UCLA vs. UMich Computer Science (Degree Comparison)

UCLA’s B.S. in Computer Science and the University of Michigan’s B.S.E. in Computer Science Engineering are both engineering degrees, but they differ in academic calendars, course plans, admission rules, and cost. Compare access to the specific major, required coursework, and your likely net price—not unit totals or university names alone. Policies can change, so confirm details for your entry year.

Could you see yourself building software, studying computing theory, or working across hardware and code—and still feel unsure which program would fit you best? The decision is not simply UCLA versus Michigan. It is a choice between two demanding engineering pathways, with different calendars and rules for reaching the major.

I compare the programs below using published requirements and clear limits: a university’s admission decision is not always the same as guaranteed access to a particular major, and national career data cannot predict one graduate’s outcome. Use the details as a planning guide, then verify the current catalog and admissions rules before applying.

Admissions and program overview: UCLA Samueli CS vs. UMich Engineering CSE

These are the engineering-school computer science options: UCLA’s B.S. in Computer Science in the Samueli School of Engineering and UMich’s B.S.E. in Computer Science Engineering in the College of Engineering. They are not interchangeable with other computer science degrees at either university, so check the college and degree name on your application.

A quarter unit and a semester credit are different measures. Do not treat 180 as more coursework than 128 just because the number is higher. Compare course requirements, how often courses are offered, and the time needed to complete your plan.

Both schools have institutional accreditation. That is not the same as program-specific accreditation. If a particular accreditation matters for your goals, check the relevant accreditor’s directory for the exact program. Next step: confirm that you are comparing these engineering degrees, not another CS pathway.

Degree curriculum, prerequisites, and graduation requirements

Both degrees combine computer science with engineering and broader university requirements. Students should expect work in programming, math, science, and technical problem-solving, along with electives and other degree requirements. The exact course list and sequencing can change, so use each school’s current catalog and degree planner.

Computer science engineering is a course of study, not just a set of coding classes. A prerequisite is a course or skill you need before taking a later class. A degree plan maps required courses across terms so that prerequisites, course availability, and graduation rules fit together.

At UCLA, a quarter-based plan moves through shorter academic terms. The degree requires at least 180 quarter units, but that total alone does not show which courses are required or how quickly you must complete them. Map major courses, engineering requirements, and other graduation requirements together. Ask an adviser how course timing could affect your plan if a required class is full or offered less often.

At UMich, the Engineering degree requires at least 128 semester credit hours. A semester plan has a different pace and unit system from UCLA’s quarters. Review the CSE requirements alongside College of Engineering requirements and general education expectations. Check whether a course can count toward more than one requirement; do not assume it can.

The most useful comparison is a list of actual required courses and electives, not a comparison of unit totals. For each program, note:

• Which math and science courses are required, and when they must be taken.
• Which CS courses build on one another through prerequisites.
• How much room remains for advanced electives, a second field, research, or other interests.
• Whether your high-school or college courses may count toward requirements, and how the school evaluates them.

Next step: download each current degree plan and compare course sequence as well as total units or credits.

Academic success, major access, and student experience

Admission to a university and access to a specific CS major are separate questions. A student may be admitted to an institution without having a guaranteed place in the intended program. Check the current rules for entering, declaring, or changing into each major before deciding where to apply.

For UCLA freshman applicants, the stated minimum GPA in required A–G courses is 3.0 for California residents and 3.4 for nonresidents, with at least 15 A–G courses and 11 completed before senior year. These are eligibility floors, not competitive admission targets or promises of admission to Samueli or CS. UCLA does not use SAT or ACT scores in admission decisions.

UMich does not publish a GPA cutoff that guarantees admission. Its testing policy can depend on the application cycle, so check the current first-year admissions guidance for whether tests are required and how scores are used. At both schools, strong grades in challenging math, science, and computing courses can help show preparation, but no single grade or test score guarantees admission.

Major access is a key risk to investigate. Confirm whether first-year applicants apply directly to the CS degree, whether students must meet later requirements to enter the major, and whether capacity limits or course access affect progress. Do not assume that admission to UCLA or UMich automatically guarantees a place in the engineering CS program. Rules may differ by college and may change.

A practical planning example: imagine you are admitted to one university but not placed directly in your preferred CS pathway. Before committing, ask the school what students in that situation may study, what requirements they must meet to seek entry, how many students can enter, and what happens if they are not accepted. This is an illustrative decision scenario, not a claim about a specific student or current placement rate.

Next step: ask each admissions office or department for the current, written major-entry rules for your application year.

Cost and financial planning

The lower published tuition figure may not mean the lower cost for you. Residency, grants, housing, fees, travel, and annual price changes all matter. Compare estimated net cost—what you may pay after grants and scholarships—using each school’s official net price calculator and your family’s circumstances.

UCLA and UMich have different tuition structures, and residency can make a substantial difference. Do not compare one school’s resident tuition with the other school’s nonresident price. Include the likely cost of living near campus, transportation, books, and personal expenses, as well as travel between home and school.

A useful comparison table is one you fill in for your own situation:

The calculator output is an estimate, not a final aid offer. Compare the total expected cost for the time you are likely to study, not just the first year. Also ask how aid may change if your housing, enrollment, or family finances change.

Next step: run both official net price calculators using the same family and residency details, then compare the results side by side.

Career pathways, internships, and employment outcomes

Both degrees can prepare students for computing work, but a degree name alone does not determine a job or salary. Outcomes also depend on course choices, projects, internships, location, hiring conditions, and individual experience. Use school career data carefully, and distinguish reported results from guarantees.

Students in either program may explore software development, systems, data, security, or further study, depending on their preparation and choices. Advanced electives, personal projects, research, and internships can help students test interests and build evidence of their skills. Neither program should be treated as a promise of a particular role, employer, or salary.

When reviewing employment reports, check what the numbers measure. Ask for the graduating class year, response rate, number of respondents, job types included, geographic scope, and how salary figures are calculated. A report based only on respondents may not represent every graduate. National occupational data, such as the U.S. Bureau of Labor Statistics’ information, can describe broad job trends, but it is not a direct comparison of UCLA and UMich graduates.

A balanced career plan at either school could include:

• Taking advanced courses that match a career interest.
• Building a substantial project or contributing to research.
• Seeking internships and using campus career services.
• Comparing job outcomes by role and location, not by a single headline salary.

Next step: request each school’s latest outcomes report and read its methods before using it to judge career prospects.

How to decide between UCLA and UMich

The stronger fit depends on your academic preferences, admission route, likely net cost, and comfort with each school’s rules. A short decision matrix can make trade-offs visible. Give each factor a personal importance score, then compare the evidence rather than relying on reputation alone.

For a first-year applicant, build a simple application checklist:

• Prepare a strong record in advanced math, lab science, and computing when available.
• Complete the required high-school courses and describe meaningful academic or technical work accurately.
• Verify the current application deadline, testing policy, and major-selection rules for each school.
• Use both net price calculators and consider the full cost, including housing and travel.
• Ask an adviser how you would progress if you cannot enter or remain in your intended major.

UCLA’s UC application deadline is generally November 30. UMich’s typical first-year deadlines are November 1 for Early Action and February 1 for Regular Decision. These dates and application rules can change, so confirm them for your intended entry cycle. Bottom line: choose based on your specific program access, course plan, and net cost—not a broad ranking or a raw unit comparison.

Frequently asked questions

These quick answers address common points of confusion about the two engineering CS degrees. Policies and course requirements can change, so applicants should confirm details with official admissions and program pages for their entry year. Use each answer as a starting point, especially when comparing major access, testing, or cost.

Is UCLA’s computer science degree the same as UMich’s?
No. UCLA offers a B.S. in Computer Science through Samueli Engineering; UMich offers a B.S.E. in Computer Science Engineering through its College of Engineering.

Which program uses a quarter system?
UCLA uses a quarter system. UMich–Ann Arbor uses a semester system.

Can I compare 180 UCLA units with 128 UMich credits directly?
No. Quarter units and semester credits use different calendars and measures. Compare required courses and degree plans instead.

Does UCLA’s minimum GPA guarantee CS admission?
No. The A–G GPA thresholds are eligibility floors, not guarantees of admission to UCLA or its CS program.

Does UMich publish a GPA that guarantees admission?
No. UMich does not publish a GPA cutoff that guarantees first-year admission.

Does UCLA consider SAT or ACT scores?
UCLA does not use SAT or ACT scores in admission decisions. Check current UMich testing rules for your application cycle.

Does admission to either university guarantee a place in engineering CS?
Do not assume so. Confirm each program’s current admission, declaration, and major-entry rules before applying.

Which school costs less?
It depends on residency, aid, housing, travel, and other expenses. Use both official net price calculators with the same information.

Which degree has better career outcomes?
Neither degree guarantees better outcomes for an individual. Compare recent reports, response rates, roles, and salary methods, and consider your own experience and career goals.

When are applications usually due?
UCLA’s UC application is generally due November 30. UMich’s typical first-year deadlines are November 1 for Early Action and February 1 for Regular Decision. Verify current dates before applying.

(This article was written by one of our staff writers, Michael Harrington. Visit our Meet the Team page.)