UMich Ross & Engineering Dual Degree (Planning Guide)
A Ross BBA and Engineering bachelor’s degree at the University of Michigan require admission pathways and approval across two schools; they are not one combined major. Plan to meet every requirement in both programs, with at least 150 total credits under U-M’s dual-degree rules. Start by checking current admissions terms, the intended engineering curriculum, and a written advisor-approved course plan.
The hard part is not simply fitting two subjects into one college experience. It is coordinating two admissions pathways, two sets of degree rules, and engineering courses that may need to be taken in sequence. A strong plan begins before you arrive on campus, then gets checked with advisors as your goals and course options become clearer.
I would treat this as a carefully planned dual degree, not as a shortcut to two credentials. Admission, approval, course overlap, time to graduation, and financial aid all need separate checks. The official rules and deadlines can change, so confirm them with the University of Michigan, Ross, and the College of Engineering for your entering year.
Admissions Pathways and Dual-Degree Approval
A dual degree means completing the separate requirements for two bachelor’s degrees. For this plan, those are the Ross BBA and an Engineering bachelor’s degree. Admission to the University of Michigan, admission to Ross, admission to Engineering, and approval of a dual-degree plan are not interchangeable decisions.
Apply with both schools in mind
First-year applicants apply to U-M through its undergraduate admissions process. Students interested in Ross should review the Ross BBA Preferred Admission pathway and submit the required materials by the current cycle’s deadline. Preferred Admission is a pathway to Ross, not a guarantee of admission.
At the same time, identify the Engineering major you may want and read its current first-year curriculum. Engineering fields differ in their course plans and prerequisites. A student considering mechanical engineering, for example, should not assume the same first-year sequence as a student considering computer science or another major.
U-M does not publish a guaranteed GPA or test-score threshold for admission. Do not treat a score, grade, or past student profile as a promise of admission. Check current testing rules and deadlines directly on the U-M and Ross admissions sites.
Admission to one school does not automatically admit you to the other or approve a dual-degree plan. Ask each school what steps apply to your status and intended major. Confirm the timing of any required application or approval before building your schedule around the dual-degree goal.
Early application checklist
- Review U-M first-year application requirements and deadlines.
- Review Ross Preferred Admission requirements and deadlines.
- Identify an intended Engineering major and its first-year course plan.
- Check current testing policy; do not rely on an old cycle’s rules.
- Ask both schools how and when a dual-degree plan must be approved.
Ross and Engineering Curriculum, Credits, and Graduation Requirements
The curriculum is the set of courses and other requirements that a student must complete for a degree. A dual-degree student must satisfy both schools’ rules, including major requirements, residency rules, and any required capstones or experiential learning. The total is not found by simply adding two catalog credit totals.
Ross describes the BBA as a 120-credit degree. Engineering bachelor’s requirements vary by major and commonly exceed 120 credits. U-M’s dual-degree rules generally require at least 150 total credits, but that floor does not replace the requirements of either degree.
Some courses may count toward more than one requirement if the schools approve them. Do not assume that a course will count twice just because its content seems relevant to both programs. Ask advisors how shared courses, school-specific requirements, and residency credits apply to your own plan.
| Planning item | What to verify | Why it matters |
|---|---|---|
| Total credits | At least 150 under U-M’s general dual-degree rules | This is a floor, not a complete degree plan |
| Ross BBA | 120-credit degree and all current BBA requirements | Every BBA requirement still applies |
| Engineering degree | Requirements for your specific major | Credit totals and course sequences differ |
| Course overlap | Which courses both schools will approve | Unapproved overlap may not reduce total credits |
| Residency | Required credits completed at U-M or within a school | Residency rules can affect where courses count |
| Final audit | Degree requirements for both schools | Both credentials must be cleared for graduation |
Engineering plans usually include substantial mathematics and science preparation, but the exact courses depend on the major and placement. Use the intended major’s current curriculum and placement guidance rather than relying on a general list from another student or an older catalog.
U-M is institutionally accredited by the Higher Learning Commission. Ross holds AACSB accreditation. Engineering accreditation is program-specific under ABET, so check the intended program’s current status rather than assuming that every program has the same accreditation. For professional or graduate pathways, confirm any separate requirements with the relevant licensing or admissions body.
Next step: ask advisors for a written, term-by-term plan that shows the credit total, approved overlap, prerequisites, residency rules, and graduation requirements for both schools.
Academic Planning, Advising, and Student Experience
A term-by-term plan lists courses in the order you expect to take them, term by term. It helps reveal whether prerequisites, course availability, and school rules fit together. Because course schedules and program rules can change, treat the plan as a working document and review it before registration each term.
Build the plan in stages
- Before enrollment: Review the first-year Engineering curriculum and Ross admissions pathway. Note math placement guidance and any major-specific first-year requirements.
- Early on campus: Meet advisors from both Ross and Engineering. Explain your intended major and ask how to seek dual-degree approval.
- Before registration: Compare the proposed schedule with prerequisites, course availability, credit limits, and residency rules. Get written confirmation of any planned course overlap.
- Each term: Check academic standing and progress in both schools. Update the plan if a course is unavailable, a prerequisite changes, or your major interests shift.
- Before the final year: Request graduation audits from both units and confirm any capstone, design, or experiential learning requirements are complete.
Taking courses across two schools can create a demanding schedule. Ross coursework may involve business analysis, teamwork, and experiential learning, while Engineering majors require technical sequences that build on earlier courses. Your weekly workload matters as much as the total credit count. Discuss course balance with advisors rather than trying to maximize credits in every term.
Planning scenarios, not promises
The following examples are planning situations, not reports of specific students or guarantees about approval. They show why a written course map matters.
- Engineering major with a tight prerequisite sequence: A student finds that a required technical course is offered in a specific term or depends on an earlier course. The next step is to map the sequence against Ross requirements and ask advisors whether the plan remains workable if a course is full or delayed.
- Student with an established business and technical interest: A student wants skills in both fields but is unsure about two degrees. They can compare a dual-degree plan with one degree plus selected courses, internships, or other approved learning. Advisors can explain which options meet the student’s goals and what each requires.
- Student whose interests change: A student starts in one Engineering field and later considers another. They should ask how the change affects prerequisites, course credits, dual-degree approval, and time to graduation before switching.
These situations point to a practical rule: do not measure progress only by how many credits you have earned. Check whether those credits satisfy the right requirements in the right order.
Career Pathways, Recruiting, and Employment Outcomes
A dual degree may help a student build both business and technical knowledge, but the degree titles alone do not guarantee a job, salary, or career outcome. Career fit depends on the student’s skills, experience, interests, and the roles they pursue. Compare actual job requirements with the courses and experiences in your plan.
Potential directions may include roles that connect technical products, engineering teams, operations, analytics, or business strategy. The relevance of the combination depends on the work. Some technical roles require deep preparation in a specific Engineering major; some business roles may value technical knowledge but not require an engineering degree.
Use Ross and Engineering career services to learn about internships, recruiting timelines, and employer expectations. Ask which recruiting activities fit your intended field and when students typically prepare. Internships, design work, research, and team projects can help you test whether you enjoy the work before graduation.
I would not use general salary figures to justify the extra degree without comparing them with the student’s likely costs and goals. Check job descriptions for roles you are considering, and note the skills and degree requirements that appear repeatedly. Then ask advisors and career staff whether the course plan gives you a reasonable way to build those skills.
| If your main goal is… | Planning question |
|---|---|
| Technical engineering work | Does the Engineering major provide the depth and required sequence for the roles you want? |
| Business roles in technical industries | Would the BBA plus selected technical coursework meet the role’s stated requirements? |
| Work combining both fields | Can you build relevant internships or projects alongside the degree requirements? |
| Graduate study | Have you checked the target program’s prerequisites, which may depend on the field? |
Cost, Time to Degree, and Risk Checks
Time to degree is the time it takes to complete all degree requirements. A dual degree may take longer than four years, especially if Engineering prerequisites must be completed in sequence or a course is offered only in certain terms. Approval of a dual-degree plan does not guarantee a four-year finish.
Estimate costs using your own aid offer and a realistic term-by-term schedule. Include tuition, fees, housing, and other living costs for any extra terms. Ask the financial aid office how aid renewal, eligibility, and enrollment status work for your situation; do not assume that aid will remain unchanged if graduation takes longer.
Before committing, test the plan against reasonable disruptions: a full course, a changed major, a difficult term, or a delayed prerequisite. Ask advisors what options exist if the initial schedule no longer works. A plan that leaves room for adjustment is more useful than one that works only if every course goes exactly as expected.
Conclusion and FAQ
A viable dual-degree plan connects separate admissions decisions, approval rules, and two full sets of graduation requirements. The most useful early step is to identify an Engineering major, check the current Ross pathway, and ask both schools for a written course map. Revisit that map each term and confirm costs and aid with your own financial information.
Does the University of Michigan offer a combined Ross and Engineering major?
This is a dual-degree plan, not a single combined major. Students complete separate Ross BBA and Engineering degree requirements.
How many credits are required for the dual degree?
U-M’s dual-degree rules generally set a minimum of 150 total credits. Students must also complete all requirements for both degrees.
Is the Ross BBA 120 credits?
Yes. Ross identifies the BBA as a 120-credit degree. That does not mean 120 credits will cover the dual degree.
Does admission to U-M guarantee Ross admission?
No. Ross admission is competitive and separate from general U-M admission. Review the current Preferred Admission process and requirements.
Does Ross admission guarantee Engineering admission or dual-degree approval?
No. Admission to one school does not guarantee admission to another or approval of a dual-degree plan. Confirm the required steps with both schools.
Can Ross and Engineering courses count toward both degrees?
Some overlap may be possible if approved, but students should not assume that a course counts twice. Ask advisors how each course applies to the individual plan.
Can I finish both degrees in four years?
It is not guaranteed. Engineering course sequences and course availability can extend the timeline. Use an advisor-reviewed term plan to estimate completion time.
Is there a guaranteed GPA or test score for admission?
U-M does not publish a guaranteed GPA or test-score threshold. Check current application and testing policies with the relevant admissions offices.
Is every Engineering program ABET-accredited?
Engineering accreditation is program-specific. Check the current status of the intended program rather than assuming all programs share the same accreditation.
What should I do first if I am a high school senior?
Review U-M application rules, Ross Preferred Admission requirements, and the intended Engineering major’s first-year curriculum. Confirm current deadlines directly with the schools.
(This article was written by one of our staff writers, Michael Harrington. Visit our Meet the Team page.)
