Dharani Subramaniyan

• Developed firmware in Embedded C/C++ for STM32 microcontrollers to acquire and process vibration signals. Interfaced MEMS accelerometers using UART/I2C protocols for real-time sensor data collection. • Designed and tested 2-layer PCBs using KiCAD, coordinating with vendors for prototyping and validation. • Implemented basic digital signal processing routines (RMS, peak detection) in embedded code. • Performed data logging and visualization using Python-based GUI and LabVIEW for real-time monitoring. Valid

• Maintained policy and claims modules for a U.S.-based insurance client, routed support tickets using ServiceNow, resolving 40+ issues weekly with a 95% SLA compliance. • Worked with IDEs (Eclipse) to code and debug using programming language Python and Java, Wrote SQL (MySQL) queries for automating premium calculations and renewal processes. • Interacted with onshore teams to gather clarifications and Participated in Agile sprint reviews and collaborated with QA for user story validations.

• Contributed to real-world software development projects utilizing technologies such as Python, HTML, CSS, and SQL, with hands-on experience in both front-end implementation and database integration. • Executed database optimization and maintenance tasks, including error resolution, schema modifications, and data integrity assurance, ensuring efficient and secure data management throughout the project lifecycle.

• Designed and executed calibration and validation procedures for automotive electrical components, adhering to ISO/TS 16949 and automotive testing standards to ensure compliance with industry specifications. • Analyzed test data to identify performance trends and recommend improvements • Involved in G-code programming and operation of CNC-controlled vertical/horizontal milling machines, lathes, with hands-on experience in precision machining and process optimization for production efficiency. • Worked on C

A specialized postgraduate program focused on the design, integration, and application of electrical and microsystem technologies for modern embedded and automation systems. Key focus areas include: • Microcontroller Systems & Embedded Design: Advanced system architecture, real-time applications, a

A multidisciplinary engineering program integrating mechanical, electrical, electronics, and computer engineering with a strong focus on automation and intelligent systems. Key areas of study included: • Embedded Systems & Microcontrollers: Microprocessor and Microcontroller Applications, Embedded