BU Engineering Concentrations (Major Comparison)
BU Engineering is best compared by its five undergraduate majors, not by assuming each is a separate concentration: Biomedical, Computer, Electrical, Mechanical, and Systems Engineering. Each leads to a different mix of courses and career options. Compare required classes, accreditation, and the work you want to do, then confirm details in the BU Bulletin for your entry year.
Choosing a major can feel like choosing a career for life. At BU, a more useful first step is to compare what you will study and the kinds of problems you hope to solve. Your major shapes your course plan, but it does not, by itself, guarantee a job, salary, or license.
I often advise students who like several fields at once. The key is to separate a program’s official name from an informal interest area, then look at actual courses and requirements. BU’s current catalog, called the BU Bulletin, is the guide to degree rules. Those rules can change, so use the version for your intended entry year.
BU Engineering Majors: Program Overview, Admissions, and Accreditation
BU College of Engineering’s principal undergraduate engineering majors include Biomedical, Computer, Electrical, Mechanical, and Systems Engineering. Students compare them by subject matter, course requirements, and career fit. Confirm official program names and available options in the Bulletin for your entry year; do not assume every interest area is a separate concentration.
The word “concentration” can mean a set of electives within a degree, but it is not a safe label for every BU engineering pathway. Start with the listed undergraduate majors. Then check each program’s curriculum for any formal tracks, focus areas, or elective choices.
| Major | Main focus | A possible fit if you want to… | Compare these course areas |
|---|---|---|---|
| Biomedical Engineering | Engineering applied to biology and health | Work on medical devices, health technologies, or biological systems | Biology, engineering design, and quantitative analysis |
| Computer Engineering | Computer hardware and its interaction with software | Study systems that combine computing hardware and software | Computing, circuits, and system design |
| Electrical Engineering | Electrical and electronic systems | Work with circuits, signals, or electrical technologies | Circuits, signals, and related mathematics |
| Mechanical Engineering | Machines and physical systems | Design or analyze devices that move, transfer energy, or use mechanical parts | Mechanics, thermal topics, and design |
| Systems Engineering | Modeling and improving complex systems | Study how many parts work together and how to improve performance | Modeling, analysis, and optimization |
These descriptions show broad areas, not a promise about every course or job. Course names, electives, and required sequences must be checked in BU’s official curriculum.
Admissions and program-specific accreditation
BU does not publish a guaranteed GPA cutoff for admission. A strong application should show readiness for demanding study, especially in mathematics and laboratory science. Check BU Admissions for the course expectations, deadlines, and testing policy that apply to your application year.
ABET accreditation is also specific to a program. Do not assume that one engineering major’s status applies to another, or that BU’s institutional accreditation means every engineering program has ABET accreditation. Search the ABET accredited-program directory for the exact program and degree you are considering, and confirm its current status. If a future job may require a particular accredited degree, ask the relevant licensing board or employer what it accepts.
Degree Curriculum, Prerequisites, Credits, and Capstone Requirements
A degree curriculum is the approved set of courses and requirements for earning a degree. At BU, each major may have its own credit total, prerequisites, electives, and senior design work. Use the current BU Bulletin and official major curriculum to check these details instead of relying on a general engineering plan.
Start by comparing the first-year requirements. Look for math and science foundations, introductory engineering courses, and any required programming or design work. Then review upper-level courses. These show how each major develops its core skills and where students may choose technical electives.
A prerequisite is a course or skill you must complete before taking another course. This matters because engineering classes often build on earlier work. If a required class is offered in a set sequence, missing it may affect your schedule.
For each major, record these items from the official curriculum:
- Total credits required for the degree
- Required courses and prerequisites
- Courses offered only in certain terms, if stated
- Number and type of technical electives
- Any required design project, senior design course, or capstone
- Rules for transfer credit, if you are transferring
A capstone is a major project near the end of a degree that brings earlier learning together. Confirm whether a specific program requires one and what form it takes. Do not assume the same project format applies across all BU engineering majors.
For transfer students, ask how your completed courses fit the chosen program. A course that counts toward general education may not replace a required engineering course. Request a degree review before relying on a transfer plan.
Academic Success, Advising, Research, and Student Experience
Academic success in engineering depends on more than choosing a subject you enjoy. You need a workable course sequence, preparation in quantitative subjects, and support when requirements or interests change. BU’s academic advising and the major’s official planning tools can help you check progress and plan choices.
Before enrolling, assess your preparation in mathematics and laboratory science. Calculus readiness is useful where available, but exact high-school expectations depend on the application cycle. Check BU Admissions for current guidance. If you are unsure how your preparation matches a program, contact admissions or advising rather than guessing from another student’s schedule.
Once enrolled, use your degree audit and meet with an ENG academic advisor. A degree audit tracks how completed and planned courses apply to your requirements. Review it each term, especially before choosing electives or changing majors.
Research, internships, co-ops, and design projects can help you test an interest. Availability and eligibility vary, so confirm details with BU. A project in a lab or student team can also reveal whether you prefer building a device, writing code, analyzing data, or improving a process.
Real-world design scenarios
These examples are ways to compare interests, not descriptions of specific BU projects or guaranteed career outcomes.
- Health device scenario: You want to help design a tool used in health care. Biomedical Engineering may be worth close study. Check how its required courses balance engineering design with biology and other sciences.
- Smart device scenario: You are curious about how a computer interacts with sensors or other hardware. Compare Computer Engineering with Electrical Engineering. Review the actual course plans to see how each treats computing, circuits, and signals.
- Factory improvement scenario: You want to understand delays or waste across a complex operation. Systems Engineering may fit that interest. Check the curriculum for modeling, analysis, and optimization.
- Machine design scenario: You want to study a physical product with moving parts or energy transfer. Mechanical Engineering may be a strong match. Check its required mechanics, design, and related technical courses.
After each example, ask yourself: Which courses would I be willing to take even when they become challenging? That question often reveals more than a job title does.
Career Pathways, Licensure Considerations, and Employment Outcomes
A major can prepare you for several kinds of work, but it cannot guarantee a role or salary. Career options depend on your skills, experience, location, and employer needs. Compare likely work tasks with the courses and projects in each program, and check whether your target role has formal education or license rules.
| If you are drawn to… | Compare first | Questions to ask |
|---|---|---|
| Health technology and devices | Biomedical Engineering | What biological and design courses are required? Does the role call for graduate study? |
| Computing hardware and software | Computer Engineering | How much of the curriculum covers hardware, software, and their connections? |
| Circuits, signals, or electrical systems | Electrical Engineering | Which technical electives match the systems I want to study? |
| Machines, physical devices, or energy topics | Mechanical Engineering | Which design and analysis courses are required? |
| Complex operations and system performance | Systems Engineering | How much modeling and optimization appears in the curriculum? |
Licensure is a separate issue from earning a degree. Some engineering work may require a professional license, while other roles may not. Requirements depend on the role and jurisdiction. If licensure matters to your plan, check with the relevant state licensing board and verify whether the degree program meets its rules. ABET status may matter for some paths, but confirm rather than assume.
Employment data can help, but only when it matches the major, career, and time period you care about. Do not use broad university-level outcomes as proof that one engineering major has better results than another. Ask BU whether current, program-specific outcome data are available, and read its definitions and limits.
How to Choose and Plan Your BU Engineering Path
A sound choice links your interests to required courses, then checks practical details such as cost and time to degree. Make the decision in stages: compare academic fit, confirm application rules, check net price, and plan course milestones. Revisit the choice with an advisor before making a change.
Use this short process:
- Name the work that interests you. Think in tasks, such as designing devices, working with circuits, or improving a complex system.
- Compare official curricula. Review required courses, prerequisites, electives, total credits, and capstone rules for each major.
- Check readiness and admissions details. Confirm current math and science expectations, deadlines, and testing rules on BU Admissions pages.
- Check accreditation and career rules. Search ABET by program and degree. Ask licensing boards or employers about role-specific requirements.
- Compare net price. Use BU financial-aid resources to estimate your cost after aid. Do not compare programs by sticker price alone.
- Plan your first terms. After enrollment, review your degree audit with an ENG advisor and map required course sequences.
- Recheck before switching. Get written advising on remaining requirements, time to degree, and financial-aid eligibility before changing majors.
Switching majors can be possible, but it may require courses that do not fit your current sequence. Ask an advisor to map the remaining requirements and expected timeline before you decide. A clear plan helps you protect both progress and options.
Frequently Asked Questions
These brief answers address common questions from students comparing BU engineering majors. Program rules can change, so confirm requirements in the Bulletin for your entry year and ask BU directly when a detail affects your application, course plan, or career goal.
Does BU offer engineering concentrations or majors?
BU ENG lists undergraduate engineering majors, including Biomedical, Computer, Electrical, Mechanical, and Systems Engineering. Check the current Bulletin to see whether a major has formal focus areas or elective pathways.
Which BU engineering major is best?
There is no single best major for every student. Compare the required courses with the subjects and work you want to pursue.
Does BU guarantee admission with a certain GPA?
No guaranteed GPA cutoff is published. Admission is considered in context, and no GPA or test score guarantees admission.
What high-school preparation should I have?
Strong preparation in mathematics and laboratory science is useful. Check BU Admissions for current course expectations and any application-cycle testing policy.
Are all BU engineering majors ABET-accredited?
Do not assume so. ABET accreditation applies to specified programs. Check the current ABET directory for the exact program and degree.
How do I compare the credit requirements?
Use the BU Bulletin and the official curriculum for each major. Compare total credits, prerequisites, technical electives, and capstone requirements.
Can I switch engineering majors after enrolling?
A switch may be possible, but course sequences can affect time to degree. Ask an ENG advisor to map remaining requirements before making the change.
Should transfer students use the same course plan?
Transfer students should request a review of how previous courses apply. A course may transfer without replacing a required course in the new major.
Do engineering majors lead to specific jobs?
They can support different career directions, but a major does not guarantee a job. Experience, skills, employer needs, and further study may also matter.
Does an engineering degree always require a professional license?
No. Requirements depend on the job and location. Check the relevant licensing board and employer for the role you want.
(This article was written by one of our staff writers, Matthew Ellison. Visit our Meet the Team page.)
