Developed a portable, wearable IoT device using ESP32 and biomedical sensors for real-time monitoring of heart rate, SpO₂, and body temperature.

• Implemented efficient C++ drivers for biomedical sensors and preprocessed noisy signals for stable ML inference and alert thresholds.
• Programmed secure HTTP/MQTT protocols for sending real-time data and alerts to a remote server or cloud platform for further analysis.

Developed a real-time training simulator prototype using C++ on Linux with RTOS, aimed at training haemodialysis nurses in handling rare, critical alarm scenarios.

• Built robust simulation logic and state management, enabling complex scenario progression and repeatable training outcomes.
• Handled hardware interfacing with medical device simulators to replicate real-world inputs and responses.

Developed the eSmart and eCompact modules, implemented BSW configuration & RTE generation, and performed code review, release management, and team management.

• Implemented the eSmart and eCompact modules.
• Developed the code on existing software for adding new features and done Unit Testing.

Developed the interface (UART) between Quectel GSM and micro controller as well as Quectel GSM with L89 GPS device.

• Implemented the interfaces using TCP/UDP, FTP and HTTP protocols to update or get the information from the server.
• Implemented the logic for generating the alerts based on GPS and CAN J1939 data.

Involved in the phase of development and functionality testing for projection, developed drivers for 16x2 character LCD, EEPROM, GSM and keypad.

• Implemented i2c protocol using atmega16 for GSM.
• Debugging the issues and solving them.

Gone through the specification documents to understand the functionality for Qulacomm Diag Driver, done the Yocto Build Environment on MDM 9607 target.

• Added new features for Diag User Space and Kernel Space component and Unit Testing.
• Done Performance measuring and Debugging using Strace.

Reviewed the specification documents to understand the functionality of Audio application for Qualcomm Robotics, set up the Yocto Build environment.

• Developed the code on existing software for adding new features and also done Unit Testing.
• Memory-Leak Detection and Performance measuring using CPPCheck, Valgrind and Sysctl respectively.

Reviewed the specification documents to understand the functionality for vehicle simulator and radio display, bug fixing and Unit Testing.

• Implemented the logic for generating the alerts based on GPS and CAN J1939 data.
• Used the Linux API to handling the parallel task and critical section problems.

Reviewed the specification documents to understand the functionality, coding, debugging and Unit Testing.

• Provide support to the software functionalities.
• Preparation of daily status report.

Reviewed the specification documents to understand the functionality, analyzing, designing, coding and debugging and Unit Testing.

• Interaction with the core user for better progress of work.
• Provide support to the software functionalities.

Responsible for analysis, support and coding, understood the detailed functionality by Studying Functional Requirement specification document.

• Involvement in Unit testing and Debugging.
• Utilized code version tool during development.

Involved in developing the ADAMS-GUI on C++ using Linux platform, Qt tools being used on Linux platform for the interface of the above application.

• Testing, bug fixing and optimization.
• Preparation of weekly status report.

Booting VxWorks image with the help of boot rom code, involved Boot Loader Development.

• Define, create and validate new board drivers.
• Involved in development and modifying drivers for PCI, USB Host and Ethernet.

Understood the detailed functionality by Studying Functional Requirement specification document, involved in compilation and building the kernel.

• Coding, BugFixing and adding driver to the kernel.
• Write technical documentation.