Online Course on
Computational fluid dynamics (CFD) for engineering applications
A structured online programme from IISc that aims to build a strong foundation in CFD and its engineering applications, focusing on Fluid flow physics, Numerical methods, Real-world simulation skills.
Course at a Glance
Know the Course Instructor
Prof. Ratnesh K. Shukla
Professor in the Department of Mechanical Engineering at the Indian Institute of Science (IISc), Bengaluru, with expertise in Computational Fluid Dynamics (CFD), numerical methods, and high-performance computing. His research focuses on developing advanced and high-order numerical techniques for accurately simulating fluid flow, heat transfer, and complex multiphysics problems. He has worked extensively on turbulence modeling, large-scale simulations, and efficient computational algorithms. His work finds applications in areas such as aerospace, energy systems, and process engineering. In addition to his research contributions, he is actively involved in teaching and mentoring students in CFD and related subjects. He has guided several research projects and continues to contribute to both academic and industry-oriented advancements. Through his courses and training programs, he helps learners gain strong theoretical knowledge along with practical simulation skills.
Objectives of the Course
Provides a solid foundation in CFD fundamentals including fluid dynamics, numerical methods, turbulence, and Multiphysics while emphasizing their practical application.
Participants will gain hands-on experience with industry-standard tools, focusing on the selection of appropriate models, numerical methods, and the evaluation of result quality.
Learning through lectures, case studies, and assignments with practical exercises.
Participants will develop the expertise required for designing, executing, and interpreting CFD simulations that address real world engineering challenges across a range of sectors.
Course Syllabus
CFD Fundamentals, Discretization and Meshing, nSolver methods, validation and verification, nturbulence, heat transfer, and multiphysics, RANS, LES, DES models, multiphase and nreacting flows, software practice, setting up and nrunning simulations, best practices in pre and post nprocessing, applications across automotive, naerospace, energy and process domains, advanced ntopics (HPC, data-driven CFD).
Who Can Apply & Who Can Benefit?
Who Can Apply?
- Bachelor’s (B.E., B. Tech) or Masters (M.E./M. Tech/M.Sc) degree
Who Can Benefit?
- Designed for mechanical, aerospace, automotive, energy, process, and environmental engineers, this course equips participants with the theoretical foundation and practical CFD skills needed to model, analyze, and optimize complex fluid flow and heat transfer systems.