
Technology and engineering are closely linked fields that shape the way we live, work and solve problems. When you pursue a technology or engineering degree from Southern New Hampshire University, you'll learn to approach challenges with the analytical mindset needed to create efficient and effective solutions.
SNHU's online programs in software engineering, computer science, IT, cybersecurity, project management and engineering management are built around the latest tools and industry standards, helping you stay competitive in a rapidly evolving job market. Our hands-on curriculum mimics what professionals do in the field every day. You’ll learn from instructors with industry experience, though a blend of theory and application designed to get you ready for a career in today's tech landscape.
Make an impact when you earn your technology degree from SNHU, a university recognized for our innovative and transformative programs.
Learn from instructors with industry experience
Our instructors are at the heart of SNHU's mission of student success. Whether they are engaging with students on discussion boards, communicating concepts and ideas or helping you explore your passions, SNHU instructors strive to make your learning experience valuable and memorable.
Featured Faculty
Paulitia "Litia" Sheldon
Litia Sheldon is an instructor of data analytics at SNHU and recipient of the 2019 Distinguished Online Teaching Award.
Position
Instructor
Joined SNHU
2014
Education
- MIS from Keller Graduate School of Management
- MBA from the University of Phoenix
- BS in Computer and Information Science and Mathematics from Florida State University
“This (data analytics) program gives you a terrific foundation of knowledge you need to succeed. However, as with most things, you have to commit to yourself that you will keep learning. I think that is how you continue to separate from others. Find what you love and do it well.”
Read more about other online faculty at SNHU.
What SNHU students are saying
"There was so much support and there was so much help along the way that it always felt possible for me to do it."
Samantha Sherwood '24
Environmental Science (BS)
Frequently Asked Questions
How do you get a technology degree?
Technology plays a role in nearly every industry today, and earning a tech degree starts with finding the right path for your interests and career goals. You might pursue a program in a technical area like data analytics or cybersecurity, or explore creative fields like game development or digital design.
Here are just a few of the exciting technology programs available:
- Computer science: The study of computer science could mean focusing on data analysis, information security, project management or software engineering. In each of these areas, you will learn to solve real-world problems through the use of data and computer software. You may learn to design new software for solving problems or you may learn to apply existing software principles and products to your work. The paths available within the study of computer science are varied and exciting.
- Game programming and development: Studying game programming and development means you can combine your systems design and analytical thinking skills with your creative nature. Solve complex logic problems while making narratives come to life. Work in a growing, dynamic career field as an animator, programmer, or even writer. With a foundation in physics and engineering principles, there are many opportunities for an exciting career that lets you bring your creative ideas to life.
- Cybersecurity: Studying cybersecurity means you may become an expert in preventing cyber-attacks on various technological systems. You might work for a private company or for the state or federal government. Prevention of identity theft is a key part of this role, as is learning how to anticipate and prevent cyber-attacks that can hurt people and organizations both personally and financially.
- Health information management: The world of healthcare is more technologically advanced than ever, often in ways we may not even realize. Lab results, insurance claims, patient date and even surgery relies on technology in a variety of forms. Having a solid foundation in data analytics as well as an understanding of the terminology and professional skills required to excel in health information management will provide you with a career poised to help others every day.
As you can see, there are many directions technology programs can take you.
How many years does it take to get a technology degree?
Technology degrees are available at every level, from associate degrees to master's programs. The length of time it takes to earn a degree in this field really depends on your goals.
If an associate degree in information technologies or AS in Computer Science is best for you, you might be able to finish in about 2 years. If a bachelor’s degree is on the horizon, you can generally finish in 4 years. And a master’s degree can typically be completed in under 2 years. All estimates are based on you being a full-time student.
That being said, we know that balancing school with your busy schedule can be challenging. Many of our students work full-time jobs and have families and other commitments. We also have a lot of students who are active-duty military. We work with each student to ensure that everyone achieves their educational goals at a pace that works best for them.
Online courses mean 24/7 access to the learning materials, and the ability to submit assignments when it's convenient for you, based on assignment due dates. You'll also have access to faculty who are professionals in the field and can offer guidance on career choices and goals.
Which degree is best for technology and engineering?
The “best” degree really depends on your personal goals, career focus and preferred learning style. You'll want to look for programs from accredited schools that align with current industry needs, and offer strong student support. Flexibility, affordability and the ability to specialize in high-demand technology and engineering areas are also important factors.
Southern New Hampshire University has continued to build up its portfolio of online technology degrees and engineering concentrations.
Online engineering programs at SNHU include:
- BS in Computer Science, software engineering concentration
- MBA, engineering management concentration
- MS in Management, construction management concentration
- MS in Computer Science, software engineering concentration
Visit our program pages above to see which one of these degrees is the best fit for your goals.
How much does an online technology degree cost?
The cost of an online degree varies, as each college sets its own tuition rates. If you're worried about affordability, there are schools that make low tuition rates a priority, so that you can reach your goals.
One of those institutions is Southern New Hampshire University. We're known for having some of the lowest online tuition rates in the nation. And because our online technology programs with engineering concentrations are so affordable, you can get a better return on your investment.
There are a few ways you may be able to save even more.
SNHU offers generous transfer policies to our students. In our bachelor's programs, we're able to accept up to 90 credits. That means you have the possibility of only paying for 30 credits (10 classes) to earn your SNHU degree.
Most of our master's programs accept up to 12 graduate credits from your previous accredited institutions.
Plus, our Student Financial Services team aims to keep the cost as low as possible. If you're eligible for financial aid, our counselors can walk you through your award and help you decipher what each part of it means.
Can you get an engineering degree online?
Many technical subjects — like engineering — translate well to the online learning environment.
While SNHU offers traditional mechanical and electrical engineering degrees on campus, many of our online technology programs share similar foundations. Disciplines like software engineering and IT emphasize efficient problem-solving, user-focused design, and systematic development, which are core principles also found in engineering. Our online MBA with a concentration in Engineering Management builds on these by developing the leadership skills needed to guide technical teams and complex projects.
When you're choosing a school offering an online engineering degree or concentration, there are a few things you'll want to consider:
- Is it accredited? It's so important to do your research. Make sure that you look for the accreditations page on the websites of the schools you're looking at. SNHU, for example, is accredited by the New England Commission of Higher Education (NECHE), a regional accreditor, which advocates for institutional improvement and public assurance of quality.
- Is it quality online education? Accreditation can help speak to the quality of a school. Beyond that, a school like SNHU, for instance, also has years of online education experience. Considered a leader in the space, we launched our online platforms back in 1995. And we work with subject-matter experts to help us update our programs as changes and advances are made in the field.
- Is it convenient? There's a reason people attend school online – and that's because the traditional brick-and-mortar schedule just doesn't work for them. You'll be able to access your coursework 24/7, meaning you can complete weekly assignments at noon or midnight, or anywhere in between. You can truly earn a degree at your own pace.
Is it affordable? Another reason that people choose online education to earn their degree is that the online tuition rates are typically lower. When you get your engineering degree for less at an institution like SNHU, you improve your return on investment (ROI).
Which engineering career has the highest salary?
According to the U.S. Bureau of Labor Statistics, possible earnings for engineering jobs can be much higher than the annual median wage for all occupations in the United States.1
Here are some of the median annual salaries from May 2024, according to the BLS.1
- Aerospace engineers: $134,830
- Agricultural engineers: $84,630
- Biomedical engineers: $106,950
- Chemical engineers: $121,860
- Civil engineers: $99,590
- Computer hardware engineers: $155,020
- Electrical and electronics engineers: $118,780
- Environmental engineers: $104,170
- Health and safety engineers: $109,660
- Industrial engineers: $101,140
- Materials engineers: $109,310
- Mechanical engineers: $102,320
- Mining and geological engineers: $101,020
- Nuclear engineers: $127,520
- Petroleum engineers: $141,208
Is a bachelor's degree enough for engineering?
Yes, a bachelor's degree is typically enough for you to enter the engineering field. According to the U.S. Bureau of Labor Statistics, engineering jobs require a bachelor's degree as entry-level education.1
Beyond that, a master's degree is an excellent route should you want to teach at the postsecondary level, advance to a leadership position or work in research and development.
References
Sources & Citations
1Bureau of Labor Statistics, U.S. Department of Labor, Occupational Outlook Handbook, on the internet, at https://www.bls.gov/ooh/architecture-and-engineering/home.htm (viewed June 11, 2025). Cited projections may not reflect local and/or short-term economic or job conditions and do not guarantee actual job growth.