Saloni Rane

Contributed to the design and development of multilayer PCB systems for embedded applications, emphasizing signal integrity, EMI/EMC compliance, and production-ready design. Created detailed schematics and executed precise PCB routing using KiCAD, ensuring optimal component placement and manufacturability. Collaborated closely with cross-functional teams to integrate various sensors, microcontrollers (ESP32-S3), and power management circuits into compact, efficient layouts. Participated in prototype testing

Evaluated Wheatstone Bridge, Kelvin (4-wire), and Resonance methods for resistance measurement. Designed and implemented circuits using STM32WB5MMG microcontroller. Created PCB layouts in KiCAD for testing and analysis. Focused on accuracy, efficiency, and practical applicability of the methods. Leveraged expertise in embedded programming, circuit design, and data analysis to identify optimal solutions.

Supported the design and development of embedded systems using STM32 microcontrollers. Created and tested PCB layouts in KiCAD for various electronic applications. Collaborated with faculty and peers to troubleshoot and enhance circuit performance. Acquired hands-on experience in hardware debugging, soldering, and prototyping. Improved technical documentation and project coordination skills.

Engaged with Small and Medium-sized Businesses (SMBs) to understand the impact of digital transformation. Analyzed the effects of digital technology on SMB operations. Gained insights into the role of digital transformation in business growth. Developed skills in business analysis and digital technology implementation.

Programmed and interfaced microcontrollers for various embedded applications. Conducted simulations of microcontroller operations using Proteus software. Gained foundational knowledge of IoT systems and their applications. Enhanced embedded systems skills through hands-on practice and training.