Online Graduate Certificate in Computational Fluid Dynamics
Advance your career with KU’s Online Graduate Certificate in Computational Fluid Dynamics. This flexible program helps working professionals build skills in construction leadership, project delivery, and risk management.
Online Graduate Certificate • Aerospace Engineering
What Is the Online Graduate Certificate in Computational Fluid Dynamics?
KU's online graduate certificates provide an affordable, flexible way to build specialized engineering expertise in just 12 credit hours. Coursework may be eligible to transfer toward a related KU graduate degree, though admission to a master's or doctoral program requires a separate application and approval.
Gain advanced knowledge in computational fluid dynamics and learn to apply simulation tools effectively within the engineering design process. Through focused study of fluid flow modeling, aerodynamics, turbulence, and scientific computing, this certificate helps engineers develop specialized expertise in computational analysis and simulation-driven problem solving.
See the Graduate Certificate in Computational Fluid Dynamics in the KU catalog for courses and requirements.
Program requirements verified against the 2026–27 KU Academic Catalog. Last reviewed August 2026.
Certificate at a Glance
Everything a practicing professional usually scrolls to find, before you have to scroll.
Career outcomes
What Can You Do with a Graduate Certificate in Computational Fluid Dynamics?
CFD is the method behind almost every modern flow prediction, from an inlet to a data center cooling loop. Lightcast counts 31,416 U.S. jobs in the occupations this field serves, with 2,538 openings projected every year through 2030 and median earnings of $130,062, the highest of any KU engineering certificate.
A graduate certificate in computational fluid dynamics is a short, focused post-baccalaureate credential in the numerical simulation of fluid flow and heat transfer. At KU it requires four graduate courses and 12 credit hours: the core CFD course plus three electives drawn from compressible aerodynamics, turbulent flows, advanced CFD and heat transfer, and two scientific computing courses.
Source for all labor market figures on this page: Lightcast Q3 2026 Data Set (August 2026), CIP 14.0201 Aerospace, Aeronautical, and Astronautical/Space Engineering, General, United States, filtered to the share of the national workforce in these occupations holding a doctoral or professional degree. The occupation set is architectural and engineering managers, mechanical engineers, electronics engineers except computer, aerospace engineers, and aerospace engineering technologists and technicians. Figures are national aggregates, not KU outcomes, and no figure here is a guarantee of employment or salary.
Where CFD skills are hired
CFD is a method, not an industry, which is why it shows up across four very different settings. Each one applies the same governing equations to a different flow problem, validation standard, and customer.
Aerodynamics, propulsion, and flight vehicles
This is the discipline CFD was built for: external aerodynamics, inlet and nozzle flow, combustor design, and the aero-thermal loads that size a propulsion system. Propulsion engineer is one of the most-posted specialist titles in this occupation set, and the largest posting employers are aerospace primes.
- Aerospace EngineerAirframe, propulsion, and flight vehicle design4,167 jobs · 326 annual openings · $64.93/hr median · +5.2% by 2030
- Propulsion EngineerEngine, rocket, and combustion system development2,942 unique job postings, Jan 2010–Jul 2026
- Aerodynamics EngineerExternal flow, loads, and performance predictionSimulation skills named in 33,606 postings, 13.9% of this occupation set
- Thermal Analysis EngineerHeat transfer and thermal managementPhysics named in 60,790 postings, 25.2% of this occupation set
Thermal systems and mechanical design
Mechanical engineering is the single largest occupation and the single most-named skill in this set. Cooling electronics, managing thermal loads, and predicting flow through mechanical systems are CFD problems that sit well outside aerospace, which is what makes this credential portable.
- Mechanical EngineerThermal, fluid, and mechanical systems design10,601 jobs · 814 annual openings · $50.05/hr median · +10.7% by 2030
- Mechanical Design EngineerProduct and component design with flow constraints2,607 unique job postings, Jan 2010–Jul 2026
- Principal Mechanical EngineerSenior technical authority on mechanical systems2,903 unique job postings, Jan 2010–Jul 2026
- Electronics Engineer, Except ComputerThermal management of electronic systems5,893 jobs · 460 annual openings · $62.54/hr median · +9.3% by 2030
Simulation and high-performance computing
Two of the five courses in this certificate are computer science courses, in scientific computing and parallel scientific computing. That is deliberate: modern CFD is a computing problem as much as a fluids problem, and the engineers who can run and scale the solver are scarcer than the ones who can only drive the GUI.
- Research and Development EngineerMethod development and solver validation3,167 unique job postings, Jan 2010–Jul 2026
- Systems EngineerMultiphysics integration and model management2,226 unique job postings, Jan 2010–Jul 2026
- Simulation EngineerModel setup, meshing, and verificationMATLAB named in 36,449 postings, the most-named software in this set
- Computational ScientistParallel and high-performance computingComputer science named in 48,144 postings, 19.9% of this occupation set
Technical leadership and program management
Architectural and engineering managers carry the highest median earnings in this occupation set, and principal engineer is the second most-posted title overall. In simulation-heavy organizations the route into both usually runs through demonstrated analytical depth on hard problems.
- Architectural and Engineering ManagerEngineering program and function leadership10,667 jobs · 922 annual openings · $82.21/hr median · +9.5% by 2030
- Principal EngineerSenior individual-contributor technical authority5,263 unique postings, the second most-posted title in this set
- Engineering ManagerTechnical team and portfolio leadership2,731 unique job postings, Jan 2010–Jul 2026
- Principal Systems EngineerCross-discipline technical leadership1,870 unique job postings, Jan 2010–Jul 2026
What employers screen for
This is the one certificate in the family where the dominant hiring gate is not a license. Across 241,565 unique U.S. postings in these occupations, security clearance is named in 43,542 of them, far more than any professional credential, because so much of this work sits inside defense and national laboratory programs.
- Security Clearance, any level 43,542 postings
- Secret Clearance 25,360 postings
- Top Secret / SCI Clearance 14,206 postings
- Master of Business Administration (MBA) 7,191 postings
- Professional Engineer (PE) License 6,919 postings
- Project Management Professional (PMP) 1,894 postings
Counts are unique U.S. job postings naming each qualification between January 2010 and July 2026. Clearances are sponsored by an employer and generally require U.S. citizenship; they cannot be obtained independently and KU does not sponsor them. We include these figures because clearance eligibility materially shapes which roles in this field are open to a given applicant, and that is worth knowing before you enroll rather than after.
Software employers ask for by name
CFD practice runs on solvers, the languages that script them, and the CAD systems that feed them geometry. These are the tools named most often in postings across this occupation set.
- MATLAB 36,449
- Python 26,811
- C++ 22,641
- SolidWorks 15,204
- Ansys 13,108
- Simulink 9,510
Skills employers hire for
Each percentage is the share of postings in these occupations that names the skill. Simulation at 13.9 percent is the entry this certificate speaks to most directly, and the two EECS courses map onto the computer science line.
- Mechanical engineering 27%
- Physics 25%
- Electrical engineering 24%
- Computer science 20%
- Project management 17%
- New product development 17%
- Systems engineering 16%
- Simulations 14%
- Python 11%
Organizations that hire these skills
Aerospace primes, national laboratories, and semiconductor and consumer hardware companies are the most active recruiters for simulation skills. These ten posted the most unique U.S. openings in these occupations between January 2010 and July 2026.
- Boeing 17,183
- Northrop Grumman 16,019
- RTX 5,502
- Sandia Corporation 4,443
- General Atomics 3,889
- Intel 3,860
- BAE Systems 3,320
- Apple 2,264
- GE Aerospace 2,058
- Gulfstream Aerospace 1,982
Figures are unique job postings per organization across the full occupation set for this CIP. Employer listings reflect national hiring activity and are not placement guarantees or KU partnerships. Full methodology at Lightcast (opens in a new tab).
Curriculum
One Core Course, Three Electives.
Every student takes AE 746 Computational Fluid Dynamics, then selects three electives from five options. Two of those five are computer science courses, which is deliberate: production CFD is a computing problem as much as a fluids problem. To complete the certificate you need a GPA of 3.0 or better in the required courses, and grades of C- and below do not count toward completion.
Required • AE 746 • 3 credits
Computational Fluid Dynamics
The core course. Numerical solution of the governing equations of fluid flow, and the foundation the three electives build on. Every student takes this one.
Then choose three • 9 credits
Select three of five electives
Two fluids courses, one advanced CFD and heat transfer course, and two scientific computing courses. Mix them to match whether your next problem is physics-limited or compute-limited.
The five elective options: select three
Elective. Aerodynamics of compressible flow, the regime where shocks, expansion fans, and density changes govern behavior. Foundational for transonic and supersonic work.
Elective. The physics and modeling of turbulence, which remains the single largest source of uncertainty in almost every practical CFD prediction.
Elective. Advanced CFD methods coupled with heat transfer, extending the core course into conjugate and thermally driven problems.
Elective. Numerical methods and scientific computing practice, the computational foundation that every CFD solver is built on.
Elective. Parallel computing for scientific applications, which is how production CFD problems are actually run at scale.
Course list from the 2026–27 KU Academic Catalog. The official catalog entry is the authoritative source for requirements. Per the catalog, courses offered online are assessed the same way as regular graduate courses, using homework, exams, and projects.
Admissions
Who Can Apply
This certificate assumes you already know fluid mechanics. It is built for practicing engineers extending an existing base, not for engineers meeting the subject for the first time.
- A previous degree in Aerospace Engineering or a closely related field, with a GPA of at least 3.0 on a 4.0 scale.
- An existing understanding of fluid mechanics or aerodynamics. The program is aimed at those with a scientific or engineering bachelor’s degree who are pursuing a professional career and already have a strong engineering base.
- A resume or CV submitted with the application. A Statement of Financial Resources may be required for international students.
- Official transcripts showing the bachelor’s degree and any post-bachelor’s coursework or degrees.
- Proof of English proficiency for non-native English speakers. Applicants to online programs need Full proficiency.
- Applicants who do not meet every requirement but show clear potential may still be considered by the Computational Fluid Dynamics supervisory committee.
To complete the certificate you need a GPA of 3.0 or better in the required courses. Grades of C- and below do not count toward fulfilling requirements. No credits may be transferred from another institution for this certificate.
Next step
How to Apply
Three steps from where you are now to your first course.
Gather your materials
Official transcripts showing your aerospace or closely related degree, your resume or CV, and English proficiency documentation if it applies to you.
Apply online
Submit the KU graduate application as a certificate-seeking student through the graduate application portal.
Plan your four courses
Work with the Department of Aerospace Engineering to sequence the core course and your three electives. Note that two of the five electives are EECS courses.
Not sure whether your degree counts as closely related?
Mechanical, chemical, and civil engineers with real fluid mechanics coursework often qualify, and the supervisory committee can consider applicants who show clear potential without meeting every stated requirement. Send us your background and we will give you a straight answer before you spend time on an application.
Keep exploring
Related KU Engineering Graduate Certificates
Three more 12-credit KU engineering certificates. These are offered by the Department of Civil, Environmental and Architectural Engineering rather than Aerospace, but the analytical kinship with structural analysis in particular is close.
Learn more about this online program
Get more info on admission, deadlines, tuition and financial aid, career paths, and more when you fill out the form below. We’ll be in touch to answer any questions and help you get started.
Before you apply
Computational Fluid Dynamics Certificate Questions, Answered
The questions engineers ask most — including what counts as a closely related degree, why two of the electives are computer science courses, and what this certificate does and does not do for master’s admission.
It is a four-course, 12-credit-hour graduate credential from the University of Kansas in the numerical simulation of fluid flow and heat transfer. You take AE 746 Computational Fluid Dynamics as the core course, then three electives from compressible aerodynamics, turbulent flows, advanced CFD and heat transfer, and two scientific computing courses.
The certificate requires four graduate courses totaling 12 credit hours. Your timeline depends on course load. Many working engineers take one course per semester and finish in about two years, while a heavier load compresses that. The Department of Aerospace Engineering can help you plan a sequence.
AE 746 Computational Fluid Dynamics is the one mandatory core course. You then select three electives from five options: compressible aerodynamics, turbulent flows, advanced CFD and heat transfer, introduction to scientific computing, and parallel scientific computing.
Because production CFD is a computing problem as much as a fluids problem. Introduction to scientific computing and parallel scientific computing cover the numerical methods and parallel execution behind every solver, which is what separates engineers who can scale a simulation from those who only drive the interface.
Admission requires a previous degree in aerospace engineering or a closely related field with a 3.0 GPA, plus an understanding of fluid mechanics or aerodynamics. Mechanical, chemical, and civil engineers with real fluids coursework often qualify. The supervisory committee can also consider applicants who show clear potential.
You need a GPA of 3.0 or better in the required courses, and grades of C- and below do not count toward fulfilling requirements. No credits may be transferred in from another institution, so all four courses are completed at the University of Kansas.
The certificate teaches the numerical methods that commercial solvers implement rather than training on one vendor tool. Across postings in this occupation set, employers most often name MATLAB, Python, C++, SolidWorks, Ansys, and Simulink, all of which rest on the methods covered in the coursework.
No. The catalog states plainly that admission to the certificate does not guarantee admission to the master’s or doctoral programs. If you want to continue you apply separately and must meet the admission requirements of the department and the KU graduate school.
Not to earn the certificate, but it shapes which jobs are open to you. Security clearance is named in 43,542 postings in this occupation set, more than any professional credential, because much of this work sits inside defense and national laboratory programs. Clearances are employer-sponsored and generally require U.S. citizenship.
KU also offers 12-credit certificates in Structural Analysis, Structural Forensics, and Structural Design. Those are offered by the Department of Civil, Environmental and Architectural Engineering rather than Aerospace.