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Major · Engineering

An interdisciplinary engineering bachelor’s with two distinct uses

Engineering Science (CIP 14.1301) is a broad, interdisciplinary engineering credential. About 826 students complete it across 78 institutions, with bachelor’s graduates earning around $93,039 — competitive with named engineering disciplines.

Schools offering
78
Annual completions
826
Typical degree level
Associate's + Bachelor's
Median earnings (5yr)
$85k

About this major

Engineering Science (CIP 14.1301) is a broad, interdisciplinary engineering credential with two distinct uses: as the umbrella engineering bachelor’s at liberal-arts-oriented universities, and as a transfer-engineering associate’s at community colleges. The CIP definition organizes coursework around the general application of mathematical and scientific principles to the analysis and evaluation of engineering problems — including applied research in human behavior, statistics, biology, chemistry, the earth and planetary sciences, atmospherics and meteorology, and computer applications. At four-year universities, programs cover engineering fundamentals (calculus, physics, chemistry, statics, dynamics, materials, thermodynamics) plus a flexible upper-division curriculum that students tailor toward mechanical, electrical, biomedical, or computational concentrations. At community colleges, the same CIP houses pre-engineering transfer associate’s programs — first two years of any engineering bachelor’s, completed at lower CC tuition before transfer.

The major fits two distinct student profiles. For the four-year-university student at Dartmouth, Harvard, Smith, Vanderbilt, Trinity, or similar, this is a flexible, ABET-accredited engineering bachelor’s that lets students choose a concentration through electives rather than committing to a named engineering discipline upfront. For the community-college student at Connecticut State CC, Houston CC, or Hudson County CC, this is a transfer credential designed to articulate cleanly into a state-university engineering program. Both rewards quantitative aptitude, but the destination differs sharply.

One grounded observation about pay and program mix: 826 students complete this CIP across 78 institutions. The top of the list is unusual: Dartmouth (98 bachelor’s graduates, 12% of national output) leads, followed by Connecticut State Community College (64 associate’s), Houston Community College (59 associate’s), Rutgers (45), Vanderbilt (42), Harvard (40), Trinity (40), Smith (39), Hudson County CC (25), and Penn State (25). Bachelor’s graduates earn $93,039 in five-year tracked wages — competitive with named engineering disciplines — while associate’s graduates earn $73,617, reflecting a strong CC-to-engineering transfer outcome. The named labor-market destinations are bachelor’s-tier engineering roles: engineers all other ($117,750, 2.1% growth), with engineering managers ($167,740) as a mid-career outcome and engineering teachers ($106,120) as a doctoral path.

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
Architectural and engineering managers $168k +3.8% Bachelor's degree
Engineers, all other $118k +2.1% Bachelor's degree
Engineering teachers, postsecondary $106k +8.1% 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

$85k

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

Associate's

$74k

Bachelor's

$93k

Who this major is for

You may thrive here if you’re considering an elite-liberal-arts engineering bachelor’s at Dartmouth, Harvard, Smith, Vanderbilt, Trinity, or similar and want a flexible umbrella engineering credential rather than committing to a named discipline upfront, or you’re using a community-college Engineering Science associate’s as a deliberate, lower-cost transfer pathway into a state-university engineering bachelor’s, you’re comfortable with the engineering-fundamentals load (calculus, physics, chemistry, mechanics), you’re strategic about ABET-EAC accreditation if PE licensure matters for your target career, and the bachelor’s wage of $93,039 matches your expectations.

Think twice if your target career requires a named engineering discipline for employer recognition (some specialized engineering employers prefer to see Mechanical, Electrical, Civil, or Computer Engineering specifically) — verify with target employers in your field before committing to the umbrella credential. Reconsider if the program at your target school isn’t ABET-EAC-accredited and PE licensure or engineering-licensed practice matters for your career; some smaller liberal-arts Engineering Science programs aren’t accredited. Also pause if you’re evaluating a community-college Engineering Science associate’s without an articulated transfer agreement to a four-year engineering program — without that articulation, the credit transfer can be uneven, undermining the cost-savings argument.

Section 6 · Where to study

Top colleges for Engineering Science

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

College Location Assoc. Bach. Total
Dartmouth College Hanover, NH 0 98 98
Connecticut State Community College New Britain, CT 64 0 64
Houston Community College Houston, TX 59 0 59
Rutgers University-New Brunswick New Brunswick, NJ 0 45 45
Vanderbilt University Nashville, TN 0 42 42
Harvard University Cambridge, MA 0 40 40
Trinity University San Antonio, TX 0 40 40
Smith College Northampton, MA 0 39 39
Hudson County Community College Jersey City, NJ 25 0 25
Pennsylvania State University-Main Campus University Park, PA 0 25 25
Section 9 · Frequently asked

Common questions

What does Engineering Science actually cover?
The CIP definition organizes coursework around the general application of mathematical and scientific principles to the analysis and evaluation of engineering problems — applied research in human behavior, statistics, biology, chemistry, the earth and planetary sciences, atmospherics and meteorology, and computer applications. In practice, programs at four-year universities cover engineering fundamentals (calculus, physics, chemistry, statics, dynamics, materials, thermodynamics) plus a flexible upper-division curriculum that students tailor toward their interests. Community-college Engineering Science programs are typically transfer-engineering tracks covering the first two years of any engineering bachelor’s.
Why does Dartmouth have an Engineering Science program?
Dartmouth (98 graduates, 12% of national output), Harvard (40), Smith (39), and Vanderbilt (42) use Engineering Science as the umbrella for their engineering bachelor’s — common at liberal-arts-oriented schools that prefer a single flexible engineering degree over multiple specialized engineering majors. The credential covers all engineering fundamentals and lets students concentrate in mechanical, electrical, biomedical, or other tracks through electives and capstone work. Graduates from these programs are recruited into the same labor markets as named engineering CIPs and often pursue engineering graduate study or industry roles in tech, finance, or consulting.
Why are community colleges also dominant?
Connecticut State Community College (64 associate’s graduates), Houston Community College (59), and Hudson County Community College (25) anchor a different use of the same code: Engineering Science associate’s programs designed as transfer pathways into four-year engineering bachelor’s. Students complete the first two years of engineering fundamentals (calculus, physics, chemistry, statics, programming) at lower CC tuition and transfer to state-university engineering programs. The CIP code masks two very different program purposes — elite-liberal-arts engineering bachelor’s and community-college pre-engineering transfer — that produce different outcomes.
What jobs do graduates land — and at what pay?
Named destinations include architectural and engineering managers ($167,740, 3.8% growth, mid-career), engineers, all other ($117,750, 2.1% growth, bachelor’s typical), and engineering teachers, postsecondary ($106,120, 8.1% growth, doctoral typical). Bachelor’s graduates earn $93,039 in five-year tracked wages — competitive with named engineering disciplines. Realistic destinations include engineer roles in mechanical, electrical, biomedical, or aerospace contexts depending on student concentration; software engineering roles for graduates with computational focus; and continued study toward engineering master’s, MBA, or graduate research.
Do Engineering Science graduates take the FE and PE exams?
It depends on the program’s ABET accreditation status. ABET-EAC-accredited Engineering Science programs (most large-university Engineering Science bachelor’s) qualify graduates to sit for the Fundamentals of Engineering (FE) exam senior year and pursue Professional Engineer (PE) licensure later. Liberal-arts-college Engineering Science programs vary — Dartmouth’s is ABET-accredited, but some smaller programs are not, which closes the engineering-licensure path. Verify ABET-EAC accreditation if PE licensure matters for your target career; Dartmouth, Harvard, Smith, and Vanderbilt programs are accredited.
How does this compare to Engineering, General?
Engineering, General (CIP 14.0101, 5,416 completions) is roughly 6.5 times larger and similar in concept — a broad engineering bachelor’s without a named discipline focus. The two CIPs overlap heavily. Engineering Science (14.1301) tends to emphasize science-and-math foundations more explicitly and is more common at liberal-arts-oriented schools. Engineering, General is more common at engineering-focused universities offering broad first-year curricula before specialization. For students, the practical difference matters less than the program’s ABET accreditation status and the strength of the school’s engineering reputation.