How Prospective Students Can Explore Undergraduate Admissions and Visit Grainger Engineering
Updated
The Grainger College of Engineering at the University of Illinois Urbana-Champaign points prospective undergraduates to its Admissions section at grainger.illinois.edu/admissions, where you can review plans of study and arrange a campus visit. Three visit paths are listed: Plan a Visit, Prospective Events, and Admitted Events. The site also publishes Fall 2026 Plans of Study for course planning. Use these pages as your starting point, then confirm current deadlines and requirements directly with the admissions office, since the site does not list them on the pages referenced here.
Start with the Admissions section
The site's main navigation includes an Admissions heading, and the undergraduate admissions pages are where the visit and planning links live. This is the entry point for:
- Undergraduate pathways — how you enter and progress through a Grainger Engineering program
- Plans of study — the term-by-term course sequences for each major
- Visit scheduling — the three event types described below
Visit options: which one fits you
The site lists three distinct visit and event pages. They serve different stages of the decision process.
| Page | Best for | What it signals |
|---|---|---|
| Plan a Visit | Anyone starting to evaluate the campus | General campus visit scheduling |
| Prospective Events | Students who have not yet applied or been admitted | Events designed for pre-application exploration |
| Admitted Events | Students who have received an offer | Programming for admitted students deciding whether to enroll |
If you are still deciding whether to apply, start with Prospective Events. If you already hold an offer, Admitted Events is the relevant track. Plan a Visit is the general scheduling page that sits above both.
Plan coursework with the Fall 2026 Plans of Study
The site publishes Fall 2026 Plans of Study. These are the term-by-term course maps for engineering majors, useful for:
- Seeing what your first semesters would actually contain
- Comparing majors by their math, science, and core engineering sequence
- Checking whether your high school preparation lines up with the entry courses
Use them as a planning reference, not as a contract — sequences can shift, and your actual schedule depends on placement and advising.
What the college says about itself
The homepage highlights these figures, which give context for why you might visit:
- 39 top-ten-ranked degree programs and specialties
- 22 top-five-ranked degree programs and specialties
- #6 undergraduate engineering program in the nation
- #6 graduate engineering program in the nation
- #3 online master's engineering program in the nation
- 600+ faculty and industry experts
- 18K+ students from 50 states and 100 countries
- 100K+ alumni worldwide
These are the college's own published rankings and counts. Treat them as the institution's framing rather than an independent comparison.
Practical steps
- Open the Admissions section from the main navigation.
- Read the undergraduate pathways pages to understand how students enter and move through a major.
- Download or review the Fall 2026 Plans of Study for the majors you are considering.
- Choose your visit track — Prospective Events if you have not applied, Admitted Events if you have an offer, or Plan a Visit for general scheduling.
- Before booking travel or relying on any date, check the admissions pages for current deadlines and requirements, and contact the admissions office to confirm.
Common snags
- Assuming the visit pages list dates. The links above are landing pages; specific event dates and registration are handled within them, so open each one rather than treating the link text as the full schedule.
- Treating plans of study as fixed. They are planning documents for a given term, not guarantees of seat availability or sequence.
- Skipping the admissions office. Deadlines, test policy, and application requirements are not stated on the pages referenced here — verify them directly rather than inferring from the site structure.