Sahana Srinivas - Biomedical Engineer & Embedded Systems Developer
MS Biomedical Engineering (Georgia Tech 2026) | Embedded Systems | Brain-Computer Interfaces | Medical Device Innovation
Passionate biomedical engineer with expertise in embedded systems, BCI development, and medical electronics. Currently advancing toward MS at Georgia Tech with hands-on experience at Renesas Electronics and groundbreaking projects in neural interfaces.
Expertise & Achievements
Proven technical excellence in embedded systems, medical technologies, and software development with measurable impact
Technical Skills
Programming Languages
C
Python
C++
MATLAB
Embedded Systems
ARM Architecture
FreeRTOS
e2studio
Medical Technologies
EEG
BCG
BCI Systems
Development Tools
Linux
Simulink
LabView
Yocto Project
Innovation Showcase
Demonstrating technical expertise through compelling project case studies that show real-world impact
BCI-Based Hand Rehabilitation System
Developed robotic glove controlled by EEG signals with 95% classification accuracy using SVM and FBCSP algorithms. This innovative system bridges neuroscience and robotics for enhanced patient recovery.
Ballistocardiography Sleep Analysis
Research collaboration with Torrens University on BCG-based sleep stage classification, advancing non-invasive monitoring technologies for better sleep health insights.
Smart Medical Wearables Suite
Created tremor detection device with MPU6050/ESP8266 and smart knee cushion with IMU sensors for osteoporosis monitoring, enabling continuous health tracking.
Professional Journey
A timeline of hands-on experience and academic excellence in biomedical engineering and embedded systems
Renesas Electronics
Embedded Application Intern
Developed FreeRTOS applications with RA microcontrollers, managed Linux-based SoC systems, and implemented communication protocols including SPI, UART, I2C, and CAN. Gained hands-on experience with embedded systems architecture and real-time operating systems.
Dozee
Project Intern
Designed surface transducer circuits for medical monitoring applications, collected and analyzed BCG (Ballistocardiography) signals, and developed microcontroller-based BCG simulator systems for healthcare technology advancement.
University of Arkansas
Global Exchange Student
Designed the ErgoPlat laparoscopic surgery platform using Coppelia Sim simulation software. Presented innovative surgical robotics solutions to industry experts, demonstrating advanced biomedical engineering applications.
Educational Excellence
Bronze Medalist
Ready to Innovate Together?
Currently seeking opportunities in biomedical engineering, embedded systems, and medical device development. Open to collaborations, internships, and full-time positions starting 2024.
Based in Bangalore, India | Available for remote collaboration | MS program begins Fall 2026
Direct Contact
+91 9148736242