Jul 2019 – Aug 2024 · 5 yrs 1 mo · Bengaluru, Karnataka, India

• As Senior Software Engineer:
• ● Collaborated closely with stakeholders to gather and analyze project requirements.
• ● Actively participated in design and product discussions.
• ● Provided accurate estimations for project stories.
• ● Played a key role in finalizing contracts with the backend development team.
• ● Created user stories and effectively distributed work among
• team members.
• ● Developed a scalable Bluetooth module enabling the seamless
• integration of new Bluetooth devices for vehicle lock/unlock
• functionality.
• ● Designed and implemented an Aadhaar-based CKYC profile
• verification flow with image capture, compression, and
• seamless upload.
• ● Conducted interviews for Android and iOS positions to support team growth and recruitment efforts.
• ● Mentored a team of 4-5 members, providing guidance in resolving bottlenecks and contributing to architectural design.
• As Software Engineer:
• ● Implemented measures to prepare the app for a global audience, including the localization of string literals and support for right-to-le (RTL) languages.
• ● Developed a scalable payment screen that seamlessly integrated multiple payment options, including credit/debit cards, UPI, net banking, and digital wallets. Utilized payment processing platforms like Juspay and Razorpay to ensure secure and efficient transactions.
• ● Contributed to the development of the Zoomcar UIKit, serving as the foundation for all future cross-team developments and ensuring consistency and efficiency in UI components.

Oct 2018 – Jul 2019 · 9 mos

• Developed Driving Engine (DE) SDK, a telematics framework that provides APIs to determine driving behaviour
• ● Gathering requirements from Data Science team, understanding it to implement the feature
• ● Reviewing code for junior developers
• ● Developed prototype applications in Objective-C and Swift integrating DE SDK
• ● Developed Objective-C++ wrapper to communicate with cross platform code in C++
• ● Performed root cause analysis to determine excessive battery usage due to the usage of various sensors and provided a potential fix resulting in an overall improvement of battery usage by 3-5%
• ● Implemented Network classes to communicate with backend using REST API
• ● Encoding JSON to reduce the payload size which enabled more efficiency
• ● Using method swizzling to simulate sensor data
• ● Partnered closely with QA to test the product in real and controlled simulated environments
• ● Instrumented Crashlytics to detect issues in the product
• ● Perfomed Unit Testing to improve code quality
• ● Automated build process involving signing and distribution of app via Jenkins
• ● Programmed in Objective-C; led the product re-architecture, making it platform-agnostic
• ● Co-authored release documents using Doxygen to create documents from source code
• ● Participated in planning and estimation of product timelines for sprints and provided input from a development standpoint
• ● Awards: Received for excellent contribution to product development

Nov 2016 – Oct 2018 · 1 yr 11 mos