Best Electrical Engineering Degree Programs in Indiana in 2026
An electrical engineering degree can lead you toward power equipment, semiconductor devices, communication systems or the computers controlling a physical product. The best electrical engineering degree programs in Indiana give you ways to test those interests through required courses and design work. Our reviewed selection includes Purdue in West Lafayette, Rose-Hulman in Terre Haute and Notre Dame, with an individual assessment of each bachelor’s curriculum.
These three programs offer different kinds of structure. Purdue combines a defined core with several approved senior-design routes. Rose-Hulman carries a prescribed electrical sequence into three quarters of senior design. Notre Dame provides laboratory and concentration choices within its university curriculum. Start with the technical work you want to complete, then compare the admission route and your aid-adjusted cost.
Electrical Engineering bachelor’s rankings by state+
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How we ranked electrical engineering bachelor’s programs in Indiana
This Indiana ranking covers three individually reviewed, campus-based electrical engineering bachelor’s programs. It is a selected set, not a list of every eligible Indiana institution or a ranking of their graduate departments.
Purdue leads for its combination of electrical breadth, required advanced laboratory work and alternative senior-design routes. Rose-Hulman follows for the continuity of its required technical and design sequence. Notre Dame completes the selection for its laboratory choices and extensive EE elective structure. These are editorial judgments about the reviewed curricula.
The published engineering subtotal for fall and spring at eight or more credits per semester includes base tuition, the engineering differential, and mandatory fitness and activity fees. The nonresident subtotal is $32,844. Housing, food, books and other expenses are additional; part-time and summer assessments follow separate schedules.
Purdue’s named electrical engineering degree includes substantial computing, repeated laboratory work and several senior-design routes. The 2026–27 BSEE requires 124 credits. Electrical Engineering Fundamentals I and II each have a separate lab; Python and advanced C programming sit alongside digital design, signals, probability and electromagnetics. The selective block requires both technical area courses and advanced laboratories. For senior design, students can choose an approved electrical or digital systems project, or a two-course EPICS or VIP sequence. These requirements give the program practical structure alongside its optional concentrations.
Where it stands out
Purdue merits a close look if your interests connect electrical engineering fundamentals to power, control or semiconductor work. Compare the concentration requirements with the technical area courses and laboratories you want to complete. The different senior-design routes add another meaningful choice to the academic plan.
What to weigh
Senior design comes after the required EE core, so delayed prerequisites can affect the final-year schedule. Transfer students must also plan for the ECE credits that must be completed at Purdue. Work from the catalog for your entry year and an advisor-approved remaining-course plan.
Electrical Engineering Fundamentals I and II, with separate laboratory courses
Data Science Using Python and Advanced C Programming
Digital system design, signals and systems, probabilistic methods and Electromagnetics I
18 credits of EE selectives, including at least nine area-selective credits and three advanced-laboratory credits
Areas of focus
Electric Power and Energy Systems
Automatic Control
Microelectronics and Semiconductors
Admission & progression
West Lafayette first-year engineering students enter First-Year Engineering, complete its core and then transition to a specialty such as electrical engineering.
Minimum high school coursework includes four years each of mathematics and English, three years each of laboratory science and social studies, and two years of a world language.
The 2026–27 BSEE requires 32 ECE credits completed at Purdue. Required EE core courses must be completed before senior design.
Design & practical experience
Required Electrical Engineering Fundamentals I Lab and II Lab
At least three credits of advanced laboratories within the EE selective block
Four-credit senior design requirement: Digital Systems Senior Project, Electrical Engineering Senior Design Projects, or an approved two-course EPICS or VIP sequence
Published first-year undergraduate tuition and fees; the living-with-parents category is $59,604. Housing and food are additional. New students have a $2,800 estimated laptop bundle charge. Enrollment at 19 or more credits per term incurs overload charges; summer has separate per-credit pricing. Insurance is separate, with waiver eligibility depending on student status.
Rose-Hulman builds electrical engineering around a prescribed progression through circuits, electronics, signals and electromagnetic systems. The curriculum also requires embedded systems and offers a choice between electric machinery and conventional or renewable energy systems. That breadth gives students exposure to several branches of EE before advanced area electives. Design has a visible sequence: Principles of Design leads into Engineering Design I, II and III across the senior year. The quarter calendar gives this program a distinctive pace, and the required-course table provides a detailed basis for discussing the complete plan with an advisor.
Where it stands out
Rose-Hulman suits students who want an established technical sequence and sustained senior design work. It is especially worth examining when interests span physical circuits, control and energy rather than a single narrow application; those subjects appear in the required curriculum itself.
What to weigh
Quarter credits should be compared through course equivalencies rather than matched one-for-one with semester credits. The catalog's requirement and sample-plan totals differ by one credit, which needs advising clarification. First-year budgeting also includes a required laptop charge, and enrollment at 19 or more credits per term triggers overload billing.
Attendance:Campus program on a quarter calendar. The catalog required-course table totals 194 credits; its illustrative plan totals 193. Use the required-course audit and resolve the one-credit difference with an advisor.
Required work includes DC and AC circuits, embedded systems, digital systems, electronic devices and analog electronics.
Communications, linear control, electromagnetic fields and waves, and continuous/discrete-time signals are part of the core.
Students choose electric machinery or conventional and renewable energy systems, plus 12 credits of advanced area electives.
Areas of focus
Computer Engineering concentration for electrical engineering majors
Admission & progression
Expected high school preparation includes four years of mathematics through trigonometry/precalculus and four years of English.
Three years of laboratory science should include one year each of biology, chemistry and physics. Admission is test optional and uses a holistic review.
Design & practical experience
Principles of Design precedes the three-course Engineering Design I, II and III sequence.
The senior design sequence runs across fall, winter and spring in the sample plan.
Advanced area electives require ECE coursework and substantial study at the 400 level or above.
Published university undergraduate tuition for the 2026–27 academic year. Mandatory fees add $514 annually; housing, meals, books and other expenses are additional. Need-based aid depends on the financial-aid application, family income and assets; the published income examples have asset conditions.
Notre Dame's electrical engineering degree combines a compact required EE core with substantial choices in laboratories and advanced coursework. The 125-credit curriculum includes computing for EE majors, signals, digital design, devices and random phenomena before students select further study in subjects such as semiconductors, embedded systems and electromagnetics. Its laboratory elective can place fabrication, control, communications or photonics inside the degree plan. Senior Design I and II provide the culminating project sequence. The common first year also gives students time to encounter engineering disciplines before deciding whether electrical engineering is the right major.
Where it stands out
Notre Dame is a useful choice for students interested in physical electronics, photonics or another focused EE subject who also want a university core in their education. Compare the concentration options with the laboratory course you would actually take; that pairing makes the available specialization more concrete.
What to weigh
The elective space still sits within several separate requirements, so a concentration, minor or second major needs a coordinated plan. Tuition is a substantial annual charge before aid; the university's need-based assistance depends on family financial circumstances and should be assessed through an individual estimate.
What matters in electrical engineering bachelor’s programs in Indiana
Electrical foundations
We examine which circuits, signals, devices, computing and electromagnetic subjects every student completes before specialization.
Depth through practice
Laboratory requirements and the organization of senior design matter alongside the names of optional concentrations.
Path to completion
Major selection, prerequisite order, academic calendar and the conditions attached to tuition help establish the practical fit.
Match electrical engineering degree programs in Indiana to your goals
A power or control interest should translate into an actual course plan. Purdue’s BSEE requirements combine electrical fundamentals, programming, signals and electromagnetics with area selectives and advanced laboratories. Its concentrations include electric power and energy systems, automatic control, and microelectronics and semiconductors. A concentration title is the beginning of the comparison: look at the required advanced courses and how they connect to the senior project.
Rose-Hulman’s curriculum puts communications, linear control, electromagnetic waves and analog electronics directly in the required sequence. Students choose electric machinery or conventional and renewable energy systems. At Notre Dame, the laboratory elective offers a different decision: communication systems, controls, RF/microwave circuits, integrated circuit fabrication, or optics and photonics. That choice can make two students’ experiences within the same degree quite different.
Look at the project sequence before choosing electives
Purdue’s four-credit senior-design requirement can be met through an approved electrical or digital systems project, or a two-course EPICS or VIP sequence. Required EE core work comes first. A student hoping to pursue one of those alternatives should map its prerequisites early and verify the approved route with an advisor.
Rose-Hulman places Principles of Design before Engineering Design I, II and III. Notre Dame requires Senior Design I and II. Neither structure by itself establishes better teaching or a guaranteed employer connection; it tells you how design is organized. Ask to see a completed student project, the role each team member played, and the equipment or methods used. Those questions help connect the published curriculum with the kind of work you hope to produce.
Plan for major choice, quarter credits and the actual bill
Purdue applicants ordinarily begin in First-Year Engineering and later transition into their specialty. Notre Dame’s first-year engineering program also supports major selection by the end of the year. Rose-Hulman publishes incoming preparation through precalculus and laboratory biology, chemistry and physics. For transfers, compare a course-by-course remaining plan: Rose-Hulman uses quarter credits, whereas Purdue and Notre Dame use semesters.
Purdue’s engineering subtotal includes specified mandatory charges and varies by residency. Rose-Hulman’s annual tuition-and-fee budget has a separate first-year laptop charge and overload conditions. Notre Dame’s financial-aid estimate depends on family income and assets. Compare the resulting annual budgets with the same living arrangements and enrollment assumptions, then use our engineering degree cost guide to organize the remaining expenses.
Questions, answered
What else should you know?
Which Indiana electrical engineering programs are in this ranking?+
The reviewed selection is Purdue University in West Lafayette, Rose-Hulman Institute of Technology in Terre Haute and the University of Notre Dame. Each offers a named electrical engineering bachelor’s degree with a different arrangement of technical electives and design work.
Can I study semiconductor topics within these Indiana degrees?+
Yes. Purdue lists a microelectronics and semiconductors concentration. Notre Dame includes semiconductor study and an integrated circuit fabrication laboratory option. Review the required and elective courses together to determine how much device-focused work fits in your plan.
Are Rose-Hulman’s credits directly comparable with Purdue’s?+
Rose-Hulman uses a quarter calendar and Purdue uses semesters. Compare course content and accepted equivalencies. Rose-Hulman’s catalog required-course table totals 194 credits while its illustrative plan totals 193; an advisor should reconcile that difference in your degree audit.
Does the highest published tuition establish the highest personal cost?+
No. The published charges have different inclusions, and aid changes the amount a family pays. Use each institution’s official aid estimate and include fees, housing, meals, books and required equipment before comparing the offers.
Keep researching
Choosing a electrical engineering degree
Learn what an electrical engineering degree covers, including circuits, signals, lab work and design, plus admissions, transfer and online study.
