Nishanth Kiruthivasan

Developed C-based firmware for a desalination device, applying Finite State Machine (FSM) principles for structured process control and precise regulation of current and voltage.
Designed and implemented LabVIEW-based automation to control programmable PSUs, visualize conductivity measurements, and manage relay switching for fully automated system testing.
Contributed to PCB design, assembly, documentation, and pre-compliance EMC testing, supporting hardware validation and ensuring robust, compliant system performance.

Led a team of 3 in the end-to-end development of a bio-potential measurement device using industrial tools, focusing on accurate physiological signal capture.
Enhanced diagnostic performance and usability of an electrocardiogram system by developing PCB Layouts (Altium) and Embedded C programs.
Collaborated on the Antenna Design, PCB design and firmware integration, through industry compliant methods, for an electromagnetics-based pain killer device, ensuring safety and effectiveness in applications.

Facilitated the design and implementation of two versions of an Automated Electromechanical Tissue Protection Device using NI-DAQ for one and Raspberry Pi for the other, implementing concentrated and distributed intelligence frameworks respectively ensuring real-time operation across system components.
Conducted comprehensive testing and validation of the tissue protection device through industry approved testing methodologies, employing DMM and DSO, to ensure functionality and adherence to medical standards.