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. Committed to developing innovative solutions in EV and embedded technology. As an Electronics Intern, gained familiarity with various industry-standard tools and technologies. Strengths lie in the understanding of electronic circuit analysis and digital system design. Notable for demonstrating initiative, creativity, and efficiency in troubleshooting complex electronics issues. Previous experience has led to improvements in product design and process optimization.

• 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.