Best General Engineering Degree Programs in Indiana in 2026
General engineering degrees in Indiana offer several ways to connect technical breadth with a clear purpose. Rose-Hulman awards a B.S. in Engineering Design with repeated client studios and professional practicums. UIndy offers a faculty-advised General Engineering B.S., while Taylor’s Engineering B.S. includes a General concentration.
These rankings review complete broad engineering bachelor’s degrees in Terre Haute, Indianapolis and Upland. The different award names matter: compare the actual curriculum, required work experiences and campus expectations before treating the programs as interchangeable.
How we ranked general engineering bachelor’s programs in Indiana
This selection includes verified complete Engineering Design, General Engineering and Engineering degrees with a general concentration. Engineering-entry curricula and preparatory transfer routes do not qualify as completed bachelor’s awards.
Rose-Hulman leads for its extensive client studios, required professional practicums and year-long capstone. UIndy follows for an eight-course design sequence combined with enforceable breadth and depth requirements. Taylor adds a defined general concentration, junior project and three-part capstone within a Christian university. These educational structures, rather than admission selectivity alone, explain the order.
$59,772 · Estimated annual undergraduate tuition and fees
Cost basis & conditions +
This is the published first-year residential schedule before financial aid; the living-with-parents tuition-and-fees estimate is $59,604. Housing, food, books and the estimated $2,800 first-year laptop expense are additional. Loads of 19 or more quarter credits incur overload charges.
Rose-Hulman’s Engineering Design B.S. organizes broad engineering around repeated work for real clients. Students begin during their first quarter and move through product design, user-experience design and human-computer interface studios. Circuits, software, mechanics, measurements and differential equations supply the technical foundation, while planned electives develop an individual direction. The 185-quarter-credit catalog plan includes three professional practicums and a year-long multidisciplinary senior capstone. That combination gives the degree a clear structure: learn a design method, test it with stakeholders, and apply it again in a more demanding setting.
Where it stands out
Consider this Terre Haute program if you want client communication, prototyping and technical design to appear throughout your undergraduate education. It particularly suits students who want to investigate several engineering perspectives before shaping an elective plan around a particular kind of product, system or design problem.
What to weigh
The required work experiences create scheduling and employment obligations. Each of the three practicums needs qualifying professional work for at least eight weeks, averaging 25 hours a week. Discuss placement support and the academic calendar early. Also compare the 185 quarter credits using the correct unit; they are not 185 semester credits.
The studio sequence includes Design and Communication, Product Design, User-Experience Design and Human Computer Interfaces.
Technical foundations include DC circuits, software development, statics and mechanics of materials, circuits/sensors/measurements, and matrix algebra with differential equations.
Students plan electives to develop their technical direction; the complete catalog plan totals 185 quarter credits.
Areas of focus
Individually planned technical electives
Admission & progression
The undergraduate application receives holistic review, and standardized test scores are optional.
The recommended preparation includes four years of mathematics through trigonometry or precalculus and four years of English.
The science preparation specifies three years of laboratory science, including biology, chemistry and physics.
Design & practical experience
External-client work begins in the first quarter, with studios for prototyping and testing.
Three required practicum courses each require professional employment averaging at least 25 hours a week for at least eight weeks, including aspects of the design process.
Multidisciplinary Capstone I, II and III form a year-long senior project; the plan also requires an Engineering Design Social Capstone.
The fall/spring rate covers 12–18 credits each semester. The general services fee is $902 per semester, and the Engineering Program Fee adds $1,016 per semester for full-time students. Housing, food and other personal expenses are separate.
UIndy’s General Engineering B.S. gives students an individually advised technical plan while retaining a shared design sequence. The 120-credit degree requires at least 30 credits in mathematics and science and 45 within the engineering school, including computer science. Students must also take advanced work in a specific engineering or computing discipline, so the flexibility does not remove the requirement for technical depth. Eight Engineering Design Lab courses run across the curriculum. The school’s DesignSpine approach places students in interdisciplinary teams working with real clients.
Where it stands out
This Indianapolis program suits students who have an engineering interest that crosses the school’s existing disciplines and want to build a coherent plan with an adviser. The repeated design laboratories can also appeal to students who prefer applying coursework through continuing team projects rather than waiting until the final year.
What to weigh
The elective freedom comes with explicit limits: courses must be rigorous enough to count toward an engineering, mathematics or science major, and the plan must include upper-level disciplinary work. Ask an adviser to map prerequisites before assuming any combination will fit. Budget for the separate engineering program fee in addition to the general undergraduate tuition and services fee.
The 120-credit plan requires at least 30 credits in mathematics and science, including calculus I and II and laboratory experience.
At least 45 credits must be within the engineering school, including computer science. Required courses include C++ programming and Engineering Economics.
At least 16 engineering credits must be at the 300–400 level, including at least three 400-level credits in a specific engineering or computing discipline.
Areas of focus
Faculty-advised engineering curriculum
Admission & progression
UIndy reviews applications with or without SAT or ACT scores and uses rolling admission while space remains.
Engineering applicants are recommended to complete calculus in high school; the preparation guidance also recommends physics.
The degree guide requires C− or better in its coursework and at least a C average across engineering, mathematics and science courses.
Design & practical experience
The eight-course Engineering Design Lab sequence runs from Introduction to Engineering through Engineering Design Lab VIII.
The DesignSpine curriculum uses interdisciplinary teams and real clients.
The required mathematics/science block includes laboratory experience, and students select technical coursework with an adviser to establish breadth and depth.
Full-time tuition is $20,650 per semester, with an additional $622 per credit above 17. Each semester also carries an $87 health service fee and a $100 student activity fee. Housing, meals and J-term participation or travel charges are separate.
Taylor’s Engineering B.S. offers a General concentration built on shared electrical, mechanical and materials foundations. The core includes circuits, statics, thermodynamics, control systems and computational problem solving, followed by a junior project, practicum and three-part senior capstone. The General concentration adds a 24-credit block selected from engineering and related technical subjects. Its published degree guide also requires microeconomics and human relations coursework. The result is a broad engineering route within a Christian liberal arts university, with both technical projects and the university’s faith commitments shaping the experience.
Where it stands out
Consider Taylor if you want to combine a broad engineering foundation with a deliberately Christian residential education. The General concentration leaves room to select technical electives across several interests, while the prescribed junior project and senior capstone keep a defined project sequence at the center of the degree.
What to weigh
Taylor’s application asks about Christian faith and includes a character reference, so campus fit deserves attention alongside the curriculum. The General concentration cannot be used as one half of a double concentration under the published guide. Bring your intended elective combination to an adviser and confirm the degree requirements that apply to your entering class.
The shared engineering core includes electric circuits, statics, control systems, thermodynamics, materials science and computational problem solving.
The General concentration requires 24 credits: Engineering Systems or Electrical Circuits II, 15 credits from the engineering elective list and five from the engineering/mathematics/science list.
The registrar’s published 2025–26 guide requires at least 128 total credits, including 42 upper-division credits, plus microeconomics and Human Relations in Organizations.
Areas of focus
General Engineering concentration within the Engineering B.S.
Admission & progression
The application includes a high school transcript, a personal faith story and contact details for a Christian character reference.
Taylor describes its testing policy as test-preferred but flexible; it reviews applications with or without SAT, ACT or CLT scores and may request additional material.
The published degree guide requires a 2.0 cumulative GPA, a 2.3 major GPA and at least half of the minimum degree credits completed at Taylor.
Design & practical experience
The required sequence includes Junior Engineering Project, a practicum and Engineering Senior Capstone I, II and III.
Engineering Ethics and Review of the Fundamentals of Engineering are required courses.
The curriculum guide also requires participation in a departmental weekend retreat.
What matters in general engineering bachelor’s programs in Indiana
Design across the degree
We examine when required design work begins, how it develops and whether the program connects projects with external clients.
Breadth with a direction
Advised electives, concentration rules and required advanced courses should give the broad award a coherent technical focus.
Practical completion conditions
Work placements, course units, faith expectations and additional engineering fees can affect the student’s route through the degree.
Where general engineering degrees in Indiana put design work
Rose-Hulman starts external-client work in the first quarter and returns to it through product design, user-experience and human-computer interface studios. Its senior year includes three terms of multidisciplinary capstone work. UIndy instead uses a named Engineering Design Lab sequence across eight courses, with interdisciplinary teams and real clients through DesignSpine.
Taylor’s published plan prescribes a junior engineering project, practicum and three-part senior capstone. These are different patterns of required experience. Ask to see recent project briefs and discuss how teams divide technical responsibilities; the course sequence should help you build evidence of your own contribution.
Choose how much of the technical pathway you want to shape
UIndy places explicit boundaries around its flexible curriculum: at least 45 credits within engineering and computing, 16 upper-level engineering credits, and a senior-level course in a specific discipline. A faculty adviser helps the student establish both breadth and depth. Rose-Hulman combines prescribed studios with an individual elective direction.
Taylor’s General concentration has a 24-credit structure, with separate engineering and related technical elective lists. It cannot be paired with another concentration as a double concentration. If controls, sensors and mechanical systems connect your interests, explore mechatronics programs as well, then compare those curricula with the available electives here.
Account for work terms, tuition extras and campus expectations
Rose-Hulman’s three practicums require qualifying professional employment, with minimum weekly hours and duration. Its 185 credits are quarter credits, while UIndy’s 120 and Taylor’s 128 are semester credits. Credit totals alone therefore do not provide a fair comparison of course load or time to graduation.
UIndy adds a separate engineering program fee each semester. Rose-Hulman’s first-year estimate includes a separately listed laptop expense, and Taylor charges additional tuition above 17 credits per semester. Taylor’s Christian faith story and character reference also make its admission process distinctive. Use the engineering degree cost guide to compare the full offer and required course calendar, including work terms and overloads.
Questions, answered
What else should you know?
Is Rose-Hulman’s Engineering Design degree a complete engineering bachelor’s degree?+
Yes. The catalog awards a B.S. in Engineering Design, publishes a 185-quarter-credit plan and identifies the program’s Engineering Accreditation Commission of ABET accreditation.
Can UIndy General Engineering students choose any combination of courses?+
No. A faculty-advised plan must meet mathematics/science and engineering-credit minimums, include upper-level disciplinary study and use courses rigorous enough to count toward an appropriate major.
Does Taylor require standardized admission tests?+
Taylor calls its policy test-preferred but flexible. It reviews applications with or without SAT, ACT or CLT scores and may request additional academic information when scores are not submitted.
Are Rose-Hulman’s 185 credits directly comparable with 120 semester credits?+
No. Rose-Hulman reports quarter credits. UIndy and Taylor report semester credits. Compare the actual academic calendar, required sequences and transfer evaluation rather than the raw numbers alone.
Keep researching
Choosing a general engineering degree
Learn what a general engineering degree covers, how concentrations build technical depth and how broad bachelor's programs compare with specialized majors.
