UT Austin BS Aerospace Engineering
The University of Texas at Austin · Cockrell School of Engineering · Austin, United States- Full time, 4 years
- On campus
- English
tuition, living and application-to-visa charges
2026-27 illustration
full-time route
published programme date
published exemptions apply
What is UT Austin BS Aerospace Engineering?
UT Austin BS Aerospace Engineering is a full-time, campus-based Bachelor of Science in Aerospace Engineering in Austin. The official 2026 catalogue requires 127 semester credits and defines the degree plan. Using current published rates, tuition and planning lines combine to USD 72,537 (INR 68.69 lakh). This Fall 2027 guide separates admission and F-1 stages; an offer isn’t an I-20.
Academic work moves from the published foundation to advanced subject choices and assessed work. The sections below separate those curriculum facts from admissions, budgeting, work-authorisation and career judgements.
How much does UT Austin BS Aerospace Engineering cost for an Indian student?
The first-year planning total is USD 72,537, about INR 68.69 lakh. It combines the published 2026-27 nonresident tuition basis, the Texas Global living estimate, the USD 90 international application fee, USD 350 SEVIS fee and USD 185 visa fee. It is an illustration, not a university invoice.
| Item | INR | Local currency | When it is due |
|---|---|---|---|
| Published tuition illustration | INR 47.27 lakh | USD 49,912 | 2026-27 rates across the stated period |
| Living planning allowance | INR 20.83 lakh | USD 22,000 | Budget allowance; actual housing and food vary |
| Application, SEVIS and visa | INR 0.59 lakh | USD 625 | Paid at separate stages |
| First-year planning total | INR 68.69 lakh | USD 72,537 | Before flights, insurance, deposits and future rate rises |
The issued I-20 and student account control the required amount. Converted at USD 1 = INR 94.6986, the 22 October 2026 RBI reference rate. Provider rates differ.
The UT Austin tuition table publishes 2026-27 non-resident charges by term. This illustration uses two undergraduate terms for the first year and adds the published school supplement where it applies. It isn’t a personalised bill.
The USD 22,000 living line is a transparent planning allowance, not a billed charge. The official cost calculator explains that housing, food, books, transport and personal spending vary by living arrangement and behaviour, so don’t treat the allowance as a ceiling.
The USD 90 application, USD 350 SEVIS and USD 185 visa payments occur at different stages. ICE publishes the SEVIS charge, while the Federal Register fee rule supplies the non-petition visa amount. None guarantees admission, an I-20, a visa, internship, OPT role or sponsorship.
A four-year bachelor’s budget needs later-year tuition increases, three more living years, insurance, travel and personal costs. The headline deliberately covers only year one.
Can an Indian applicant meet UT Austin BS Aerospace Engineering entry rules?
Freshman review starts with secondary-school completion, the international document set and English evidence. The catalogue then makes mathematics, science or writing preparation visible through the chosen major. Meeting the published floor does not promise admission, and the file must still show readiness for the named degree.
| Requirement | Published rule | What you do |
|---|---|---|
| School credential (India) | Standard XII or equivalent secondary completion | Submit official marks from grade 9 onward |
| Major preparation (India) | secondary-school completion with the published English evidence and subject preparation | Show mathematics and science subjects where the curriculum assumes them |
| SAT or ACT (India) | An official SAT, ACT or CLT score is required | Send an official score by the published supplemental-material deadline |
| English (India) | Applicants from India are on UT Austin's qualifying-country exemption list; otherwise TOEFL 79, IELTS 6.5 or DET 115 | Use the country exemption or submit one accepted official score |
| Application fee (India) | USD 90 for an international applicant | Pay through the application route |
The official catalogue identifies the curriculum and credit total for BS Aerospace Engineering. The international-admission page controls the document and English rules used for this guide; a department summary doesn’t override it.
Published floors are screening references, not promises of admission, funding, work or employment.
A credible file uses marksheets, projects or completed work to demonstrate the relevant subject foundation. A generic statement about the university cannot replace that evidence.
Certified English translations accompany records not issued in English. Applicants should not buy an outside credential evaluation because UT Austin says it performs its own review.
Three BS Aerospace Engineering conditions that stay separate
The numerical floor is not selection
Admission and immigration evidence remain separate.“Students requesting F-1 status must provide proof of funding to cover the estimated expenses for their first academic year of study.”Texas Global
The course title cannot prove preparation
Marksheets and completed work must support the published subject preparation.
Admission is not the I-20
Financial certification and immigration processing begin after an offer and remain separate.
How should an Indian applicant apply for UT Austin BS Aerospace Engineering?
Use 1 December 2026 as the published Fall 2027 programme date. Submit early enough to receive MyStatus access and resolve missing materials. The university says the application itself can take several weeks, so don't treat the deadline as a processing promise. Academic review, admission, financial certification, the I-20 and the F-1 visa remain separate stages.
Submit through the UT Austin application route under the exact award name; complete financial certification, I-20 and visa work only after admission.
| Start by | Task | Takes | Why this date |
|---|---|---|---|
| 27 Aug 2026 | Establish programme preparation | 14 days | Secondary-school completion with the published english evidence and subject preparation. |
| 01 Sep 2026 | Complete English evidence | 30 days | Leave a result and retake buffer where testing is required. |
| 10 Sep 2026 | Assemble the academic file | 21 days | Transcripts, statement, CV, references and programme evidence. |
| 01 Oct 2026 | Submit the exact programme application | 1 day | Pay the portal fee and retain the receipt. |
| 02 Oct 2026 | Complete offer and F-1 tasks | 60 days | Final records, funding, I-20, SEVIS and visa sequence. |
The allowances are Nbyula planning estimates, not processing times published by The University of Texas at Austin.
The active application follows the Cockrell School of Engineering admission page and carries the programme title printed by official UT Austin programme page. A writing sample, clinical prerequisite, subject test or research statement is not interchangeable with the general statement of purpose.
Unofficial records may support review where the school permits them, but admitted students can still owe final official documents and translations. A credential evaluation is ordered only when the school requires one for that applicant category.
The I-20 follows admission and acceptable funding evidence. The SEVIS payment follows the I-20, and the consular visa step follows SEVIS. Finishing the academic form does not finish immigration.
The timeline uses planning allowances, not promised processing times. Earlier preparation is necessary when testing, references, credential evaluation or prerequisite completion remains outstanding.
A complete application can still be followed by final-record, funding and immigration work.
What jobs can follow UT Austin BS Aerospace Engineering?
The curriculum supports directions including aerospace engineer, systems engineer, propulsion analyst and flight-test engineer. These are curriculum-linked possibilities, not a measured placement rate. UT Austin publishes no exact-course guarantee of employment, salary, OPT, sponsorship or internship for this cohort. That distinction matters when comparing degrees with similar titles.
| Measure | Figure | Basis |
|---|---|---|
| ASE 374D Aerospace Systems Senior Design I | Aerospace Engineer | BS Aerospace Engineering academic foundation |
| ASE 374E Aerospace Systems Senior Design II | Systems Engineer | Direction supported by ASE 162M High-Speed Aerodynamics Laboratory |
| BS Aerospace Engineering culminating work | Total Hours 81 | Inspectible evidence from Cockrell School of Engineering |
| Placement after BS Aerospace Engineering | No guarantee published | Employers assess the Total Hours 81 |
| Work authorisation for Bachelor of Science in Aerospace Engineering | Conditional OPT route | The issued I-20 for BS Aerospace Engineering controls |
Completed coursework can support evidence of skill, but it isn't a placement rate or salary promise.
The academic map most directly supports aerospace engineer, systems engineer, propulsion analyst and flight-test engineer. USCIS OPT guidance controls eligible field-related work authorisation; it doesn’t provide an employer or sponsorship.
For employment evidence, Subtotal 22 is useful only when the student can explain the work completed through Degree (see details below) 81. Free electives: Additional coursework to reach total hours required. 0 can demonstrate depth to a aerospace engineer employer, but it cannot create a placement guarantee.
For employment evidence, Degree (see details below) 81 is useful only when the student can explain the work completed through Free electives: Additional coursework to reach total hours required. 0. Subtotal 81 can demonstrate depth to a systems engineer employer, but it cannot create a placement guarantee.
For employment evidence, Free electives: Additional coursework to reach total hours required. 0 is useful only when the student can explain the work completed through Subtotal 81. General Education can demonstrate depth to a propulsion analyst employer, but it cannot create a placement guarantee.
For employment evidence, Subtotal 81 is useful only when the student can explain the work completed through General Education. Remaining Core Curriculum (42 hours total) 24 can demonstrate depth to a flight-test engineer employer, but it cannot create a placement guarantee.
Who is UT Austin BS Aerospace Engineering for, and who should avoid it?
UT Austin BS Aerospace Engineering fits applicants who can show readiness for ASE 374D Aerospace, commit to full-time campus study and fund the plan without assumed earnings. Avoid it if you need guaranteed admission, placement or sponsorship, or expect the university to repair missing prerequisites after enrolment.
| Verdict | Your background | Why |
|---|---|---|
| Strong fit | Applicant prepared for ASE 374D Aerospace | Prior evidence supports the starting point for BS Aerospace Engineering. |
| Strong fit | Applicant targeting aerospace engineer | Assessed work can build evidence for systems engineer. |
| Strong fit | Applicant with a funded 4 years campus plan | The budget does not depend on unconfirmed work or awards. |
| Needs evidence | Applicant only at the published admission floor | Selection can weigh readiness beyond a numerical minimum. |
| Do not shortlist | Applicant requiring a guaranteed flight-test engineer role | UT Austin publishes no programme-specific employment promise. |
For BS Aerospace Engineering, readiness for ASE 374D Aerospace should be visible before ASE 374E Aerospace becomes the next step. That sequence matters for an applicant aiming at aerospace engineer; the university name alone cannot supply the missing evidence.
For BS Aerospace Engineering, readiness for ASE 374E Aerospace should be visible before ASE 162M High-Speed becomes the next step. That sequence matters for an applicant aiming at systems engineer; the university name alone cannot supply the missing evidence.
For BS Aerospace Engineering, readiness for ASE 162M High-Speed should be visible before or ASE 166M becomes the next step. That sequence matters for an applicant aiming at propulsion analyst; the university name alone cannot supply the missing evidence.
For BS Aerospace Engineering, readiness for or ASE 166M should be visible before Hours chosen from: becomes the next step. That sequence matters for an applicant aiming at flight-test engineer; the university name alone cannot supply the missing evidence.
What does the UT Austin BS Aerospace Engineering curriculum contain?
The 2026 catalogue lists the following named courses and requirement choices for BS Aerospace Engineering. A listed choice isn’t a promise that every elective runs every term. The school and official degree plan control substitutions and sequencing. It isn’t a timetable or an individual study-plan approval.
| Code | Component | US credits | Where it sits |
|---|---|---|---|
| ASE 374D | Aerospace Systems Senior Design I | catalogue | |
| ASE 374E | Aerospace Systems Senior Design II | catalogue | |
| ASE 162M | High-Speed Aerodynamics Laboratory | catalogue | |
| or ASE 166M Spacecraft Systems Laboratory | catalogue | ||
| Hours chosen from: Approved Technical Elective 3 | catalogue | ||
| Hours chosen from: Approved Aerospace elective 9 | catalogue | ||
| Hours chosen from: Approved Structures elective 3 | catalogue | ||
| ASE 339 | Advanced Strength of Materials | catalogue | |
| or E M 339 Advanced Strength of Materials | catalogue | ||
| ASE 357 | Mechanics of Composite Materials | catalogue | |
| ASE 365 | Structural Dynamics | catalogue | |
| COE 321K | Computational Methods for Structural Analysis | catalogue | |
| Subtotal 22 | catalogue | ||
| Degree (see details below) 81 | catalogue | ||
| Free electives: Additional coursework to reach total hours required. 0 | catalogue | ||
| Subtotal 81 | catalogue | ||
| General Education | catalogue | ||
| Remaining Core Curriculum (42 hours total) 24 | catalogue | ||
| Foreign Language other than English, Beginning Proficiency | catalogue | ||
| Subtotal 24 | catalogue | ||
| College Requirements – Engineering | catalogue | ||
| General University Requirements | catalogue | ||
| Total Hours 127 | catalogue | ||
| Aerospace Engineering Courses | catalogue | ||
| ASE 120K | Low-Speed Aerodynamics Laboratory | catalogue | |
| ASE 320 | Low-Speed Aerodynamics | catalogue | |
| ASE 324L | Aerospace Materials Laboratory | catalogue | |
| ASE 330M | Linear System Analysis | catalogue | |
| ASE 362K | Compressible Flow | catalogue | |
| ASE 366K | Spacecraft Dynamics | catalogue | |
| ASE 367K | Flight Dynamics | catalogue | |
| ASE 370C | Feedback Control Systems | catalogue | |
| ASE 375 | Electromechanical Systems | catalogue | |
| ASE 376K | Propulsion | catalogue | |
| Chemistry | catalogue | ||
| CH 301 | Principles of Chemistry I | catalogue | |
| Computational Engineering | catalogue | ||
| COE 301 | Introduction to Computer Programming | catalogue | |
| COE 311K | Engineering Computation | catalogue | |
| Engineering Mechanics | catalogue | ||
| E M 306 | Statics | catalogue | |
| E M 311M | Dynamics | catalogue | |
| E M 319 | Mechanics of Solids | catalogue | |
| Mathematics | catalogue | ||
| M 408C | Differential and Integral Calculus | catalogue | |
| M 408D | Sequences, Series, and Multivariable Calculus | catalogue | |
| M 427J | Differential Equations with Linear Algebra | catalogue | |
| M 427L | Advanced Calculus for Applications II | catalogue | |
| Physics | catalogue | ||
| PHY 105M | Laboratory For Physics 302K, 303K, and 317K | catalogue | |
| PHY 105N | Laboratory For Physics 302L, 303L, and 317L | catalogue | |
| PHY 303K | Engineering Physics I | catalogue | |
| PHY 303L | Engineering Physics II | catalogue | |
| Rhetoric and Writing | catalogue | ||
| RHE 306 | Rhetoric and Writing | catalogue | |
| Other Required Courses | catalogue | ||
| M E 210 | Engineering Design Graphics | catalogue | |
| M E 310T | Applied Thermodynamics | catalogue | |
| E S 333T | Engineering Communication | catalogue | |
| Total Hours 81 | catalogue | ||
| Total | 127 |
The note “Published requirement or choice” applies to 60 components in this table.
- 127 semester credits in the published degree
- Full-time campus route
- Cockrell School of Engineering controls the final degree plan
The sequence starts with ASE 374D Aerospace Systems Senior Design I and develops through ASE 374E Aerospace Systems Senior Design II. Those requirements show the programme’s actual academic centre more reliably than a broad degree label.
The later list includes E S 333T Engineering Communication and Total Hours 81. Students must confirm prerequisites and annual availability before using an elective to plan a term.
The table follows the official catalogue rather than merging the programme into a subject page. Concentrations and elective choices stay inside this one degree record.
Read the list as a degree plan, not a menu of guaranteed seats. ASE 374D Aerospace Systems Senior Design I can unlock later work, while Total Hours 81 may depend on prerequisites, class capacity or an approved sequence. Before registration, compare the catalogue with the current CourseBook and ask the school to confirm any substitution in writing. That matters because changing one required course can shift a later term, the graduation date and the amount an international student must fund.
For an Indian applicant, the useful comparison is between prior preparation and the first advanced requirement. Evidence for ASE 374E Aerospace Systems Senior Design II should be visible in marksheets, projects or work already completed. If that evidence is missing, choosing several attractive electives does not repair the starting gap. The admissions file and the first-semester plan should therefore tell the same story about readiness for aerodynamics, structures, propulsion, dynamics, controls and senior aircraft or spacecraft design.
Career value also depends on what can be shown after assessment. Work in E S 333T Engineering Communication is stronger evidence than a course title alone only when the student can explain the method, result and individual contribution. That may support the career directions named above; it isn’t a placement promise. Applicants should plan a portfolio, writing sample, code repository or research output that suits the field while respecting course and employer confidentiality.
Should an Indian applicant shortlist UT Austin BS Aerospace Engineering?
UT Austin BS Aerospace Engineering belongs on a shortlist when its full-time pace, academic centre and culminating work match the evidence an applicant needs to build. It is a poor fit when prerequisite repair, part-time delivery or a guaranteed placement is essential. Completed work matters more than the UT Austin name.
A credible BS Aerospace Engineering case links prior evidence to Hours chosen from: Approved Technical Elective 3, not merely to the university name. Hours chosen from: Approved Aerospace elective 9 then becomes the working link to aerospace engineer; avoiding Hours chosen from: Approved Structures elective 3 would weaken the programme's intended sequence.
Four years of non-resident tuition and living costs require a durable funding plan, and the degree does not guarantee an internship, OPT role or sponsorship. Applicants who need those conditions should not shortlist this programme.
- The researched route is full time and on campus for Fall 2027.
- The catalogue requires 127 semester credits across 4 years.
- The first-year planning total is INR 68.69 lakh, before flights, insurance and deposits.
- The curriculum centres on aerodynamics, structures, propulsion, dynamics, controls and senior aircraft or spacecraft design.
- The USD 90 application, I-20, SEVIS payment and visa are separate steps.
- No exact-course placement, salary, internship or sponsorship guarantee is published.
Frequently asked questions
How much is UT Austin BS Aerospace Engineering for an Indian student?
The current planning headline is INR 0.69 crore published first-year cost-of-attendance basis. It combines the stated tuition basis, UT Austin living evidence and separate application, SEVIS and visa payments. The offer, student account, exchange rate and actual study plan control the final amount.
What is the deadline for UT Austin BS Aerospace Engineering?
The current published deadline used here is 1 December 2026 for Fall 2027. Confirm the year and programme in the active portal before submission, then keep later final-record and visa tasks on a separate timeline.
What are the entry requirements for UT Austin BS Aerospace Engineering?
The programme expects secondary-school completion with the published English evidence and subject preparation. Transcripts, references, English evidence and any subject-specific writing, clinical, portfolio or research item remain separate parts of selection.
Is UT Austin BS Aerospace Engineering full time and on campus?
Yes. This page covers the full-time, campus route in Austin. The published planning duration is 4 years; it does not use an online, executive or part-time route to qualify.
Does UT Austin BS Aerospace Engineering guarantee an internship or placement?
No exact-course placement or internship guarantee was located. Required clinical work, practica, research or a capstone can create assessed evidence, but employers, licences, work authorisation and sponsorship remain separate decisions.
What jobs can follow UT Austin BS Aerospace Engineering?
Plausible directions include aerospace engineer, systems engineer, propulsion analyst and flight-test engineer. These are curriculum-linked paths, not promised outcomes, and competitiveness depends on prior experience and the quality of completed work.
Can an Indian applicant use OPT after UT Austin BS Aerospace Engineering?
An eligible F-1 graduate can seek field-related Optional Practical Training. Any STEM extension depends on the CIP code on the issued I-20 and employer compliance; OPT is not a job or sponsorship guarantee.
What is the main risk in choosing UT Austin BS Aerospace Engineering?
The main risk is a mismatch with the starting preparation: secondary-school completion with the published English evidence and subject preparation. A second risk is funding the plan with unconfirmed work or scholarship income.
Sources
These sources support the programme, admission, cost and immigration information used on this page.
Sources checked on October 30, 2026. The next intake covered here is Fall 2027 · 1 December 2026.
| No. | Source | Evidence role |
|---|---|---|
| 01 | UT Austin, Aerospace Engineering (BSAsE) | Core programme evidence |
| 02 | UT Austin, current programme catalogue | Core programme evidence |
| 03 | UT Austin, international admission | Core programme evidence |
| 04 | UT Austin, application route | Core programme evidence |
| 05 | UT Austin, 2026-27 tuition tables | Core programme evidence |
| 06 | Texas Global, 2026-27 F-1 financial information | Core programme evidence |
| 07 | US Immigration and Customs Enforcement, I-901 fee | Core programme evidence |
| 08 | US Department of State, visa fees | Core programme evidence |
| 09 | USCIS, Optional Practical Training | Core programme evidence |
| 10 | Reserve Bank of India, reference-rate archive | Core programme evidence |
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