Roles & Responsibilities :
Model-Based Software Development & Power Systems Simulation
Develop and maintain BMS application/control software models using MATLAB/Simulink and Stateflow.
Perform model-based software development and automatic code generation using MathWorks tools.
Develop and integrate control algorithms for BMS applications – BESS Domain.
Generate production-quality embedded code from Simulink models using appropriate code-generation workflows.
Perform model reviews, model quality checks, and ensure compliance with defined development standards.
Analyze generated code and support debugging of model-to-code issues.
BMS Software Verification & Validation
Develop and execute MIL, SIL, and PIL test strategies for BMS control software.
Perform open-loop and closed-loop testing of BMS functions and features.
Develop test cases, test scenarios, test harnesses, and automated test scripts.
Use Simulink Test Manager for test execution and automation.
Perform functional, regression, boundary-value, robustness, and requirement-based testing.
Analyze test results, identify defects, perform root-cause analysis, and track issues through closure.
Ensure adequate test coverage and traceability between requirements, models, code, and test cases.
Requirements Management
Analyze and interpret system/software requirements for BMS functions.
Manage requirements and maintain requirements-to-test traceability using tools such as IBM DOORS.
Develop test cases based on requirements and ensure complete verification coverage.
Support requirements reviews and identify ambiguity, gaps, and inconsistencies.
Static Code & Model Analysis
Perform static code analysis of generated/embedded software using Polyspace and/or Parasoft.
Analyze static-analysis findings and work with development teams to resolve issues.
Perform model quality and compliance checks using Simulink Check.
Support coding-standard compliance and software quality activities.
Automation & Scripting
Develop automation scripts and test utilities using MATLAB/M-Scripting.
Use Python for test automation, data processing, reporting, and engineering utilities.
Improve testing efficiency through automated test execution and result analysis.
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