Key courses in Advanced Courses in Engineering, GE Renewable Energy:

A-Course:

• Wind and hydro fluids

• Atmospheric wind and performance

• Micrositing

• Wind acoustics

• Aerodynamics

• Python programming

• Blade design

• Composite structures

• Structural design

• Wind turbine controls and operability.

B-Course:

• Systems thinking

• Finance for engineers

• Project management for engineers

• Teamwork and communication

• Intellectual property and innovative thinking

• Product lifecycle management

• Simulation tools for multi-body dynamics of wind turbines

• Design for reliability

• Should cost and value estimation

• Carbon neutrality

Graduate courses:

• Advanced Fluid Mechanics

• Introduction to Turbulence

• Computational Techniques in Applied Mechanics

• Dynamic Fluid-Structure Interaction

• Foundations of Computational Fluid Dynamics

• Introduction to Research

Short-term courses:

• Foundations of computational engineering through multi-grid methods. Course co-organized by the Department of Applied Mechanics and Department of Mathematics, IITM (Sep'2018).

• Instability methods in hydrodynamics, GIAN course offered by Department of Mathematics, IITM (Dec'2017).

Teaching assistant:

• Strategies for Professional Growth at IITM, Fall'2018.

• Introduction to Turbulence at IITM, Spring'2018.

• Turbulence Modelling at IITM, Fall'2017.

Online courses (audit):

• Programming for everybody (Getting started with python), Coursera

• Python for data science, EdX

• Fundamentals of waves and vibrations, Coursera

• Wind energy, Coursera.