Tarun Maini
About Tarun Maini
Tarun Maini is a Lead Automation Engineer with extensive experience in quality assurance and automation. He has a proven track record of improving testing processes and team productivity across several prominent companies, including Xerox, Thoughtworks, and Expedia.
Current Role as Lead Automation Engineer
Currently, Tarun Maini serves as a Lead Automation Engineer at ThoughtWorks in Gurugram, Haryana, India. He has been in this role since 2023. In this position, he focuses on enhancing automation processes and improving testing efficiencies. His experience in leading teams and implementing effective strategies contributes to the overall quality of software releases.
Previous Experience at ThoughtWorks
Before his current role, Tarun Maini worked at ThoughtWorks as a Senior Quality Engineer from 2018 to 2023 in Gurgaon, India. During this tenure, he led teams to achieve 0-defect releases through thorough testing and collaboration. His leadership in quality assurance significantly impacted the software development lifecycle.
Experience at Xerox and Other Companies
Tarun Maini began his career at Xerox as a Testing Engineer from 2014 to 2016. He provided impactful test strategies that improved the overall testing process by 30%. He also worked at Naukri.com as a Testing Engineer from 2016 to 2017 and at Expedia, Inc. as a Software Development Engineer in Test from 2017 to 2018. His roles involved creating in-house tools and implementing automation tools, AWS, Cloud, and CICD practices.
Education and Academic Background
Tarun Maini earned a Bachelor’s Degree in Computer Science and Engineering from 2010 to 2014. His academic background laid the foundation for his career in software testing and automation engineering, equipping him with essential technical skills.
Contributions to Team Productivity
Throughout his career, Tarun Maini has driven community engagement and knowledge sharing, leading to a 20% increase in team productivity. His initiatives in automation reduced manual testing efforts by 40%, facilitating faster feature delivery and improving overall efficiency in software development.