Tweaks and Typofixes

_includes/_additional_links_leftpane.html

@@ -15,5 +15,5 @@
         </p>
         <p style="font-size: 14px" class="text-left">
 
-            <a style="color:#b5bec9;font-size:0.8em; float:left;" href="translation/" target="_blank">Translation</a>
+            <a style="color:#b5bec9;font-size:0.8em; float:left;" href="translation/" target="_blank">/Translation/</a>
         </p>

consultancy.md

@@ -1,5 +1,5 @@
 ---
-layout: resume
+layout: page
 menuorder: 4
 menutitle: Consultancy
 ---

index.md

@@ -24,7 +24,7 @@ This work is supported by generous grants from DST and ANRF (erstwhile SERB), al
 
 ### Teaching
 
-I teach theory and laboratory courses at the undergraduate and postgraduate level in Power Electronics, Drives, Renewable Energy, Electric Vehicles, and Embedded Control. For more details see [here](/teaching.html) 
+I teach theory and laboratory courses at the undergraduate and postgraduate level in Power Electronics, Drives, Renewable Energy, Electric Vehicles, and Embedded Control. For more details see [here](teaching/)  
 
 ### Training and Consultancy
 

research.md

@@ -8,13 +8,36 @@ menuorder: 2
 ## Ongoing Research
 
 ### Modular and Multilevel Converters
-One of the
+Cascaded H-Bridge (CHB) multilevel inverters are popular because of
+their inherent modularity, scalability, and efficient voltage
+translation capability. Carrier-based modulation schemes such as
+Level-Shifted PWM (LSPWM) are simple and easy to implement but result in
+extreme disparity in processed power among the modules. This unequal
+loading and non-uniform semiconductor loss results in unequal thermal
+stress, accelerating premature failures in over-stressed modules.
+Space-vector and switching angle adjustment schemes can remedy this but
+can be computationally impractical for higher-order CHBs.
+
+Our work has led to the development of new, computationally efficient
+carrier-reassignment schemes for 9-level and 17-level 
+CHB inverters to achieve near-perfect real and reactive power balance across
+modules over the entire power factor range. Further, semiconductor loss analysis
+shows that conduction and switching losses are also equalized
+across the topology. A simple combinational circuit is also developed to balance the zero-state conduction losses without introducing additional switching. 
+
+A 9-level CHB Power stage is developed for hardware testing and detailed loss models are
+made in Real-time simulation using the state-of-the-art OpalRT HIL Platform.
+
+![9L Hardware]({{ site.github.url }}/images/9L-Hardware.png "9-Level Inverter Hardware")
+
+![9L Hardware]({{ site.github.url }}/images/9LWaveform.png "Hardware Tests: 9L Inverter in Grid-connected Mode")
 
 ### Magnetics Design for Power Harvesting
-This is a temporary placeholder
+Patent Pending:<br>
+A power harvester for line-crawling robots for Live Powerline inspection
 
-### Power Converters for EV Chargers
-This is a temporary placeholders
+![FEA Analysis]({{ site.github.url }}/images/FEM.png "Hardware Tests: 9L Inverter in Grid-connected Mode")
 
-### Real-time Simulation and Hardware-in-Loop Testing
-This is a temporary placeholders
+
+
+[//]: # ### Power Converters for EV Chargers and ### Real-time Simulation and Hardware-in-Loop Testing

teaching.md

@@ -5,29 +5,6 @@ menutitle: Teaching
 menuorder: 3
 ---
 
-I am an Assistant Professor in the Department of [Electrical, Electronics, and Communications Engineering](http://ee.iitdh.ac.in) at the [Indian Institute of Technology at Dharwad](https://iitdh.ac.in/). I am a part of the [Power and Energy group](https://sites.google.com/iitdh.ac.in/peg-iitdh) where I conduct research in power electronics, renewable energy systems and electric mobility.
-
-
-I completed my M. Tech. (Electronics Design) and Ph.D (Power Electronics and Drives) from the [Department of Electronic Systems Engineering](https://iitdh.ac.in/kabhijit/dese.iisc.ac.in) (formerly CEDT) at the [Indian Institute of Science, Bangalore](https://iitdh.ac.in/kabhijit/iisc.ac.in). I was a postdoctoral fellow in the US, at the [University of Minnesota, Twin Cities](http://umn.edu/) and at the [Oak Ridge National Lab](https://www.ornl.gov/), Tennessee.
-
-### Research
-
-My work aims to enable equitable, sustainable and economical use of clean energy. My current focus areas include power electronic converter topologies and controls, grid-integration of renewables, and converters for electric vehicles.
-
-I am currently working on control schemes for modular converter topologies, soft-switched converters and power converters for EV chargers. The work is hardware-focused: we develop new topologies and control schemes, built converter prototypes, and implement the controllers using
-microcontrollers, DSPs and FPGAs. We also have a high-end Power Hardware-in-Loop platform which we
-use for our work on Grid-tied inverters.
-
-This work is supported by generous grants from DST and ANRF (erstwhile SERB), along with substantial support from several industry partners.
-
-### Teaching
-
-I teach theory and laboratory courses at the undergraduate and postgraduate level in Power Electronics, Drives, Renewable Energy, Electric Vehicles, and Embedded Control. For more details see [here](/teaching.html) 
-
-### Training and Consultancy
-
-I work with industry partners on a wide variety of collaborative efforts. Please email me with your specific requirements for more information. [Here](/consultancy/) are some additional details.
-
 
 ###### Autumn 2022
 
@@ -79,8 +56,4 @@ This course will cover many of the design choices and decisions that product des
 *   Advanced topics in Power Conversion
     
 
-This will be a graduate topics course covering advanced topics in power conversion topologies, such as power semiconductor device characteristics and behaviour, advanced concepts in design of magnetics for power converters; resonant, soft switching and wireless power transer.
-
-### Outreach
-
-I have worked with grassroots organisations and non-profits in Bangalore and Minneapolis/St. Paul for public education on energy and renewables, and helping with community engagement. If you are involved with such efforts, especially in North Karnataka, I would love to know more and get involved.
+This will be a graduate topics course covering advanced topics in power conversion topologies, such as power semiconductor device characteristics and behaviour, advanced concepts in design of magnetics for power converters; resonant, soft switching and wireless power transer.