About Me
I am a graduate student in Electrical & Computer Engineering with practical experience in embedded electronics, sensor-driven systems, real-time firmware, and hardware validation. I have solid experience in electronic control systems, data collection, HIL-style testing, and MATLAB-driven data analysis, with expertise in assisting safety-critical automotive and industrial applications.
I am enthusiastic about applying theoretical knowledge from the classroom to practical engineering solutions through evaluation, verification, and documentation.
Technical Skills
RTOS & Microcontrollers
Embedded Development
Communication & Interfaces
Testing & Validation
Software & Analysis
Documentation
Professional Experience
Jul 2023 – May 2024
Hardware Engineer
Engineering Voyager, Marriott International · Mumbai, India
- Assisted in the operation and validation of mechanical and electrical systems throughout the hotel, including HVAC units, chilled water systems, pumps, VFDs, and building automation controls to ensure stable environmental performance and uphold guest comfort standards.
- Enhanced the reliability of HVAC electronic controls by boosting system uptime by 10% through sensor recalibration, signal integrity checks, and validation of closed-loop control under different load and occupancy scenarios.
- Conducted systematic diagnostics on sensors for temperature, pressure, and airflow; confirmed the behavior of analog/digital signals, actuator responses, and the stability of control setpoints to guarantee reliable system performance.
- Reviewed Building Automation System (BAS) trend logs and utility metrics; created Python-based data analysis and visualization tools to identify control drift, unusual cycling, and inefficiencies, leading to a 15% decrease in energy usage.
- Performed root-cause analysis of electrical and control issues, documenting edge-case behaviors and applying corrective measures in accordance with preventive maintenance and Marriott engineering standards.
- Contributed to commissioning, validating system tests, and coordinating with vendors during equipment upgrades and modifications to the control system.
- Executed Lockout/Tagout (LOTO) safety measures and organized documentation methods to guarantee compliance, accountability, and operational dependability.
Jan 2023 – Jun 2023
Software Engineer Intern
GTT Communications · Pune, India
- By developing Python-driven automation tools for log aggregation, anomaly detection, and performance trend analysis across distributed network services, the efficacy of system monitoring increased by 20%.
- To reduce the amount of human troubleshooting, structured log parsing and warning systems were developed to identify latency increases, packet losses, and anomalies in resource utilization.
- By running regression test suites and assessing system-level performance under simulated load situations, I helped verify firmware and hardware-software integration.
- Developed and put into practice structured test cases that adhered to functional specifications, recording problems, their root causes, and the results of solutions to improve traceability and release assurance.
- To increase system visibility during validation and speed up issue discovery and inter-team debugging collaboration, simplified diagnostic and telemetry tools were developed.
- Participated in performance benchmarking projects that assessed response time, memory use, and throughput under pressure.
Projects
Real-Time Motor Control & Safety-Critical RTOS Simulator
Embedded C, FreeRTOS (Win32), ARM Cortex-M Architecture
- Built a deterministic real-time closed-loop motor control simulator with interrupt-driven timing and priority-based task management using FreeRTOS.
- Implemented PID control with fixed-point arithmetic and guaranteed finite execution times.
- Developed fault detection including secure state transitions, task starvation oversight, overcurrent, and sensor malfunction.
- Developed recovery and monitoring oversight algorithms to simulate runtime error and brownout situations; performed worst-case execution and timing evaluation for consistent multitasking behavior.
Automotive CAN Bus Network & Fault Injection Framework
Embedded C, Python, Linux SocketCAN
- Designed and implemented a multi-node CAN network simulator that replicates ECU behavior through bus load analysis, message priority, and arbitration.
- Added deterministic retransmission logic, bus-off recovery, and error frame creation.
- Developed a Python diagnostic tool for real-time message decoding, logging, and latency monitoring.
- Built an automated fault injection system to assess resilience under severe bus congestion and malformed frames.
- Performed protocol-level validation in accordance with automobile electronic system standards.
Lithium-Ion Battery Digital Twin & State Estimation Engine
Embedded C, FreeRTOS, Python Visualization
- Developed a multi-node CAN network simulator simulating ECU operations, including bus load assessment, message prioritizing, and arbitration.
- Implemented predictable retransmission techniques, error frame generation, and bus-off recovery algorithms.
- Developed a Python diagnostic tool for real-time message decoding, latency measurement, and logging.
- Built an automated fault injection mechanism to evaluate robustness against substantial bus congestion and malformed frames.
- Performed protocol-level validation in compliance with requirements for automotive electronic systems.
Education
Master's Degree — Electrical & Computer Engineering
University of Alabama at Birmingham
2024 – 2026
Bachelor's Degree — Electronics and Telecommunication Engineering
Symbiosis Institute of Technology
2019 – 2023
Get In Touch
Interested in embedded systems, real-time firmware, or hardware validation? Let's connect.