Eswar A

Engineer with a focus on embedded systems, EV battery management, and network communication. Completed internship involving production and data analysis, demonstrating skills in hardware-software integration and system optimization. Proven problem-solving abilities and a strong academic record with a CGPA above 9. Committed to developing innovative solutions in EV and embedded technology.

• Member, Institution of Electronics and Telecommunication Engineers (IETE)
• Certified, ISWDP Level 1 - India Semiconductor Workforce Development Program
• Coursera: Microcontroller and Industrial Applications - Arm
• Coursera: Introduction to Microprocessors
• Coursera: Hybrid Electric Vehicles: Technical System - Starweaver

Desalination Plant Optimization System

• Developed an IoT-based monitoring system for key water parameters including Total Dissolved Solids (TDS), turbidity, temperature, and flow rate to optimize desalination process efficiency.
• Integrated an ESP32 microcontroller with machine learning models to predict membrane fouling, enabling proactive maintenance and reducing downtime.

Wireless Sensor Network for Industrial Monitoring Using CC1101

• Designed and deployed a wireless sensor network using the low-power CC1101 transceiver module to facilitate long-range communication in industrial environments.
• Implemented robust data transmission protocols to ensure reliable operation despite electromagnetic noise and harsh conditions.

Water Quality Monitoring System

• Engineered a real-time water quality monitoring solution utilizing sensors for pH, turbidity, and temperature to continuously assess environmental conditions.
• Developed an embedded IoT platform for remote monitoring and data analytics, improving environmental tracking and decision-making.

Smart Wireless Charging: Enhancing Safety and Efficiency in Electric Vehicle Parking

• Designed and developed a contactless wireless charging system specifically for electric vehicles parked in smart parking zones.
• Utilized resonant inductive coupling technology to facilitate safe and efficient power transfer between stationary ground coils and vehicle-mounted receiver coils.