Qa Engineer Embedded Systems

Bharath Kumar Korsipati

Ballwin, MO *****

+1-425-***-**** *********.*******@*****.*** bharathk

Summary:

QA Engineer with 7+ years of experience in manual and automation testing across mobile, cloud, and embedded systems. Skilled in validating workflows, APIs, and Salesforce platforms (Marketing, Service, Experience Cloud). Proficient in JIRA, Postman, Appium, and Python, with strong focus on defect tracking, regression testing, and UAT support in Agile teams.

Technical skills:

• Programming & scripting: Python, Shell

• Tools & Framework: JIRA, CAN, GIT, Jenkins, Appium, postman, TestRail

• Operating Systems: IOS, Linux and Windows

• SDLC & Methodologies - Agile (Scrum), waterfall, TDD

• Debugging & Logging: Wireshark, QXDM, Logacat, QFIL, ADB,

• Connectivity: Bluetooth, BLE, GPS, MM, and WLAN (802.11)

• Domain Expertise: Infotainment, Mobile, Smart Tv’s, Tablets, IOT, and Automotive.

Education: CGPA: 3.80

Webster University, Saint Louis, Missouri, United States

Masters in Cybersecurity August 2023- December2024

EXPERIENCE:

Votary Softech Solution Pvt. Ltd., (June2022 - July 2023)

Client: Qualcomm India Pvt. Ltd

Project 1: Connectivity Testing

Description: Engaged in testing and automating the performance of various devices, including mobiles, tablets, and displays. Responsible for creating comprehensive test plans, designing test cases, and executing a range of test ensure device reliability and performance.

Executed detailed manual and regression testing for firmware change requests using structured test plans and JIRA workflows.

Validated cross-functional user scenarios including provisioning flows, device connectivity setups, and OTA sync to mirror real-world use cases.

Logged and tracked defects using JIRA, collaborating closely with developers and stakeholders to resolve system-level issues.

Coordinated with Product and Business teams during UAT cycles, validating core functionality prior to release and ensuring change request accuracy.

Verified telemetry data workflows, mobile event triggers, and backend sync logic to simulate marketing automation and rule-based behavior.

Performed functional and exploratory testing across different test builds to validate critical change requests impacting device connectivity behavior.

Authored detailed test cases and aligned QA strategy with firmware, app, and system-level requirements.

Maintained test artifacts including test plans, execution results, and defect logs, ensuring traceability and compliance with Agile QA processes.

Validated security and provisioning flows using shell scripts, ADB tools, and mobile network.

Project2: F30C JV Phone

Hardware Platform: MSM8905 chipset

Description: Responsible for providing the Quality power measuring report for Multimedia & DOU scenarios.

• Performed manual and regression testing for system-level change requests, ensuring adherence to business and functional requirements.

• Validated automated notification and backend workflows related to cloud sync and data triggers, aligned with user stories in JIRA.

• Conducted UAT support and verification of user flows including login, data sync, and error handling under varied network conditions.

• Performed cross-application validation for change requests involving firmware upgrades, ensuring regression-free OTA deployments.

• Coordinated UAT cycles with business stakeholders, validating functional flows, telemetry, and user configurations under real-world conditions.

• Worked with CI/CD teams to integrate telemetry validation into Jenkins pipelines for nightly runs.

• Used Postman and REST API calls to verify backend data sync, cloud triggers, and session status during telemetry testing.

Client: Motorola (October2021- June 2022)

Project: Connectivity and security testing

Description: The Automation Testing project for Motorola involved testing device functionality and security. The focus was on creating and executing test plans and cases, automating tests using Python, and ensuring device quality in terms of sound, picture, and security. Collaboration with the development team was essential for resolving bugs.

• Performed end-to-end QA for customer-facing portals and workflows, validating UI, session handling, and role-based access.

• Used JIRA to log, manage, and prioritize test execution results, ensuring timely bug tracking and resolution.

• Conducted manual verification of change requests for backend API workflows, ensuring alignment with expected business outcomes.

• Created and executed test plans for email verification, authentication workflows, and automation triggers simulating Marketing Cloud-like scenarios..

• Designed and executed comprehensive test cases to validate user session flows, dynamic content, and personalized security notifications.

• Performed root cause analysis on failed API calls and integrated JIRA workflows for faster issue triage and prioritization.

• Simulated boundary conditions and exception handling scenarios to validate backend resiliency and error-handling logic..

Client: Tata Elxsi. (February 2019 - September 2021)

Project: TATA Infotainment

Description: Contributed to the Verification and Validation of in-vehicle Infotainment Software. Focused on ensuring seamless integration and functionality of Bluetooth, navigation, and media features on TATA vehicles.

• Validated user-facing infotainment workflows and ensured accurate data reflection across connected portals and dashboards.

• Simulated role-based user access and UI transitions to mimic Experience Cloud community access testing scenarios.

• Performed defect tracking and regression analysis in JIRA to ensure seamless integration across mobile and vehicle interfaces.

• Worked with telematics teams to test sync flows between mobile apps and vehicle systems.

• Conducted role-based testing for multi-profile infotainment access, simulating community access similar to Salesforce Experience Cloud.

• Maintained traceable test documentation including test cases, bug reports, and resolution steps using JIRA and TestRail.

• Participated in cross-functional requirement reviews, aligning validation strategy with in-vehicle user experience expectations.

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