GPREC-IEEE-15721-PES and COMSOC chapter Event-Invited Lecture

#Invited #lecture #MOEMS #GPREC #Kurnool
Share

Micro-opto-electro-mechanical system (MOEMS) technology

This event is an invited lectur on Micro-opto-electro-mechanical system (MOEMS). The target audience for this event is Students and Faculty of ECE, EEE, MECH

MOEMS technology promises compact and functional devices for applications ranging from optical communications to optical sensors.  In this presentation,  common types of MOEM sensors such as for pressure, vibration, rotation, acceleration and  force are reviewed  along with their structure and performance. The focus here is on sensors based on light guidance in integrated optical waveguide devices controlled by MEMS structures.  Recently there is considerable interest in integrated optic ring resonators and photonic bandgap structures  as they provide wavelength and spectral based measurements, along with providing more compact structures.   Here we present our recent work on two types of MOEMS sensors.


  Date and Time

  Location

  Hosts

  Registration


  • Start time: 08 Feb 2019 05:00 AM UTC
  • End time: 09 Feb 2019 06:30 AM UTC
  • Add_To_Calendar_icon Add Event to Calendar
  • Auditorium
  • G.Pulla REddy ENgg College (Autonomous)
  • Kurnool, Andhra Pradesh
  • India 518007
  • Building: First floor (Above Food Court)
  • Contact Event Host

  • yvsreddy_123@rediffmail.com

  • Co-sponsored by IEEE Photonics Society, IEEE Hyderabad Section

  Speakers

Prof T Srinivas of IISc Benagluru

Topic:

Micro-opto-electro-mechanical system (MOEMS) technology

Micro-opto-electro-mechanical system (MOEMS) technology promises compact and functional devices for applications ranging from optical communications to optical sensors.  In this presentation,  common types of MOEM sensors such as for pressure, vibration, rotation, acceleration and  force are reviewed  along with their structure and performance. The focus here is on sensors based on light guidance in integrated optical waveguide devices controlled by MEMS structures.  Recently there is considerable interest in integrated optic ring resonators and photonic bandgap structures  as they provide wavelength and spectral based measurements, along with providing more compact structures.   Here we present our recent work on two types of MOEMS sensors.

Biography:

Dr T. Srinivas is an Associate Professor in ECE Dept, IISc. His research interest is in optical communications, specifically, photonic integrated circuits, with application to optical biosensors and quantum communications. He obtained B.Sc(Hons) from New Science College Hyderabad (1983), ME (Integrated) & PhD from IISc (1987,1993) and was a post doc at Toyohashi University of Technology, Japan during 1992-96. He has written 50 journal papers and 100 conference papers and guided 25 Ph D Students. He has taken up several sponsored research projects. He was the Chairman, GATE, IISc zone during 2010-13. He is a member of NBA expert team and visited 20 colleges. He is a member of IEEE communications society and IEEE photonics society, SPIE, SIAM, IETE, etc. He has started 15 IEEE student branches in Karnataka and 10 IEEE society chapters. He has given 100 lectures at various Engineering colleges, on photonics, IEEE and related topics.

Email:

Address:ECE Dept, IISc, , Benagaluru, India




Invited Lecture