Head of Product Development & Principal R&D Engineer

• Jul 2021 - Present

Teaching Assistant

• Aug 2020 - Jan 2021

Course Name: PRINCIPLES OF DESIGN OF BIOMEDICAL INSTRUMENTATION Course Instructor: Dr. Nitish V Thakor Collaborated with student teams for COVID-19 projects, facilitated discussion rooms, created hands-on sessions, mentored wearable sensors challenges, assisted micro-controller simulations and co-organized the weekly lectures. Course Name: PRINCIPLES OF DESIGN OF BIOMEDICAL INSTRUMENTATION Course Instructor: Dr. Nitish V Thakor Collaborated with student teams for COVID-19 projects, facilitated discussion rooms, created hands-on sessions, mentored wearable sensors challenges, assisted micro-controller simulations and co-organized the weekly lectures.

Biomedical Research Assistant

• Jun 2020 - Jan 2021

Workplace: BIT LAB, JHU Principal Investigator: Dr Xingde Li Animal Apparatus for real-time training with automated reward dispensing feedback mechanism: • Automated the behavioral training of mice with a synchronized video feed and decision making via resistive touch surfaces. • Designed the apparatus with a liquid reward dispenser based on solenoid valves and photodetectors to regulate the drops. • Executed real-time robust physiological data acquisition using Raspberry Pi for consistent data logging and analysis. • BIT lab (JHU) researchers have been equipping this apparatus to conduct behavioral studies on mice. Show less

Graduate Researcher

• Aug 2019 - May 2020

Workplace: Neuroengineering & Biomedical Instrumentation Lab, JHU Principal Investigator: Dr. Nitish V Thakor Automated Myosite Selection using HD-EMG for upper-limb prosthesis control: (pattern recognition) • Assembled the dexterity upper-limb prosthetic hand with a 128 HD EMG carbon nanotubes electrode grid. • Implemented Separability Degree Matrix & KL divergence entropy ranking for movement class clustering. • Coded sparse representation masking on MATLAB to investigate muscle electrode sites for advanced motor control schemes. Show less

Undergraduate Researcher

• Aug 2017 - Jun 2018

Workplace: Medical Instrumentation Lab, NIT Rourkela Principal Investigator: Dr Kunal Pal Thesis: Designing of a biopotential amplifier for the acquisition and processing of subvocal electromyography signals • Built a single channel sub-vocal biopotential amplifier for physiological data (EMG) acquisition to control rehabilitative devices • Utilized standard interfaces (e.g., I2C, USB, SPI) for sensor tools. Program control delivered by LABVIEW/ NI DAQ interface. • Improved the classification accuracy to 97.5% via Multilayer Perceptron (MLP) ANN method using Statistica. Show less

Undergraduate Researcher Intern

• May 2017 - Jul 2017

Workplace: Biomedical Engineering Department, Osmania University. Principal Investigator: Dr Dabbu Suman Co-Investigator: Dr Malini M Continued my work on the mitigation of the drowsy driving project (Grant by Government of India)from 2016 at Osmania University, India Smart Goggles for the drowsiness detection to avoid vehicle accidents: co-authored, ISOI 2016 - Published. • Developed a real-time non-invasive device with IR sensors for monitoring the vigilance status of a vehicle driver. • Applied multidisciplinary knowledge to ideate, build signal conditioning circuits, and evaluate the working prototype. • Engineered a blink detector with an advanced comparator circuit controlled by an 8-bit micro-controller. Show less

Medical Device Trainee

• Dec 2016 - Dec 2016

The entire training was conducted under the supervision of the director of the esteemed organization Dr. Dabbu Suman (Former HOD of BME, Osmania University) which indeed helped us to exploit the market. This research training was primarily focused on the calibration of various biomedical instruments which include Electrical Safety Analyser (ESA 615), Infusion Device Analyser (IDA 4 Plus), etc. The entire training was conducted under the supervision of the director of the esteemed organization Dr. Dabbu Suman (Former HOD of BME, Osmania University) which indeed helped us to exploit the market. This research training was primarily focused on the calibration of various biomedical instruments which include Electrical Safety Analyser (ESA 615), Infusion Device Analyser (IDA 4 Plus), etc.

Biomedical Researcher Intern (Lead)

• May 2016 - Jul 2016

Workplace: Biomedical Engineering Department, Osmania University. Principal Investigator: Dr Dabbu Suman Co-Investigator: Dr Malini M Discrete Wavelet based statistical features of EEG for the detection of drowsiness: presented at ICBME 2016– Published. • Led a team of 4 interns to monitor 40 volunteers and acquired various physiological signals for data logging and data analysis. • Collaborated with neuro-physicians and sleep study experts from Apollo Hospitals, India, for subjective assessment. • Implemented Discrete Wavelet Transform and Decomposition on EEG data to investigate statistical features. • Proposed a unique Drowsiness Index to classify active & drowsy states through beta and alpha wavelets. Show less