Mohan D Mohanty

Conducted research and design for a VCO based ADC for biosensing applications using 180 nm technology. Responsibilities included summarizing state-of-the-art topologies, specifying derivations, and modeling systems with Verilog A.

Performed AMS tests using Cadence Spectre FX Simulator, conducted literature research on LDO and PLDO blocks, and developed test cases for mixed signal blocks while collaborating with design engineers.

Contributed to the HVST PPM Impact Assessment for Smart TRX, performed data analysis, created reports using Power BI, and automated assessment tools using Python.

Developed mobile application functionalities using JavaScript, managed databases with MS SQL, and created SSRS reports while ensuring client communication for application fixes.

Gained hands-on experience in designing analog and digital circuits using Cadence Virtuoso and worked on analog layout design, including a CMOS based filter for ECG signal processing.

Worked on the design of a variable temperature-controlled device for the transportation of blood samples, enhancing skills in embedded systems.

Pursuing a Master of Science in Microelectronics and Microsystems with a specialization in Microelectronics. Focused on advanced integrated circuit design, mixed signal circuit design, and semiconductor technology. Currently working on a master's thesis involving the design of a VCO based ADC in 180nm technology for biosensing applications.

Grade: 8.34/10

Activities and societies: Merit Scholar, Semifinalist of Texas Instruments India Innovation Challenge, National Level Award at India International Science Festival 2017.

Completed a Bachelor of Technology (Honors) in Instrumentation and Electronics Engineering. Engaged in a bachelor project focused on a biometric based public distribution system using neural networks. Developed skills in analog and digital electronic circuits, signal processing, and VLSI design.