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Hi, I’m Swathi Ramasahayam, a VLSI/embedded systems researcher and engineer with a PhD from IIIT Hyderabad. My work centers on non-invasive blood parameter estimation using fingertip photoplethysmography, blending CMOS/analog/mixed-signal design with sensor interfaces to create portable, affordable health sensing solutions. I enjoy translating complex hardware concepts into practical healthcare technologies and collaborating across disciplines to push the boundaries of biomedical electronics. Over the years I have taught Analog Integrated Circuits and Digital Design at BVRIT College of Engineering and gained industry experience as a Mixed-Signal Design Engineer and RF/Analog Design Engineer. I’m motivated by mentoring students, partnering with cross-functional teams, and exploring how hardware innovations can enhance medical diagnostics and everyday sensing technologies.…Hi, I’m Swathi Ramasahayam, a VLSI/embedded systems researcher and engineer with a PhD from IIIT Hyderabad. My work centers on non-invasive blood parameter estimation using fingertip photoplethysmography, blending CMOS/analog/mixed-signal design with sensor interfaces to create portable, affordable health sensing solutions. I enjoy translating complex hardware concepts into practical healthcare technologies and collaborating across disciplines to push the boundaries of biomedical electronics. Over the years I have taught Analog Integrated Circuits and Digital Design at BVRIT College of Engineering and gained industry experience as a Mixed-Signal Design Engineer and RF/Analog Design Engineer. I’m motivated by mentoring students, partnering with cross-functional teams, and exploring how hardware innovations can enhance medical diagnostics and everyday sensing technologies.

Swathi Ramasahayam

Designer, Graphic Designer, Product Designer, +2

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Hi, I’m Swathi Ramasahayam, a VLSI/embedded systems researcher and engineer with a PhD from IIIT Hyderabad. My work centers on non-invasive blood parameter estimation using fingertip photoplethysmography, blending CMOS/analog/mixed-signal design with sensor interfaces to create portable, affordable health sensing solutions. I enjoy translating complex hardware concepts into practical healthcare technologies and collaborating across disciplines to push the boundaries of biomedical electronics. Over the years I have taught Analog Integrated Circuits and Digital Design at BVRIT College of Engineering and gained industry experience as a Mixed-Signal Design Engineer and RF/Analog Design Engineer. I’m motivated by mentoring students, partnering with cross-functional teams, and exploring how hardware innovations can enhance medical diagnostics and everyday sensing technologies.…Hi, I’m Swathi Ramasahayam, a VLSI/embedded systems researcher and engineer with a PhD from IIIT Hyderabad. My work centers on non-invasive blood parameter estimation using fingertip photoplethysmography, blending CMOS/analog/mixed-signal design with sensor interfaces to create portable, affordable health sensing solutions. I enjoy translating complex hardware concepts into practical healthcare technologies and collaborating across disciplines to push the boundaries of biomedical electronics. Over the years I have taught Analog Integrated Circuits and Digital Design at BVRIT College of Engineering and gained industry experience as a Mixed-Signal Design Engineer and RF/Analog Design Engineer. I’m motivated by mentoring students, partnering with cross-functional teams, and exploring how hardware innovations can enhance medical diagnostics and everyday sensing technologies.

Available to hire

Hi, I’m Swathi Ramasahayam, a VLSI/embedded systems researcher and engineer with a PhD from IIIT Hyderabad. My work centers on non-invasive blood parameter estimation using fingertip photoplethysmography, blending CMOS/analog/mixed-signal design with sensor interfaces to create portable, affordable health sensing solutions. I enjoy translating complex hardware concepts into practical healthcare technologies and collaborating across disciplines to push the boundaries of biomedical electronics.

Over the years I have taught Analog Integrated Circuits and Digital Design at BVRIT College of Engineering and gained industry experience as a Mixed-Signal Design Engineer and RF/Analog Design Engineer. I’m motivated by mentoring students, partnering with cross-functional teams, and exploring how hardware innovations can enhance medical diagnostics and everyday sensing technologies.

Skills

VHDL

C++

Python

Experience Level

VHDL

Intermediate

C++

Intermediate

Python

Intermediate

Work Experience

Assistant Professor at BVRIT College of Engineering

April 1, 2022 - April 1, 2022

Teaching Analog Integrated Circuits and Digital Design. Received Govt of India scholarship/funding for PPG Monitoring Measurement project.

Mixed Signal Engineer at SOCtronics, Hyderabad

January 1, 2013 - January 1, 2013

Design and verification of on-chip LDO for a maximum of 20 mA load current. Design and verification of common reference blocks (Band-gap and Reference current generation) in 55nm process. Design and verification of 10-bit ADC operating at 1 Mbps for monitoring applications.

RF / Analog Design Engineer at Dvita Inc, Hyderabad, India

April 1, 2007 - April 1, 2007

Design & Simulation of 1.2 GHz PLL PFD and Charge Pump. Simulations of RF blocks like Mixer, LNA & LPF.

Education

PhD in Electronics and Communications Engineering (Non-Invasive Estimation of Blood Parameters using Fingertip Photoplethysmography) at International Institute of Information Technology, Hyderabad

January 11, 2030 - June 1, 2018

M.S by Research in VLSI and Embedded Systems at International Institute of Information Technology, Hyderabad

January 11, 2030 - December 1, 2011

Bachelor of Technology (Electronics and Communication Engineering) at Bhoji Reddy Engineering College for Women, JNTU, Hyderabad

January 11, 2030 - August 1, 2004