Priyanka Kanike

Software Engineer

Bengaluru, Karnataka, India4 yrs 2 mos experience

Highly Stable

Key Highlights

Expert in Model-Based Development for automotive systems.
Proven track record in HVAC control systems testing.
Skilled in MATLAB/Simulink for model validation.

Stackforce AI infers this person is an Automotive Embedded Systems Engineer specializing in Model-Based Development.

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Skills

Core Skills

Model-based DevelopmentHvac Systems

Other Skills

integration testingfunctional testingMATLABSimulinkTPTmodel scalingcalibrationdefect analysisIoTTest Automationembedded software testingSIL/MILManual TestingC (Programming Language)Integration Testing

About

🚗 Automotive Embedded Engineer | Model-Based Development | HVAC Systems Specialist I am an Automotive Embedded Systems Engineer with 4 years of experience in HVAC control systems development and testing. My expertise spans Model-Based Development (MBD), Requirement Analysis, Design & Implementation, and Verification & Validation (MIL/SIL testing). At Tata Consultancy Services, I have worked with leading Japanese automotive manufacturers, contributing to end-to-end software development, from specification to integration testing. Skilled in MATLAB/Simulink, Stateflow, Reactis, Simdiff, and WinMerge, I specialize in creating efficient models, performing root cause analysis, and ensuring compliance with industry guidelines (MAAB). I am passionate about building innovative, reliable, and sustainable automotive solutions, and I thrive in collaborative environments that drive professional and organizational growth. 📌 Key Skills: Model-Based Development, HVAC Systems, Embedded Software Testing, MATLAB/Simulink, Requirement Analysis, SIL/MIL Testing, Peer Reviews, Verification & Validation.

Experience

Kpit

Senior Engineer

Jan 2026 – Present · 2 mos · Bangalore Urban, Karnataka, India · On-site

Performed integration and functional testing for automotive embedded systems Designed and executed test cases using TPT (Time Partition Testing) Developed and validated MATLAB Simulink models for control system verification. Conducted model scaling and calibration to meet system requirements. Analyzed test results and identified defects to improve system performance and reliability. Collaborated with development teams to ensure seamless integration of software components. Supported validation of ECU functionalities in a model-based development environment.

integration testingfunctional testingMATLABSimulinkTPTmodel scaling+4