Invited Lectures

After joining IISc(2016-Present)

  1. 'Fully printed smart sensor patch with on-chip power source and interface electronics' APSCON 2025, Hyderabad, January 2025'

  2. 'Low temperature Processed printed electronics based on 2D semiconductors' i-COLD, IIT Hyderabad, March 2025

  3. 'A fully printed sensor patch with readout electronics and on-chip power source' 1st ISPEC, Chandigarh, March 2024

  4. 'Inkjet-printed super-flexible oxide electronics and its application at the sensor interfaces' IWPSD 2023, IIT Madras, December 2023'

  5. 'Inkjet printed low temperature cured oxide electronics on PET and paper substrate' MRSI 2023, IIT BHU, December 2023

  6. "Printed 2D electronics with predominant intra-flake transport", 11th ICMAT, Singapore, June 2023

  7. "Printed 2D electronics with predominant intra-flake transport", 37th Aachen Graphene Center Seminar, RWTH Aachen, Germany, June 2023

  8. "Inkjet-printed super-flexible oxide electronics and its application at sensor interfaces" CM@S lecture at University of Wuppertal, Germany, May 2023

  9. "Low temperature curable silver nanoink for PET/paper/glass/textile substrates" 1st Silver conference, Jaipur, India, April 2023

  10. "Low temperature processed printed electronics based on 2D semiconductors" IUMRS 2022, IIT Jodhpur, India, December 2022

  11. "Fully-printed, ultra-flexible and low temperature processed oxide electronics" ICEE 2022, Bangalore, India, December 2022

  12. "Printed, oxide-based unipolar pseudo-CMOS electronics" IFETC 2022, Qingdao, China, August 2022

  13. "Fully printed, ultra-flexible and low temperature processed oxide electronics" SCDT Flex-E center webinar, IIT Kanpur, April 2022

  14. "‘Emerging Electronic Materials and Devices: Flexible and Printed Electronics’ AICTE training and learning academy (ATAL) FDP lecture, Ramaiah Institute of technology, Bangalore, July 2021

  15. ‘Fully printed vertical transport edge FETs for high power oxide electronics’ EDTM 2020, Penang Malaysia, March 2020

  16. ‘Printed, flexible and high power FETs and circuits’ FlexEV 2020, Manipal University Jaipur, March 2020

  17. ‘Printed high power and flexible FETs based on organic/ inorganic hybrid semiconductors’ Workshop on 3D and heterogeneous system integration, IISc, January 2020

  18. ‘Printed high power and flexible FETs based on organic/ inorganic hybrid semiconductors’ ICANN 2019, IIT Guwahati, December 2019

  19. ‘Printed electronics for mass production of functional devices and automation’ Indo-German workshop on Recent Advances in Nanoscience and Nanotechnology, IIT Madras, March 2019

  20. 'Solution-processed switches' Empa- Swiss Federal Laboratories for Materials Science and Technology, February 2019

  21. 'Solution-processed switches' Karlsruhe Institute of Technology (KIT), February 2019

  22. 'Electrochemical control of physical properties of materials' NSEMD-2018, CSIR-CSMCRI, Bhavnagar, September 2018

  23. ‘Printed Oxide Electronics: Present Status and Future Prospects’ Central University of Karnataka, Gulbarga, February 2017

  24. ‘Printed and Electrolyte-Gated Oxide Electronics’ ICEE 2016: 3rd IEEE conference on Emerging electronics, IIT Bombay, Mumbai, India, December 2016

  25. ‘Printed and Electrolyte-Gated Oxide Electronics’ IMID 2016: 16th International meeting on Information Display, Jeju, Korea, August 2016



    26. Before IISc (2006- 2016)

  26. ‘Tunable electronic transport in nanoporous carbon: a step towards bulk field effect devices’ IMRC: XXIV International Materials Research Congress, Cancun, Mexico, August 2015

  27. ‘Printed Inorganic Electronics’ Invited Tutorial, Cusanuswerk: Symposium on Modern Printing, Burg Wildenstein, Germany, May, 2015

  28. ‘Printed and low-temperature processed oxide electronics’ ICEE: an IEEE conference, Bengaluru, India December 2014

  29. ‘Printed electronics from inorganic oxide nanomaterials’ BASF, Germany, June 2014

  30. ‘Printed and low-temperature processed oxide field-effect transistors’ EMRS spring meeting, Lille, France, May 2014

  31. ‘Electrochemical field-effect & ion-exchange: Unconventional approach to tune functional properties of nanomaterials’ Physical & Life Science Directorate, Lawrence Livermore National Laboratory, Livermore, CA, USA, February, 2014

  32. ‘Intercalation-driven control of magnetism in bulk ferromagnets’ Department of Physics, University of Duisburg-Essen, Germany, October, 2013

  33. ‘Low temperature processing of printed field effect transistors based on inorganic nanostructures’ AMPC 2013, Chennai, India, February, 2013

  34. ‘Revisit to electrochemical gating: Fast enough for printed electronics?’ ICCAD, 2012, Embedded Tutorial: Printable Electronics, San Jose, California, USA, November 2012

  35. ‘Revisit to electrochemical gating: Fast enough for printed electronics?’ IISER, Kolkata, India, October, 2012

  36. ‘Printed Electronics at Karlsruhe Institute of Technology: Electrochemical gating and oxide electronics’, Schwabinger Druck & Repro, Germany, June, 2012

  37. ‘Electronically Tunable Nanostructures’, School of Material Science and Engineering, Nanyang Technological University (NTU), Singapore, February, 2012

  38. ‘Electrochemically tunable transport in metals and metal-like oxides’, Evonik GmbH, Marl, Germany, January, 2008