WashU MS Artificial Intelligence Engineering
Washington University in St. Louis · McKelvey School of Engineering · St. Louis, Missouri, United States- Full time
- In person
- IELTS 6.5 or TOEFL 90, subject to the exact school waiver rule
Tuition, fees, living for 18 months, insurance, application, SEVIS and visa.
2026-27 tuition and mandatory fees
WashU graduate credits
full-time in-person route
full-time study
programme-specific status
TOEFL, IELTS, PTE or Duolingo
What is the WashU MS Artificial Intelligence Engineering?
This comparison covers the 30-credit, 18-month WashU MS Artificial Intelligence Engineering. The official 2026-27 record identifies a full-time, in-person master of science focused on engineering and deployment of AI systems. It excludes online, part-time and similarly named WashU degrees, keeping the costs and admission analysis tied to one catalogue programme.
For an Indian applicant, the decision turns on three separate tests: whether prior study matches the published prerequisites; whether the file meets the school’s current admission and English rules; and whether INR 1.49 crore before flights and a housing deposit is defensible. The course map develops AI foundations, machine learning systems, data and compute infrastructure and responsible AI delivery, ending in the AI engineering project sequence. That sequence should justify the cost without relying on the WashU name alone.
How much does the WashU MS Artificial Intelligence Engineering cost for an Indian student?
The current planning case is USD 155,136, about INR 1.49 crore. It combines the published 2026-27 tuition basis, mandatory school fees, a St. Louis living allowance for 18 months, health insurance where itemised, the application fee, SEVIS and the F-1 visa charge. It is a comparison model, not a WashU invoice.
| Item | INR | Local currency | When it is due |
|---|---|---|---|
| 2026-27 McKelvey full-time tuition | INR 99.62 lakh | USD 103,785 | Across the programme |
| Mandatory school and student fees | INR 1.05 lakh | USD 1,095 | Across enrolled terms |
| Housing, food, books, transport and personal costs for 18 months | INR 42.04 lakh | USD 43,800 | Budgeted through the study period |
| WashU student health insurance | INR 5.61 lakh | USD 5,846 | Billed annually for international students |
| Graduate application | INR 0.07 lakh | USD 75 | At application |
| SEVIS I-901 fee | INR 0.34 lakh | USD 350 | Before the visa interview |
| F-1 visa application | INR 0.18 lakh | USD 185 | At visa booking |
| Full-programme planning total | INR 1.49 crore | USD 155,136 | Before flights and a housing deposit |
The table treats the SEVIS and visa charges as separate payments. It does not add a second visa-maintenance total because the complete living plan already covers the study period. Converted at USD 1 = INR 95.99, using ECB reference rates dated 30 September 2026.
Graduate funding may include assistantships, fellowships, grants and scholarships; availability and conditions vary.WashU graduate financial support
Tuition follows the published school schedule for MS Artificial Intelligence Engineering and the 30-credit route. A longer completion pattern or a later annual rate can increase it.
The living allowance covers housing, food, books, local transport and personal costs for 18 months. Rent choices can move this line more than small university fees.
Flights, foreign-exchange spreads, a housing deposit and contingency remain outside the table. Scholarships reduce the estimate only after a written award.
Refresh every figure against the offer, student account and I-20 funding instruction before paying a deposit.
Can an Indian applicant meet WashU MS Artificial Intelligence Engineering entry rules?
The first check uses the exact programme requirements, not a university-wide summary. The file needs a recognised bachelor’s degree, preparation in programming, algorithms, linear algebra and probability, the published English evidence and every required document. Academic history is reviewed in context, so no single indicator decides the result.
| Requirement | Published rule | What you do |
|---|---|---|
| Degree match (India) | a bachelor's degree from a recognised institution | Map the transcript to programming, algorithms, linear algebra and probability |
| Academic record (India) | WashU publishes holistic programme review rather than a universal admission GPA floor | Submit complete transcripts and grading context |
| English (India) | IELTS 6.5 or TOEFL 90, subject to the exact school waiver rule | Follow the exact school waiver and score rule |
| GRE or GMAT (India) | GRE or GMAT not routinely required | Follow the exact programme rule |
| Academic purpose (India) | A coherent reason for advancing into engineering and deployment of AI systems | Connect previous evidence to the published culminating assessment |
| International records (India) | Original-language records with complete official English translations where needed | Do not upload self-translated or incomplete records |
The first transcript audit should find concrete proof of AI foundations. A useful audit records the module title, mark, credit weight and syllabus topic so an assessor does not have to infer readiness from the institution name.
Next, isolate evidence for machine learning systems. A laboratory, project or substantial assignment is stronger than a list of buzzwords because it shows what was built, measured or decided and what limitations remained.
The statement should explain why data and compute infrastructure is the next academic step and why WashU’s responsible AI delivery route serves it. Repeating the programme webpage does not answer that personal progression question.
Finally, English, recommendations and translations remain independent document checks. A file that clears the academic match can remain incomplete if an accepted score, literal translation or required referee response is missing.
Within MS Artificial Intelligence Engineering, the relationship between AI foundations and data and compute infrastructure is a readiness test for AI engineer ambitions. A file showing only machine learning systems leaves the responsible AI delivery part of this academic progression unexplained.
A future applied AI researcher still needs documented preparation in programming, algorithms, linear algebra and probability. For MS Artificial Intelligence Engineering, career intent cannot substitute for that academic base, while the academic record remains one part of a broader selection model.
MS Artificial Intelligence Engineering readiness check 1 connects AI foundations with CSE 4102. It isn’t enough to name that background: MS Artificial Intelligence Engineering applicants should point to assessed work, the method used and the result that an admissions reader can verify.
MS Artificial Intelligence Engineering readiness check 2 connects machine learning systems with CSE 4107. It isn’t enough to name that background: MS Artificial Intelligence Engineering applicants should point to assessed work, the method used and the result that an admissions reader can verify.
MS Artificial Intelligence Engineering readiness check 3 connects data and compute infrastructure with CSE 5107. It isn’t enough to name that background: MS Artificial Intelligence Engineering applicants should point to assessed work, the method used and the result that an admissions reader can verify.
MS Artificial Intelligence Engineering readiness check 4 connects responsible AI delivery with ESE 4170. It isn’t enough to name that background: MS Artificial Intelligence Engineering applicants should point to assessed work, the method used and the result that an admissions reader can verify.
MS Artificial Intelligence Engineering readiness check 5 connects AI foundations with SDS 4430. It isn’t enough to name that background: MS Artificial Intelligence Engineering applicants should point to assessed work, the method used and the result that an admissions reader can verify.
MS Artificial Intelligence Engineering links CSE 4102 Introduction to Artificial Intelligence with prior evidence in AI foundations. A transcript supports that link when assessed work shows programming, algorithms, linear algebra and probability; career interest alone does not establish academic readiness for this particular WashU sequence.
MS Artificial Intelligence Engineering links CSE 4107 Introduction to Machine Learning with prior evidence in machine learning systems. A transcript supports that link when assessed work shows programming, algorithms, linear algebra and probability; career interest alone does not establish academic readiness for this particular WashU sequence.
MS Artificial Intelligence Engineering links CSE 5107 Machine Learning with prior evidence in data and compute infrastructure. A transcript supports that link when assessed work shows programming, algorithms, linear algebra and probability; career interest alone does not establish academic readiness for this particular WashU sequence.
Undergraduate degree by enrolment, $75 fee, transcripts, three recommendations, statement and CV/resume. GRE optional. International English floor unless exempted: IELTS 6.5, DET 125, GATEWAY 495, or TOEFL 5.0 new scale / at least 90 old scale.
Three checks that can block a MS Artificial Intelligence Engineering application
A profile indicator is not an offer promise
WashU publishes holistic programme review rather than a universal admission GPA floor. Review can still distinguish candidates through subject depth, statement quality, recommendations and the completed file.
The degree title cannot prove prerequisites
A broad Indian degree name may hide whether programming, algorithms, linear algebra and probability was studied. Add syllabi or official descriptions when course titles do not make the preparation clear.
English rules can be programme-specific
IELTS 6.5 or TOEFL 90, subject to the exact school waiver rule. Accepted tests, waiver evidence and score validity must follow the exact school rule in force for the intended intake.
How should an Indian applicant apply for WashU MS Artificial Intelligence Engineering?
Apply through the school’s official graduate route. Fall full-time deadline 1 March 2027; recurring early-decision date 31 December. Submit earlier for transcript evaluation, funding evidence, I-20 production and visa preparation. A personal buffer of at least 12 weeks is sensible before intended travel; that is planning advice, not WashU’s processing promise.
Select the exact campus programme, upload academic and programme documents, pay the application fee, monitor the applicant portal, clear offer conditions, document funding, and complete the I-20 and F-1 process.
| Start by | Task | Takes | Why this date |
|---|---|---|---|
| 01 Oct 2026 | Complete English evidence | 75 days | Meet IELTS 6.5 or TOEFL 90, subject to the exact school waiver rule with time for one retake. |
| 03 Nov 2026 | Audit the course match | 14 days | Match prior study to programming, algorithms, linear algebra and probability and the published GPA rule. |
| 17 Nov 2026 | Prepare programme documents | 28 days | Collect official records, translations, statement, CV and any required recommendations or test. |
| 15 Dec 2026 | Submit the WashU application | 1 day | Use the exact campus-immersion plan and keep the receipt. |
| 16 Dec 2026 | Clear conditions and prepare F-1 | 75 days | Fund the offer, obtain the I-20, pay SEVIS and book the visa process. |
The allowances are Nbyula planning estimates, not processing times published by Washington University in St. Louis.
Build the file around Ai Foundations and Machine Learning Systems, not around a generic WashU statement. Use earlier coursework or employment to show readiness, then identify the gap that the published curriculum is meant to close.
The programme reports fall full-time deadline 1 march 2027; recurring early-decision date 31 december. A priority date can be followed by space-available review, while a final date closes the published window. Neither should be confused with the separate international I-20 timing needed to reach campus.
After admission, read the offer and My WashU task list line by line. Financial guarantee, final transcripts, immunisation records and I-20 processing can each continue after the academic decision and can each delay enrolment if ignored.
For F-1 planning, check the SEVIS I-901 step and the US visa fee page directly. Fee payment does not guarantee a visa, and a programme offer does not replace consular review.
This page covers full-time campus study. Where WashU also lists Online, select the campus-immersion plan because the visa and STEM-OPT discussion does not apply to WashU Online in the same way.
What jobs can follow WashU MS Artificial Intelligence Engineering?
The curriculum supports directions such as AI engineer, machine learning engineer, AI systems engineer and applied AI researcher. The university presents this course as STEM designated. The OPT framework is work authorisation rather than a placement or sponsorship guarantee. Each direction still needs role-specific, inspectable work samples.
| Measure | Finding | Basis |
|---|---|---|
| Ai Foundations | Ai Engineer | Evidence from Ai Foundations |
| Machine Learning Systems | Machine Learning Engineer | Evidence from Machine Learning Systems |
| Data And Compute Infrastructure | Ai Systems Engineer | Role direction inferred from the curriculum |
| Guaranteed placement or sponsorship | None published | No exact-programme guarantee located |
These are curriculum-linked directions for MS Artificial Intelligence Engineering, not a measured probability of employment, salary, visa sponsorship or promotion.
For an AI engineer application, preserve the brief, inputs, method, decisions and limitations from Ai Foundations. That record gives a recruiter something more reliable than a transcript line or a claim that the degree was practical.
The machine learning engineer route needs a different proof item from Machine Learning Systems. Explain the trade-off made, the evidence rejected and the effect of uncertainty so the work shows judgement rather than only tool familiarity.
A candidate aiming at AI systems engineer should use the culminating assessment to join both samples around one problem. A coherent portfolio can then show progression across the degree without asking the WashU name to stand in for capability.
F-1 graduates can normally seek up to 12 months of OPT, and an eligible STEM degree may support a further 24-month extension if every rule is met. The USCIS STEM-OPT guidance controls that process and does not require any employer to hire the graduate.
MS Artificial Intelligence Engineering outcome check 1 uses CSE 4027 Introduction to Natural Language Processing for a possible AI engineer direction. It doesn’t turn course credit into a hiring promise; MS Artificial Intelligence Engineering students still need a retained artefact that shows the decision, evidence and limitation.
MS Artificial Intelligence Engineering outcome check 2 uses CSE 4061 Text Mining for a possible machine learning engineer direction. It doesn’t turn course credit into a hiring promise; MS Artificial Intelligence Engineering students still need a retained artefact that shows the decision, evidence and limitation.
MS Artificial Intelligence Engineering outcome check 3 uses CSE 5270 Natural Language Processing for a possible AI systems engineer direction. It doesn’t turn course credit into a hiring promise; MS Artificial Intelligence Engineering students still need a retained artefact that shows the decision, evidence and limitation.
MS Artificial Intelligence Engineering outcome check 4 uses CSE 5610 Large Language Models for a possible applied AI researcher direction. It doesn’t turn course credit into a hiring promise; MS Artificial Intelligence Engineering students still need a retained artefact that shows the decision, evidence and limitation.
MS Artificial Intelligence Engineering outcome check 5 uses BME 5700 Mathematics of Imaging Science for a possible AI engineer direction. It doesn’t turn course credit into a hiring promise; MS Artificial Intelligence Engineering students still need a retained artefact that shows the decision, evidence and limitation.
Within MS Artificial Intelligence Engineering, ESE 4170 Introduction to Machine Learning and Pattern Classification can support an AI engineer direction when its assessed output demonstrates machine learning systems. The course title by itself is not evidence of employment, salary, sponsorship or professional licensure.
Within MS Artificial Intelligence Engineering, SDS 4430 Statistical Learning can support a machine learning engineer direction when its assessed output demonstrates data and compute infrastructure. The course title by itself is not evidence of employment, salary, sponsorship or professional licensure.
Within MS Artificial Intelligence Engineering, CSE 4027 Introduction to Natural Language Processing can support an AI systems engineer direction when its assessed output demonstrates responsible AI delivery. The course title by itself is not evidence of employment, salary, sponsorship or professional licensure.
The 2024-25 institutional profile does not report a separate completion line for this new programme. No official programme placement or salary result was located.
Who is WashU MS Artificial Intelligence Engineering for, and who should avoid it?
A strong fit already has programming, algorithms, linear algebra and probability, wants assessed evidence in data and compute infrastructure and can fund INR 1.49 crore without promised employment. A weak fit needs foundational repair, wants a different technical centre or depends on uncertain US earnings to make the course affordable.
| Verdict | Your background | Why |
|---|---|---|
| Strong fit | Prepared for AI foundations | Earlier study supports progression into Ai Foundations. |
| Strong fit | Needs evidence in responsible AI delivery | The published culminating route can produce inspectable work. |
| Needs evidence | Still choosing between AI engineer and machine learning engineer | Electives must turn that uncertainty into one coherent capability map. |
| Needs evidence | Funding is close to the ceiling | The INR 1.49 crore case excludes flights and a housing deposit. |
| Do not shortlist | Needs basic preparation before machine learning systems | Graduate credits are too expensive to use mainly for prerequisite repair. |
| Do not shortlist | Needs a guaranteed US placement | No course-level job or sponsorship guarantee supports that assumption. |
The positive academic test begins with Ai Foundations. A suitable entrant recognises its foundation from previous work but still needs WashU’s graduate-level treatment to solve harder problems in engineering and deployment of AI systems.
The next fit question concerns Machine Learning Systems. It should add a method or system that the applicant cannot already demonstrate. If it mostly repeats a strong undergraduate module, examine the elective freedom before paying for the overlap.
The professional test is whether an AI engineer hiring manager can inspect output from data and compute infrastructure. A useful artefact states the problem, data or constraints, the chosen method, the result and the limits of that result.
Someone pursuing machine learning engineer work must also value responsible AI delivery. If that part of the degree consumes substantial assessed time but has little use in the intended role, a differently structured master’s may be the better buy.
The final academic trade-off sits in the choice among project, thesis, portfolio or examination where WashU lists them. A thesis serves research depth, an applied project serves delivery evidence, and a portfolio serves synthesis. Only routes actually published for this programme belong in the decision.
Affordability is separate from academic fit. The estimate uses USD 1 at INR 95.99, so exchange movement changes the rupee amount even when WashU leaves a dollar charge unchanged.
The campus choice also matters. This page uses St. Louis, Missouri and in-person study. An applicant selecting an online version would face different attendance, visa and work-authorisation consequences and should not reuse this page’s F-1 assumptions.
Applicants can ask current MS Artificial Intelligence Engineering students about access to preferred electives, team formation, faculty supervision and the weekly load. The research pass did not locate three independent exact-programme accounts, so those lived details remain questions rather than reported facts.
MS Artificial Intelligence Engineering fit check 1 asks whether CSE 5509 Computer Vision advances machine learning systems. Prior exposure can’t settle that alone: compare the WashU syllabus with earlier assignments and identify the capability MS Artificial Intelligence Engineering would add rather than repeat.
MS Artificial Intelligence Engineering fit check 2 asks whether ESE 5932 Computational Methods for Imaging Science advances data and compute infrastructure. Prior exposure can’t settle that alone: compare the WashU syllabus with earlier assignments and identify the capability MS Artificial Intelligence Engineering would add rather than repeat.
MS Artificial Intelligence Engineering fit check 3 asks whether CSE 4507 Introduction to Visualization advances responsible AI delivery. Prior exposure can’t settle that alone: compare the WashU syllabus with earlier assignments and identify the capability MS Artificial Intelligence Engineering would add rather than repeat.
MS Artificial Intelligence Engineering fit check 4 asks whether CSE 5108 Human-In-The-Loop Computation advances AI foundations. Prior exposure can’t settle that alone: compare the WashU syllabus with earlier assignments and identify the capability MS Artificial Intelligence Engineering would add rather than repeat.
MS Artificial Intelligence Engineering fit check 5 asks whether CSE 5506 Human-Computer Interaction Methods advances machine learning systems. Prior exposure can’t settle that alone: compare the WashU syllabus with earlier assignments and identify the capability MS Artificial Intelligence Engineering would add rather than repeat.
The fit question for MS Artificial Intelligence Engineering becomes concrete when the published curriculum adds data and compute infrastructure. Someone targeting machine learning engineer work benefits when that study closes a documented gap; it is weaker value when an earlier degree already proves the same capability.
The fit question for MS Artificial Intelligence Engineering becomes concrete when the published curriculum adds responsible AI delivery. Someone targeting AI systems engineer work benefits when that study closes a documented gap; it is weaker value when an earlier degree already proves the same capability.
The fit question for MS Artificial Intelligence Engineering becomes concrete when the published curriculum adds AI foundations. Someone targeting applied AI researcher work benefits when that study closes a documented gap; it is weaker value when an earlier degree already proves the same capability.
Exact Bulletin identity: Artificial Intelligence Engineering, MS (CSE).
McKelvey includes Artificial Intelligence Engineering on its current Full-Time Master’s list. This sweep covers the full-time St. Louis route.
Minimum 30 units: 18 core and 12 elective. Completion routes are coursework only, a 3- or 6-unit project, or a 6-unit thesis; six-unit project/thesis work spans two semesters. No single overall duration is promised.
Is this systems-and-infrastructure AI engineering, applied machine learning, or a general AI conversion degree?
What prior programming, data structures, probability, linear algebra and systems knowledge is assumed?
How does it differ from MSCS with AI electives and Olin’s AI for Business degree?
Which project, thesis, lab and computing-resource opportunities are actually accessible to master’s students?
What is the likely completion time and internship window?
With no mature cohort, what outcomes evidence can honestly be used without implying placements that do not yet exist?
What does the WashU MS Artificial Intelligence Engineering curriculum contain?
The 2026-27 WashU Bulletin requires 30 credits. The table retains named required and elective choices from the published plan; alternatives are not a claim that every student completes every row. Build an approved individual plan with the programme adviser before registration.
| Code | Component | WashU graduate credits | Notes |
|---|---|---|---|
| CSE 4102 | Introduction to Artificial Intelligence | 3.0 | Published under 1. Foundations of AI (3 units) |
| CSE 4107 | Introduction to Machine Learning | 3.0 | Published under 2. Machine Learning Foundations (Choose one) |
| CSE 5107 | Machine Learning | 3.0 | Published under 2. Machine Learning Foundations (Choose one) |
| ESE 4170 | Introduction to Machine Learning and Pattern Classification | 3.0 | Published under 2. Machine Learning Foundations (Choose one) |
| SDS 4430 | Statistical Learning | 3.0 | Published under 2. Machine Learning Foundations (Choose one) |
| CSE 4027 | Introduction to Natural Language Processing | 3.0 | Published under 3. Natural Language Processing (Choose one) |
| CSE 4061 | Text Mining | 3.0 | Published under 3. Natural Language Processing (Choose one) |
| CSE 5270 | Natural Language Processing | 3.0 | Published under 3. Natural Language Processing (Choose one) |
| CSE 5610 | Large Language Models | 3.0 | Published under 3. Natural Language Processing (Choose one) |
| BME 5700 | Mathematics of Imaging Science | 3.0 | Published under 4. Computer Vision (Choose one) |
| CSE 5509 | Computer Vision | 3.0 | Published under 4. Computer Vision (Choose one) |
| ESE 5932 | Computational Methods for Imaging Science | 3.0 | Published under 4. Computer Vision (Choose one) |
| CSE 4507 | Introduction to Visualization | 3.0 | Published under 5. Human-Centered Computing (Choose one) |
| CSE 5108 | Human-In-The-Loop Computation | 3.0 | Published under 5. Human-Centered Computing (Choose one) |
| CSE 5506 | Human-Computer Interaction Methods | 3.0 | Published under 5. Human-Centered Computing (Choose one) |
| CSE 5507 | Advanced Visualization | 3.0 | Published under 5. Human-Centered Computing (Choose one) |
| CSE 4059 | Applied Parallel Programming: Gpus for High-Performance Computing On Manycore Architectures | 3.0 | Published under 6. Computational Methods (Choose one) |
| CSE 4207 | Cloud Computing With Big Data Applications | 3.0 | Published under 6. Computational Methods (Choose one) |
| CSE 5114 | Data Manipulation and Management at Scale | 3.0 | Published under 6. Computational Methods (Choose one) |
| CSE 4101 | AI and Society | 3.0 | Published under Depth Electives (6 units) |
| CSE 5100 | Deep Reinforcement Learning | 3.0 | Published under Depth Electives (6 units) |
| CSE 5103 | Theory of Artificial Intelligence and Machine Learning | 3.0 | Published under Depth Electives (6 units) |
| CSE 5104 | Data Mining | 3.0 | Published under Depth Electives (6 units) |
| CSE 5105 | Bayesian Methods in Machine Learning | 3.0 | Published under Depth Electives (6 units) |
| CSE 5106 | Multi-Agent Systems | 3.0 | Published under Depth Electives (6 units) |
| CSE 5109 | Advanced Machine Learning | 3.0 | Published under Depth Electives (6 units) |
| CSE 5205 | Computation in Economics and Social Choice | 3.0 | Published under Depth Electives (6 units) |
| CSE 5505 | Adversarial AI | 3.0 | Published under Depth Electives (6 units) |
| CSE 5519 | Advances in Computer Vision | 3.0 | Published under Depth Electives (6 units) |
| CSE 5805 | Sparse Modeling for Imaging and Vision | 3.0 | Published under Depth Electives (6 units) |
| CSE 5806 | Analysis of Imaging Data | 3.0 | Published under Depth Electives (6 units) |
| CSE 4470 | Introduction to Formal Languages and Automata | 3.0 | Published under General Electives (6 units) |
| CSE 5401 | Advanced Algorithms | 3.0 | Published under General Electives (6 units) |
| CSE 5404 | Special Topics in Computer Science Theory | 3.0 | Published under General Electives (6 units) |
| CSE 5801 | Approximation Algorithms | 3.0 | Published under General Electives (6 units) |
| CSE 5802 | Complexity Theory | 3.0 | Published under General Electives (6 units) |
| CSE 4103 | Web Privacy and Security | 3.0 | Published under General Electives (6 units) |
| CSE 4303 | Introduction to Computer Security | 3.0 | Published under General Electives (6 units) |
| CSE 4402 | Introduction to Cryptography | 3.0 | Published under General Electives (6 units) |
| CSE 5271 | Data-Driven Privacy and Security | 3.0 | Published under General Electives (6 units) |
| CSE 5619 | Recent Advances in Computer Security and Privacy | 3.0 | Published under General Electives (6 units) |
| CSE 5606 | High Performance Computer Systems | 3.0 | Published under General Electives (6 units) |
| CSE 5370 | Trustworthy Autonomy | 3.0 | Published under General Electives (6 units) |
| CSE 5500 | Mobile Robotics | 3.0 | Published under General Electives (6 units) |
| ESE 4450 | Sensing, Planning, and Control in Robotics | 3.0 | Published under General Electives (6 units) |
| ESE 4460 | Robotics: Dynamics and Control | 3.0 | Published under General Electives (6 units) |
| ESE 4481 | Autonomous Aerial Vehicle Control Laboratory | 3.0 | Published under General Electives (6 units) |
| ESE 5430 | Control Systems Design By State Space Methods | 3.0 | Published under General Electives (6 units) |
| ESE 5470 | Robust and Adaptive Control | 3.0 | Published under General Electives (6 units) |
| ESE 5510 | Linear Dynamic Systems I | 3.0 | Published under General Electives (6 units) |
| ESE 5530 | Nonlinear Dynamic Systems | 3.0 | Published under General Electives (6 units) |
| CSE 4106 | Data Science for Complex Networks | 3.0 | Published under General Electives (6 units) |
| ESE 5200 | Probability and Stochastic Processes | 3.0 | Published under General Electives (6 units) |
| ESE 5240 | Detection and Estimation Theory | 3.0 | Published under General Electives (6 units) |
| SDS 5020 | Mathematical Statistics | 3.0 | Published under General Electives (6 units) |
| SDS 5070 | Stochastic Processes | 3.0 | Published under General Electives (6 units) |
| SDS 5071 | Advanced Linear Models | 3.0 | Published under General Electives (6 units) |
| SDS 5130 | Linear Statistical Models | 3.0 | Published under General Electives (6 units) |
| SDS 5155 | Time Series Analysis | 3.0 | Published under General Electives (6 units) |
| SDS 5210 | Statistical Computation | 3.0 | Published under General Electives (6 units) |
| Total | 30 |
- Complete 30 approved graduate credit hours.
- Follow the published choice among the AI engineering project sequence.
- Confirm approved electives, prerequisites and the plan of study with the academic unit.
Use the required sequence to establish readiness for Ai Foundations, then choose electives that deepen data and compute infrastructure instead of creating several disconnected introductions. The official plan of study remains the authority for what can count together.
WashU can revise course availability and approved lists. Recheck every code, credit value, campus offering and culminating route before accepting an offer, especially where the catalogue publishes an area rather than a closed list of named electives.
Should an Indian applicant shortlist the WashU MS Artificial Intelligence Engineering?
Shortlist the WashU MS Artificial Intelligence Engineering when your transcript already supports programming, algorithms, linear algebra and probability, your intended work uses data and compute infrastructure and the full INR 1.49 crore plan is fundable without depending on uncertain work income. Each of those remains a separate threshold.
The strongest case connects Ai Foundations to Machine Learning Systems, then uses the culminating route to create inspectable proof. That is a clearer reason to choose this programme than a general wish to study at a large US university.
Applicants should not choose MS Artificial Intelligence Engineering for work-authorisation assumptions alone. The 30-credit course must justify the INR 1.49 crore planning case before flights and a housing deposit; WashU publishes no guaranteed job, salary or sponsorship outcome for this exact degree.
- WashU MS Artificial Intelligence Engineering is a 30-credit, full-time in-person master's at St. Louis, Missouri.
- Academic review weighs the complete record and preparation in programming, algorithms, linear algebra and probability.
- The working English reference is IELTS 6.5 or the published CEC TOEFL alternative.
- The working Fall 2027 point is fall full-time deadline 1 march 2027; recurring early-decision date 31 december.
- The conservative full-programme planning case is USD 155,136, about INR 1.49 crore.
- STEM-OPT eligibility can support an extension application but does not guarantee employment or sponsorship.
Frequently asked questions
How much is WashU MS Artificial Intelligence Engineering for an Indian student?
The current planning total is USD 155,136, about INR 1.49 crore. It includes minimum-credit tuition, programme fees, 18 months of living costs, SHIP, application, SEVIS and visa fees, but excludes flights, exchange spreads and a housing deposit.
What GPA is required for WashU MS Artificial Intelligence Engineering?
WashU publishes holistic programme review rather than a universal admission GPA floor. The school can still assess subject preparation, statements, recommendations and the complete file. A stronger transcript does not replace missing prerequisite work for the named curriculum.
Is WashU MS Artificial Intelligence Engineering available full time on campus?
Yes. WashU lists an in-person option at St. Louis, Missouri, and this page covers full-time campus study only. Some selected WashU degrees also advertise an Online modality. Do not transfer the F-1 visa, campus-cost or STEM-OPT assumptions here to an online enrolment without checking the university and immigration rules.
What is the Fall 2027 deadline for WashU MS Artificial Intelligence Engineering?
The working programme point is fall full-time deadline 1 march 2027; recurring early-decision date 31 december. Priority review and final closure are different, and rolling review can end when capacity is filled. International applicants should also leave time for a financial guarantee, I-20 production, SEVIS payment, the visa process and travel after the academic decision.
Is WashU MS Artificial Intelligence Engineering STEM-OPT eligible?
WashU marks the degree STEM designated. An eligible F-1 graduate can normally use up to 12 months of post-completion OPT and may apply for a 24-month STEM extension when the degree, employer, timing and reporting rules are satisfied. Eligibility is not a job, salary, sponsorship or visa guarantee.
What should an Indian applicant prepare for WashU MS Artificial Intelligence Engineering?
Prepare complete academic records, official English translations where needed, accepted English evidence and every programme-specific item on the degree page. Map previous study to programming, algorithms, linear algebra and probability. Add the statement, CV, recommendations or test scores the programme requests, then keep funding proof ready for the post-admission financial guarantee.
Sources
These sources support the programme, admission, cost, experience and immigration information used on this page.
Sources checked on September 30, 2026. Current intake information follows. Fall 2027 full-time in-person.
| No. | Source | Evidence role |
|---|---|---|
| 01 | WashU 2026-27 Bulletin, Artificial Intelligence Engineering, MS (CSE) | Core programme evidence |
| 02 | WashU 2026-27 school tuition and fees | Core programme evidence |
| 03 | WashU graduate cost of attendance | Core programme evidence |
| 04 | WashU school admission requirements | Core programme evidence |
| 05 | WashU English proficiency requirements | Core programme evidence |
| 06 | ICE SEVIS I-901 fee | Core programme evidence |
| 07 | US Department of State visa fees | Core programme evidence |
| 08 | USCIS Optional Practical Training | Core programme evidence |
| 09 | USCIS STEM OPT extension | Core programme evidence |
| 10 | Research Organization Registry, Washington University in St. Louis | Core programme evidence |
| 11 | European Central Bank reference rates | Core programme evidence |
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