Flowthermolab

Course of the Month – June 2026: OpenFOAM Programming

Take your OpenFOAM skills to the next level this June!

This course is designed for engineers, researchers, and developers who want to go beyond standard CFD simulations and learn how OpenFOAM works under the hood.

What You'll Learn:
✔ Build and modify your own OpenFOAM solvers
✔ Understand core OpenFOAM libraries and data structures
✔ Automate simulations using scripting
✔ Create custom boundary conditions and turbulence models
✔ Debug, optimize, and improve code performance

Whether you're looking to customize OpenFOAM for research or industrial applications, this course will help you develop the programming skills needed to unlock its full potential.

🎁 June Special Offer

Use coupon code "JUNE" at checkout and get 30% OFF.
Very limited seats!

📌 Enroll Here: https://www.flowthermolab.com/courses/openfoam-programming-course/

🏆 Student of the Month – May 2026 🏆

At Flowthermolab, we believe in recognizing students who consistently demonstrate dedication, enthusiasm, and a commitment to learning.

We are delighted to announce Ahmed Ali as our Student of the Month for May 2026. 🎉

Throughout the CFD Mentorship Program, Ahmed has stood out through:
🔹 Consistent effort in building strong CFD fundamentals
🔹 Active participation in technical discussions and live sessions
🔹 A positive attitude towards learning and continuous improvement
🔹 Strong commitment to personal and professional growth

His willingness to learn, ask questions, and continuously improve makes him a deserving recipient of this recognition.

Congratulations, Ahmed We are proud of your progress and look forward to seeing your continued success in the CFD field. 🚀

Introducing Flowthermolab’s First AI/ML in Fluids Cohort

AI is rapidly transforming the future of CFD and Fluid Mechanics — and the engineering industry is moving towards data-driven simulation workflows faster than ever before.

To help engineers, researchers, and students stay ahead of this transition, we are excited to officially launch our first-ever AI/ML in Fluids Cohort Program.

This live cohort will be led by internationally recognized experts:

🔹 Prof. Ricardo Vinuesa – University of Michigan, USA
(one of the leading researchers in AI for Fluid Mechanics)

Along with:
🔹 Prof. Sergio Hoyas – UPV, Spain
🔹 Dr. Azeddine Rachih – Eramet, France
🔹 Nishant Soni – AMD HPC-AI

Designed for CFD engineers, researchers, students, and professionals who want to start learning AI/ML for Fluids from scratch.

This is not just a theory-based course. The cohort focuses on practical implementation and real engineering applications.
✔ Python, TensorFlow & PyTorch
✔ CNNs, RNNs, POD, DMD & Autoencoders
✔ Real datasets & hands-on projects
✔ AI applications in CFD & Fluid Mechanics
✔ Live interactive sessions with experts

First Batch Starts: 15 June 2026
Duration: 3.5 Months | 60+ Hours Live Sessions
Limited Seats Only

Early Bird Coupon: COHORTAI

Program Details & Registration: https://www.flowthermolab.com/ai-ml-for-fluids-a-cohort/

Course of the Month – May 2026: UDF in ANSYS Fluent

Take your CFD skills to the next level by mastering User Defined Functions (UDFs) in ANSYS Fluent. This course is designed for engineers and researchers who want to go beyond standard solver capabilities and build fully customized simulations.

🔧 What you’ll learn:
• Write and implement UDFs in ANSYS Fluent
• Customize boundary conditions, source terms, and material properties
• Understand essential C programming for UDF development
• Apply UDFs to solve real-world CFD problems

🎁 Special Offer
Use code UDFMAY at checkout and get 30% OFF — limited time only!

👉 Enroll here:
https://www.flowthermolab.com/courses/udf-user-defined-function-ansys-fluent/

Start building smarter, more flexible simulations today 🚀

Registrations Open: 8th Batch of Flowthermolab’s CFD Mentorship Program

Looking to build a strong career in Computational Fluid Dynamics (CFD)?

Flowthermolab’s flagship 6-month live CFD Mentorship Program is now open for registrations. Designed for students, researchers, and working professionals, this industry-focused program starts from fundamentals and progresses toward real-world CFD applications and projects.

What you will gain:

✅ Strong CFD fundamentals
✅ Programming for CFD applications
✅ Hands-on training in ANSYS Fluent & OpenFOAM
✅ Real-world CFD projects & internship exposure
✅ Access to HPC infrastructure and cloud computing
✅ Domain specialization & placement assistance

Over the past batches, many learners have successfully transitioned into CFD roles in leading companies and research organizations across the globe.

Our approach is simple — mastering CFD requires strong fundamentals, consistency, and practical engineering exposure. This mentorship is structured to help participants build real industry-ready skills through guided learning and project-based experience.

⚠️ Limited seats to ensure interactive and effective learning.

📢 Join our FREE Orientation Session to learn more about the program structure, projects, and career opportunities in CFD.

🔗 Registration Link: https://www.flowthermolab.com/cfd-mentorship-program/

Theodore von Kármán: The Visionary Behind Modern Aeronautics and Fluid Dynamics

Professor Theodore von Kármán was a visionary scientist who seamlessly bridged the gap between theoretical physics and the practical implementation of fluid dynamics and aerodynamics. As one of the brightest students of Professor Ludwig Prandtl, von Kármán significantly advanced the understanding of boundary layer theory, building upon Prandtl's foundational work. His exceptional expertise and innovative approach were instrumental in establishing the Jet Propulsion Laboratory (JPL) in 1943, where he led groundbreaking research in missile technology and space exploration. Von Kármán's contributions not only propelled advancements in aerospace engineering but also laid the groundwork for future developments in both military and civilian space technologies.

Theodore von Kármán once said, "The scientist describes what is; the engineer creates what never was." While he was living, von Kármán was adamant that he be called an engineer; not a scientist.

Read the full blog here: https://www.flowthermolab.com/theodore-von-karman-the-visionary-behind-modern-aeronautics-and-fluid-dynamics/