Linkedin profile | Ex-Googler | Kaushik Sarkar

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Principal software engineer with 7 years of backend engineering experience at Google across diverse domains, including telecom, messaging, gaming, and publishing. Proven track record of leading geographically dispersed teams and cross-functional projects to successful completion, even in challenging circumstances. Strong communication and leadership skills, with a demonstrated ability to motivate and inspire teams. Looking to leverage my experience and expertise in a challenging and rewarding senior software engineering role.

Arizona State UniversityArizona State University

Doctor of Philosophy (PhD), Computer ScienceDoctor of Philosophy (PhD), Computer Science2011 - 20162011 - 2016

• Grade: CGPA 4.0Grade: CGPA 4.0
• • Ph.D. Thesis: Two-stage based Randomized algorithms for Covering Arrays
    Most of the faults in working software arise from interaction between different components. Covering Arrays are mathematical designs that are used for designing tests for detection of such software interaction faults. In my thesis work I developed several new randomized constructions for Covering Arrays that not only established the best known bounds on their size, but also provided a two-stage based algorithmic framework for construction of Covering Arrays for practical purposes. The algorithms in this framework have improved the state of art in this domain in practice.
    
    Recipient of University Graduate Fellowship, Spring 2016 for excellent research progress and strong academic work.Ph.D. Thesis: Two-stage based Randomized algorithms for Covering Arrays Most of the faults in working software arise from interaction between different components. Covering Arrays are mathematical designs that are used for designing tests for detection of such software interaction faults. In my thesis work I developed several new randomized constructions for Covering Arrays that not only established the best known bounds on their size, but also provided a two-stage based algorithmic framework for construction of Covering Arrays for practical purposes. The algorithms in this framework have improved the state of art in this domain in practice. Recipient of University Graduate Fellowship, Spring 2016 for excellent research progress and strong academic work.
• • Skills: Algorithms · Python (Programming Language) · Programming · Data Structures