Sreevalli Manda

Expertise in Hardware-Software Integration Testing (HSIT) and Software Integration Testing (SSIT). Performed software development activities in compliance with DO-178B guidelines. Experienced in preparing project proposal documents, estimating efforts, reviewing, and updating planning documents, test reports, and problem reports, all required for the SDLC of avionics projects as per the V-model. Performed functionality performance verification and validation by defining and executing unit tests using MATLAB/SIMULINK, including the definition of automated routines for testing via MIL and SIL, with extensive use of tools for coverage verification. Developed and fine-tuned generative AI models for various applications, including text generation, image synthesis, and data augmentation.

Title: Senior Engineer

Project 1: Functional Testing, HSIT, and Rig Testing of RADAR Warning Receiver (RWR)

• Verified and validated software in compliance with DO-178B (Level A/B/C/D) standards.
  Conducted post-flight data analysis using MATLAB to assess system performance.
  Translated system requirements into detailed software requirements.
• Designed, developed, and executed Functional and HSIT tests at the system level
• Prepared and executed test cases, ensuring thorough coverage.
• Integrated hardware and software components of the RWR system.
• Performed PI checks of Line Replaceable Units (LRUs) and generated comprehensive test reports.
• Provided aircraft installation clearance, ensuring correct in-situ software loading and radar system functionality.

Project 2: Functional Testing, HSIT, and Rig Testing of Tactical Air Navigation System (TACAN)

• Developed and executed test cases tailored to TACAN system requirements.
  Integrated hardware and software components, ensuring seamless operation.
• Conducted PI checks of LRUs, generating detailed test reports for stakeholder review.
  Designed, developed, and executed Functional and HSIT tests, focusing on system-level verification.
• Created MATLAB programs to analyze air-to-air flight data, contributing to performance validation.
• Consistently performed PI checks, ensuring LRUs met stringent performance criteria.

Project 3: Change Detection in Hyperspectral Images

• Pre-processed image data to prepare it for analysis.
• Conducted atmospheric and radiometric corrections to enhance data accuracy.
• Performed supervised classification of hyperspectral images to identify key changes.
• Analyzed vegetation changes across geographical locations, providing actionable insights.

Project 4: Automated Testing of FMS (Flight Management System) 

• Analyzed product requirements and developed automated tests to ensure comprehensive coverage.
• Designed and verified test coverage procedures, ensuring all aspects of the FMS were thoroughly tested.
• Planned and managed sprints using Agile Scrum practices, optimizing team performance and project delivery.
• Executed automated test scripts to validate FMS functionalities, ensuring compliance with safety and performance standards.
• Collaborated with cross-functional teams to ensure seamless integration of the FMS with other avionics systems.
• Documented testing processes and results, providing detailed reports for review and approval.

Project 5: Development of ARINC J661 Widgets for Avionics Display Systems

• Analyzed the ARINC 661 standard to define requirements for widget development.
• Designed widget prototypes with a focus on graphical representation and user interactions, adhering to ARINC 661 guidelines.
• Developed widgets using Java and the J661 library, ensuring they met ARINC 661 compliance standards.
• Created XML definitions for widget layouts and interactions, facilitating proper integration with the avionics display system.
• Conducted unit and integration testing to verify widget functionality and compliance.
• Documented the design and development process, producing detailed technical documentation and user guides.
• Deployed widgets in a simulated avionics environment, ensuring their operational efficiency and reliability.

• Artificial Intelligence (AI) + ChatGPT: Udemy (Certification ID: UC-737c9ffd-e202-4281-93c8-5ad193e37ad7)
• Master Generative AI for Leaders and Business Professionals: Udemy (Certification ID: UC-f9759152-09f2-44ae-a499-34723d3a1def)
• Introduction to Prompt Engineering for Generative AI: LinkedIn
• AI Productivity Hacks to Reimagine Your Workday and Career: LinkedIn