M. (2018, September 6). You Don’t Need a College Degree to be a Software Developer!. Retrieved from Programming with Mosh.
9. Haynie, D. (2013, August 30). Breaking Down the Cost of an Online Course. Retrieved from U.S. News.
10. Indeed. (2020, December 9). Software Engineer Skills: Definition and Examples. Retrieved from Indeed.
11. ISC2. (2020). Cybersecurity Professionals Stand Up to a Pandemic: 2020 Cybersecurity Workforce Study. Retrieved from ISC2.
12. Javinpaul. (2020, April 15). Top 5 Programming Languages For Software Engineers and Application Developers. Retrieved from Dev.to.
13. Kerr, E. (2020, January 14). What You’ll Pay for an Online Bachelor’s Degree. Retrieved from U.S. News.
14. Kizilcec, R., Davis, D., & Wang, E. (2019, March). Online Degree Stigma and Stereotypes: A New Instrument and Implications for Diversity in Higher Education. Retrieved from https://papers.ssrn.com/sol3/papers.cfm?abstract_id=3339768
15. Knerl, L. (2019, February 12). What Employers Really Think about Your Online Degree. Retrieved from Northeastern University.
16. National College Health Assessment. (20202 December). American College Health Association’s National College Health Assessment Fall 2020. Retrieved from ACHA.
17. New America; Third Way. (2020 September). New America Higher Ed Survey. Retrieved from Third Way.
18. Smith, M., Pineault, L., Dickinson, M., and Tosch, K. (2020, September 2). Beyond Compliance. Retrieved from Inside Higher Ed.
19. Software Engineer Insider. (n.d.). Online Computer Science Degrees: A Good Idea?. Retrieved from Software Engineer Insider.
20. Song, J. (2021, January 11). Average Cost of College in America. Retrieved from ValuePenguin.
21. Springboard. (n.d.). How Much Does It Cost to Become a Software Engineer?. Retrieved from Springboard.
22. Stack Overflow. (2020 February). 2020 Developer Survey. Retrieved from Stack Overflow.
23. Teach.com. (n.d.). Teaching Methods. Retrieved from Teach.com.
24. Thinkful. (n.d.). Software Engineer Career Path. Retrieved from Thinkful.
25. U.S. Bureau of Labor Statistics. (2021, June 2). Software Developers. Retrieved from U.S. BLS.