Being motivated by challenging and multi-faceted problems, I am working towards my doctoral degree aiming to provide better solutions for improving the thermo-mechanical reliability of data center electronics using computational and experimental techniques. As a Ph.D. student, I am leading a team to address the critical issue of corrosion of air-cooled data center hardware in harsh environments to promote cleaner and economic data center cooling technologies. As a project lead my responsibilities include giving monthly updates as presentations on project progress to industrial mentors, mentoring and helping masters students with their master’s research, and continuously publishing and presenting the research findings. I am a cross-functional team member on thermal management projects on efficient and novel data center cooling methodologies such as liquid and immersion cooling. I believe I am very versatile as a mechanical engineer, having worked in past on various mechanical design, thermal and finite element analysis projects, and internships. Apart from the computational skills I have hands-on experience working on designing experiments and performing data analysis in a lab environment for the past 2 years. As an individual, I am pro-active, a self-starter, easily adaptable to new environments and I am passionate as an engineer and someone who thrives in challenging environments where I can learn something new every day.