Online course on Turbomachinery I (3:0)
Last day to apply: 27 July 2025
Master Turbomachinery Fundamentals: Turbomachinery I Course by IISc Faculty (Aug-Dec 2025)
Unlock the power of turbomachinery with our comprehensive “Turbomachinery I” proficience course at the Centre for Continuing Education (CCE), Indian Institute of Science (IISc), Bengaluru. Designed for Mechanical and Aerospace Engineering graduates, this course provides a rational framework to bolster your understanding of aerothermodynamics in turbomachinery and aeroengines. Taught by Prof. O.N. Ramesh from the Dept. of Aerospace Engineering, this program is ideal for gas turbine and turbomachinery design engineers and academics looking to deepen their expertise.
Why Choose This Course?
- Gain foundational knowledge crucial for advanced studies in aeroengine turbomachinery.
- Learn from renowned faculty at a premier Indian institution.
- Enhance your career prospects in gas turbine and turbomachinery design.
Objectives
To introduce Turbomachinery fundamentals in a rational framework so as to bolster the Aerothermodynamics of turbomachinery in general and Aeroengines in particular. This is expected to be followed up by a second course in Aeroengine turbomachinery.
Syllabus
Introduction
Dimensional Anlaysis and Simillitude
Cascade flows
Axial Flow Turbines
Axial Flow Compressors
Centifugal pumps and compressors
Aerothermodynamics of Jet propulsion
Course Plan
Week 1 – 2
Introduction
Dimensional Anlaysis and Simillitude
Cascade flows
Weeks 3-6
Axial Flow Turbines
Weeks 7-10
Axial Flow Compressors
Weeks 11-14
Centifugal pumps and compressors
Weeks 15-18
Aerothermodynamics of Jet propulsion
Number of credits – 3:0
Mode of Instruction
Online Classes
Duration
AUG-DEC 2025
Class start date
5th August 2025
Timings of the class
Tuesday and Thursday (6.30PM to 8.00PM)
Course Fee
₹ 15000 (Excluding 18% GST)
Particulars | Amount (in ₹) |
Course Fee | 15,000 |
Application Fee | 300 |
GST@18% | 2,754 |
Total | 18,054 |
Who Can apply?
B E Mechanical or Aerospace Engineering
Pre-requisites:
Basic courses in Fluid Mechanics Gas Dynamics and Thermodynamics
Who will benefit
Gas Turbine and Turbomachinery design Engineers and Academics