Monalisa Patnaik

* Hardware-in-Loop validation and verification of Powertrain features (Conventional/Hybrid vehicles) for Automotive Electronic Control Unit (ECUs) using dSPACE Control Desk application and ETAS INCA, driving 25%-30% gains in early detection of bugs, performance issue and operational efficiency pertaining to SWE.3 and SWE.4 ASPICE phase

* Requirements analysis and understanding of software logic implementation in MATLAB Simulink Stateflow

* Built robust test scripts in Design Verification Plan (DVP) for test case execution on HIL to validate ECU functionality, improving system reliability by 20%

* Validated ECU software communication protocols (CAN, LIN, UDS) and performed fault insertion testing / Diagnostic verification of Diagnostic Trouble Codes on Client specific tool to ensure safety compliance

* Identified and documented critical defects in IBM Engineering management, accelerating the bug fix cycle

* Partnered with executive stakeholders to spearhead the issues found on HIL and fix it on software logic in MATLAB

* Facilitated Scrum ceremonies - daily stand up, Sprint planning, Reviews, Retrospectives for 3 cross-functional teams up to 15 engineers ensuring alignment with agile principles and disciplined delivery governance

* Established enterprise-wide standards and documentations, reducing tester onboarding time by 40% and improving consistency across distributed teams

* Working as a PSM II - certified Scrum Master

* Developed and maintained system design for Gasoline/Hybrid/Range Extended Electric (REEV)/Electric vehicle features like vehicle to load (Power Panel) in Component Functional Technical Specifications (CFTS) and Vehicle Function (VF) and compliant with International Council on Systems Engineering (INCOSE) guidelines in IBM Rational DOORS and DOORS Next Gen (DNG)

* Decomposing customer reviews in Functional objectives (FO), series card, bulletins into System-Level SYS2, SYS3 ASPICE requirements

* Requirement Management (RM) and change management in IBM Rational DOORS and DNG

* Software Requirements change Notice (RCN) Management and change followed by Beta testing in IBM Lotus Notes

* Model Based System Engineering (MBSE) support and design failure mode and effective analysis (7FM DFMEA) development

* Validation of requirements developed for vehicle feature on HIL (Beta Testing)

* Resolution of Global Issue Management (GIMs) and Powertrain Issues (PITs) on Functional Features

* Communication Protocols - CAN (Control Area Network), LAN (Local Area Network)

* Human Machine Interface (HMI) design and development for Hybrid/Electric vehicle features

* Assessing RCN impact on existing system from functionality OBD and safety standpoint

* System Requirements Verification & Validation (V&V) of various vehicle features like AC charging, High/Low temperature loop management, Charging Interface Management, Drive Mode management, Brake Transmission Shift Interlock in PROVEtech

* HIL Automated Test Plan (HATT) development using Visual Basic (VB) and PROVEtech language

* Software flashing and Calibration Check in INCA software, ETAS

* OBD Diagnostic DTC verification and validation on HIL, Chrysler Diagnostic Application (CDA)

* DVP System level test plan for dynamic test case in HIL

* Test report analysis (DC plot, INCA CANalyser) and Identify bugs/failure in Software

* Requirement analysis of vehicle function

* Development behavioral of Models using MATLAB SIMULINK/STATEFLOW

* Auto code generation of data link library (DLL) files using MATLAB Real Time Workshop (RTW)

* Development of Independent executable of MATLAB Model and GUI

* Creation of Simulation setup and establishment network communication using Vector CANoe

* Design Verification Plan (DVP) development

* Model Based Development (MBD) of Models - MATLAB SIMULINK /STATEFLOW from legacy C language code

* Model Verification & Validation (V&V) in MIL (Model-in-Loop) using S-function

* MCDC (Modified Condition and Decision Coverage) and Guideline Checking for MATLAB models using MINT Tool

* Unit and System level validation

* Test vectors generation using Reactis

* Involved in modelling, surfacing and assembly of designs for designs for EES Medical Devises according to the requirement specification procedure

* Study of the component, 3D and 2D modelling, surfacing and detailing in Unigraphics NX6, Creating Assemblies

* Drafting and detailing