Dileep Bharatula

Developing and debugging high-volume manufacturing (HVM) tests and modules for Phase Locked Loops (PLLs) for Intel's automotive products. Implementing silicon test strategies to validate frequency locking behavior. Conducted validation and debug of PLL test modules under extreme temperature conditions, ensuring reliable operation across full automotive grade thermal specifications.

Created and debugged HVM test modules for Static and Dynamic power measurement and Speed Monitor Plus (SMP) for Infrastructure Processing Unit (IPU) products. Delivered automated regression infrastructure to accelerate debug iterations and coverage.

Led power module development for Data Center GPU Max products, including static/dynamic current measurement and Pmax detector. Utilized tester-based oscilloscope to detect current spikes and root-cause issues impacting silicon yield. Conducted pre-silicon simulations for PLL kill and virus tests, contributing to first-pass silicon success.

Led modem functional verification across test platforms and customer milestones. Designed comprehensive Test Plans and validation strategies for RF, protocol, and multimedia features. Debugged functional issues across multiple feature tickets using trace tools and collaboration with verification teams.

Collaborated with the Customer Engineering Multimedia-Modem Power Team to drive chipset power optimization for Android product lines during product commercialization. Performed system level power measurements across multiple multimedia use cases, analyzing battery and rail levels using precision instrumentation. Developed and deployed automation scripts to simulate customer-specific Days of Use (D

Collaborated with Intel’s USB 3.0 Front-End Design team to support RTL integration and design implementation aligned with post-silicon test flows. Performed Clock Domain Crossing, Functional Equivalence verification analysis and linting of USB 3.0 RTL Design. Generated Power estimation reports and integrated cluster level RTL blocks.

Completed a Master of Science degree in Engineering Management. Focused on the principles and practices of managing engineering projects and teams.

Obtained a Master of Science degree in Electrical & Electronic Engineering. Gained expertise in advanced electrical and electronic systems.

Earned a Bachelor of Technology degree in Electronics & Communication Engineering. Developed foundational knowledge in electronics and communication systems.