undergradly.
Major · Computing

Bridging business needs and computer-systems implementation

Computer Systems Analysis/Analyst (CIP 11.0501) trains you in programming, systems analysis, and the selection, implementation, and troubleshooting of customized computer and software installations across the lifecycle. About 1,033 students complete it across 67 institutions; bachelor’s grads earn $80,727 and associate’s grads $64,704 — strong wages that track the named SOC’s $103,790 systems-analyst median.

Schools offering
67
Annual completions
1,033
Typical degree level
Associate's + Bachelor's
Median earnings (5yr)
$80k

About this major

Computer Systems Analysis/Analyst (CIP 11.0501) prepares you to apply programming and systems-analysis principles to the selection, implementation, and troubleshooting of computer and software installations across the lifecycle. The CIP definition covers computer hardware and software, programming across low- and high-level languages, operating systems, debugging techniques, installation and maintenance documentation, process and data flow analysis, user-needs analysis, cost-benefit analysis, and specification design. The major sits at the bridge between business stakeholders and technical implementation — translating requirements into specifications, evaluating systems against needs, and verifying that what gets built matches what was needed.

The major fits students drawn to the requirements-gathering, systems-design, and implementation side of computing rather than pure software engineering. Comfort with both technical architecture and stakeholder communication helps; the work rewards listening for unstated requirements, decomposing ambiguous business problems into computable specifications, and following implementation through testing and rollout. Strong fundamentals in programming and data structures still matter — recruiters expect production-ready coding skill on day one — but the differentiator is systems-thinking and the discipline of structured analysis.

One grounded observation about scale and the CIP-anomaly context: only 67 institutions specifically name 11.0501 as the credential — a small footprint relative to Computer Science (50,272 completions), Computer and Information Sciences, General (34,556), Information Technology (20,296), and Computer and Information Systems Security (17,632). The 1,033 national completions reflect administrative grouping more than an exclusive program type — most peer institutions classify the same systems-analysis content under broader computing CIPs. Two unusual outliers anchor production: University of Houston with 265 completions and DeVry University–Illinois with 202. The named SOC outcomes are unusually strong: computer systems analysts ($103,790, +8.7% growth), software QA analysts ($102,610, +10%), computer network architects ($130,390, +11.9%), and database architects ($135,980, +8.7%) — all bachelor’s-typical-entry. Five-year median earnings of $79,540 sit comfortably above many CS-adjacent CIPs.

Section 3 · Careers

Where this major leads

Occupations most often associated with this major, from the federal BLS+O*NET crosswalk. Job-growth projections and median wages are national.

Occupation Median wage Job growth Typical education
Computer systems analysts $104k +8.7% Bachelor's degree
Software quality assurance analysts and testers $103k +10.0% Bachelor's degree
Computer network architects $130k +11.9% Bachelor's degree
Computer network support specialists $73k +1.8% Associate's degree
Database architects $136k +8.7% Bachelor's degree
Computer science teachers, postsecondary $97k +5.3% Doctoral or professional degree
Section 4 · Earnings

Earnings at a glance

Median graduate earnings from the federal College Scorecard, 5 and 10 years out.

Median 5-year earnings

$80k

Associate's vs Bachelor's — early-career earnings

Associate's

$65k

Bachelor's

$81k

Who this major is for

Good signs this major fits: you’re drawn to the bridge between business and technical work — requirements gathering, stakeholder interviews, systems analysis, implementation lifecycle — rather than pure algorithm and software-engineering work; you’re comfortable with structured documentation, cost-benefit analysis, and specification design; you want a clear pathway into business-systems-analyst, IT-consulting, ERP-implementation, and enterprise-architecture roles; and you’ve verified that the specific institution’s curriculum gives you production-ready coding skills, not just systems-analysis frameworks — recruiters expect both.

Reasons to pause: the CIP is small (67 institutions, 1,033 completions) and recruiters often default to broader computing CIPs they recognize — Computer Science (50,272 completions) and CIS-General (34,556) signal more directly to enterprise tech recruiters. Entry-level systems-analyst roles compete with graduates from those much larger pipelines. The headline SOC wages ($103-130K range) reflect mid-career and architect-tier outcomes, not entry-level pay; the all-completers five-year median of $79,540 is the more realistic anchor for early-career earnings. If you want pure software engineering, CS (11.0701) signals broader. If you want enterprise IT and infrastructure, Information Technology (11.0103, 20,296 completions) is the larger sibling. If you want the business-systems analyst path with stronger business-school coursework, Management Information Systems, General (52.1201, 7,648 completions) is closer to that target.

Section 6 · Where to study

Top colleges for Computer Systems Analysis/Analyst

Ranked by annual completions at the associate's or bachelor's level — a proxy for program scale.

College Location Assoc. Bach. Total
University of Houston Houston, TX 0 265 265
DeVry University-Illinois Lisle, IL 0 202 202
University of Minnesota-Twin Cities Minneapolis, MN 0 114 114
Kent State University at Kent Kent, OH 0 37 37
DeVry University-California Ontario, CA 0 36 36
Texas Christian University Fort Worth, TX 0 34 34
Lamar Institute of Technology Beaumont, TX 28 0 28
Pima Community College Tucson, AZ 27 0 27
Pittsburg State University Pittsburg, KS 0 22 22
Saginaw Valley State University University Center, MI 0 19 19
Section 7 · Explore sideways

Related majors to explore

Computer Science

50,272 completions/yr

Computer and Information Sciences, General

34,556 completions/yr

Information Technology

20,296 completions/yr

Computer and Information Systems Security/Auditing/Information Assurance

17,632 completions/yr

Information Science/Studies

10,334 completions/yr

Computer Engineering, General

9,312 completions/yr

Management Information Systems, General

7,648 completions/yr

Computer Programming/Programmer, General

5,205 completions/yr
Section 9 · Frequently asked

Common questions

What do Computer Systems Analysis majors actually study?
Coursework covers computer hardware and software, programming and debugging across low- and high-level languages, operating systems and execution environments, installation and maintenance documentation, process and data flow analysis, user-needs analysis, cost-benefit analysis, and specification design. The major is positioned at the bridge between business requirements and technical implementation — translating what stakeholders need into specifications that engineers can build, then verifying the result. It overlaps with Management Information Systems and software engineering on the analyst side and with information technology on the implementation side.
How does this compare to Computer Science (CIP 11.0701)?
Computer Science (CIP 11.0701, 50,272 completions) is the much larger, more theoretical sibling — heavy on algorithms, data structures, theory of computation, and software-engineering fundamentals. Computer Systems Analysis (11.0501, 1,033 completions) is narrower and more applied, with stronger emphasis on systems analysis, requirements gathering, and implementation lifecycle. CS signals broader and more competitive in software-engineering hiring; Computer Systems Analysis signals more directly toward business-systems-analyst, IT-consulting, and enterprise-systems implementation roles.
What jobs are realistic from this major?
The named SOC list is unusually strong: computer systems analysts ($103,790, +8.7% growth), software quality assurance analysts and testers ($102,610, +10%), computer network architects ($130,390, +11.9%), computer network support specialists ($73,340, +1.8%), database architects ($135,980, +8.7%), and computer science teachers, postsecondary ($96,690, doctorate required). Off-list, common destinations include business systems analyst, IT consultant, ERP implementation analyst, technical project coordinator, and data engineer roles. The bachelor’s-level five-year median ($80,727) sits comfortably above many CS-adjacent CIPs but below the named systems-analyst headline.
Why is the small-CIP scale (only 67 colleges) a signal worth reading?
Most computing students roll up into the much larger CIPs — Computer Science (50,272 completions), Computer and Information Sciences, General (34,556), Information Technology (20,296), or Information Systems Security (17,632). Only 67 institutions specifically name 11.0501 as the credential, making it an administrative-grouping artifact more than an exclusive program type. Two unusual outliers anchor the producer list: University of Houston (265 completions, a major state-university bachelor’s) and DeVry University–Illinois (202, a for-profit). Most peer institutions classify the same content under broader CIPs.
Do I need a bachelor’s, or is the associate’s enough?
All four primary named SOCs (systems analysts, QA analysts, network architects, database architects) list bachelor’s as typical entry — the credentialed labor market gates here at the four-year degree. Associate’s grads earn $64,704; bachelor’s grads earn $80,727. The associate’s opens computer-network-support-specialist roles ($73,340, associate’s typical entry) but doesn’t directly qualify for the named systems-analyst tracks at most enterprise employers. The bachelor’s-and-above is the practical floor for the named higher-paying destinations.
Is the field hiring? How does growth compare to CS-adjacent fields?
Job growth for the named SOCs is healthy — systems analysts +8.7%, QA analysts +10%, network architects +11.9%, database architects +8.7%. These are above the all-occupations average and reflect ongoing enterprise digitization and cloud-migration demand. Hiring is competitive at the higher-paying enterprise-architect and data-architect tiers, often requiring 5-10 years of related experience plus the degree. Entry-level systems-analyst roles are accessible from the bachelor’s but compete heavily with CS and CIS-General graduates whose CIPs signal more broadly to recruiters.