A bachelor of science engineering online is a fully remote undergraduate degree in engineering disciplines, accredited by ABET and delivered through structured virtual coursework. Students complete core engineering courses, math, and lab components via digital platforms, often with asynchronous and synchronous elements. The degree leads to professional licensure eligibility and prepares graduates for careers in fields like mechanical, civil, or software engineering.
These programs are designed for working adults, military personnel, and students seeking flexibility. They follow the same rigorous curriculum as on-campus counterparts, with faculty-led instruction, project-based assignments, and technical assessments. Completion typically takes four years, though accelerated options exist. Graduates earn the same credential as campus-based peers and qualify for entry-level engineering roles or graduate school.
Online bachelor of science engineering programs deliver course content through learning management systems like Canvas or Blackboard. Students access lecture videos, submit assignments, participate in discussion forums, and take proctored exams. Core subjects include calculus, physics, materials science, thermodynamics, and engineering design.
Laboratory components are handled through virtual simulations, hands-on kits shipped to students, or in-person lab sessions at approved centers. For example, a mechanical engineering course may require building a small-scale gear system using a kit sent by the university. Software tools like MATLAB, SolidWorks, or AutoCAD are integrated into coursework, with access provided through institutional licenses.
Admission requires a high school diploma or GED, SAT/ACT scores (if required), and proof of English proficiency for international applicants. Some programs accept transfer credits from community colleges or prior work experience in technical fields.
While all bachelor of science engineering online degrees follow ABET accreditation standards, they differ in focus areas. Common specializations include:
| Specialization | Typical Coursework | Common Career Paths |
|---|---|---|
| Mechanical Engineering | Fluid mechanics, heat transfer, robotics, CAD modeling | Product design, manufacturing, HVAC systems |
| Civil Engineering | Structural analysis, transportation planning, environmental systems | Urban development, infrastructure projects, construction management |
| Software Engineering | Algorithms, cybersecurity, mobile app development, cloud computing | App development, IT consulting, systems integration |
| Electrical Engineering | Circuit theory, signal processing, embedded systems, power electronics | Network design, semiconductor development, renewable energy systems |
Some universities offer dual-degree pathways or stackable credentials. For example, a student might earn a bachelor's in computer engineering online while simultaneously completing a certificate in cybersecurity through a partner institution. Programs often allow students to customize their capstone project, such as designing a solar-powered irrigation system for rural communities.
Students pursue a bachelor of science engineering online to balance education with work, family, or geographic constraints. Military members, veterans, and individuals in remote locations benefit from access to ABET-accredited programs without relocation. Online formats also support lifelong learners returning to education after career breaks.
Employers increasingly recognize the value of online engineering degrees from accredited institutions. According to the National Association of State Boards of Engineering (NASBE), 92% of state licensing boards accept online degrees for PE exam eligibility if the program meets ABET standards. This means graduates can pursue professional engineering licensure after passing the Fundamentals of Engineering (FE) exam.
A real-world example: a veteran in rural Montana completed a bachelor of science in civil engineering online through a public university. He used his GI Bill benefits, finished the program in 3.5 years while working part-time as a construction supervisor, and passed the FE exam within six months of graduation. He now manages water infrastructure projects for a regional government agency.
Many assume online engineering degrees lack rigor or are not respected by employers. This is incorrect. ABET accredits both on-campus and online engineering programs under the same criteria. A 2022 study by the American Society for Engineering Education (ASEE) found that 76% of engineering hiring managers rated online degrees from ABET-accredited schools as equivalent to on-campus degrees in quality and preparedness.
Another misconception is that online programs exclude lab work. While physical labs aren't held on campus, many programs use simulation software like LabVIEW or physical kits. For instance, a chemical engineering course might involve analyzing reaction kinetics using a digital reactor model, with data submitted via a secure portal. Some schools partner with local technical colleges to host in-person lab sessions during weekends or summer sessions.
Students sometimes confuse "bachelor of science engineering online" with "online bachelor of engineering." The former is a BS degree focused on applied science and mathematics, while the latter may refer to a BEng, which is less common in the U.S. and often associated with UK or Commonwealth institutions. In the U.S., ABET accredits only BS degrees in engineering, not BEng degrees.
The bachelor of science engineering online is a valid, accredited path to a technical career. It maintains academic standards, supports workforce mobility, and delivers measurable outcomes. With proper accreditation and program structure, it provides the same foundation for innovation, problem-solving, and professional growth as traditional on-campus programs.