DTC Enhancement for Induction Motor via CHB Inverter

I am currently conducting a study focused on enhancing the performance of induction machines through the implementation of the Direct Torque Control (DTC) methodology. The objective of this project is to substitute the traditional Voltage Source Inverter (VSI) in the DTC framework with a Cascaded H-Bridge (CHB) multilevel inverter. This switch is intended to bring about significant improvements in the overall system performance, specifically:

-Reducing torque and flux ripples
-Minimizing machine vibration and noise

The ideal candidate will be responsible for developing a detailed Simulink model, incorporating all necessary components for both the DTC and CHB inverters. I will provide my existing DTC model and a relevant research paper that outlines the new method to serve as references.

Key Requirements:
-Effective implementation of the CHB multilevel inverter within the DTC model
-Creation of a detailed Simulink model with intricate component modeling

Candidate Profile:
-Deep understanding and expertise in drive control systems
-Proficiency in Simulink and control modeling for induction machines
-Prior experience with multilevel inverters and direct torque control is crucial

Please note that the most critical aspect of this project is the reduction of torque and flux ripples. We will need to discuss and agree upon specific parameters or values for torque and flux, as I do not have predetermined targets but would prefer to avoid industry standard values. A detailed level of component modeling will be required in the Simulink model, with the ability for the model to be customizable to switch between a high-level component overview and detailed component modeling.

When applying, I would appreciate if you could share your relevant experience and examples of similar projects you have undertaken.