20.07.2025 aktualisiert


Premiumkunde
100 % verfügbar11+ years in Automotive FuSA/FuSi, Cyber Security, SOTIF, MBD, HiLS, V&V, Requirement Engineering
München, Deutschland
Weltweit
Master of Technology (M.Tech.) - Automotive ElectronicsSkills
Test-SoftwareAntriebAlgorithmus-EntwurfSystems EngineeringArchitekturAutomatisierungTest AutomationAutomobilindustrieInformationssicherheitSteuergerätFunktionale SicherheitSix Sigma Green Belt CertificationMATLABMathematikPhysik
+ Seasoned professional with vast experience in all essential stages of V model Software Development Cycle: Software Development Phase, Integration & Validation Phase, System Engineering, Requirement Engineering and Functional Safety in ePowertrain and conventional Powertrain systems viz Battery Electric Vehicles (BEVs), Mild Hybrid Electric Vehicles (MHEV), Conventional Powertrain Vehicles (diesel, gasoline, natural gas engines).
+ Certified professional with a total of 21 ePowertrain and powertrain domain relevant certifications viz. Functional Safety Level 3 Certified Professional from TÜV SÜD Germany, High Voltage Blitz Level 4 from TÜV SÜD Germany, ISTQB from German Testing Board, Six Sigma Black Belt, etc. + Knowledge of requirement engineering principles
and safety principles like fault category analysis, Developer Interface Agreement, Tool classification, HARA analysis, Safety goals, Functional Safety Requirement (FSR), Safety Architecture Diagram, Hardware Safety Requirements (HSR), Software Safety Requirements (SSR), etc + Expertise in system engineering principles, Verification & Validation, Hardware
in Loop Simulation, System Validation & Automotive Model-Based Software Development [Charging ECU, EMS Electronic Control Unit (ECU)] using MATLAB, Simulink, Stateflow for Controller and Plant Models. Knowledge of physical / functional architecture, standards and guidelines followed in Model Based Development Process used in the transportation field.
+ Experience in system and component level software testing for the ePowertrain in latest generation electric vehicle projects. Automation of test cases in ECU-TEST: Focus on tests related to ECU for ePowetrain ECUs, Execution of tests in pre-integration test benches System test benches and HiL test benches.
+ Experience in Requirements (DOORS) & Systems Engineering.
+ Expertise in Rapid Control Prototyping (RCP): Performing ECU: controller algorithm development & mathematical plant modeling for Powertrain systems
+ Experience in Engine plant modeling and integrating physics based dynamic simulation models (GT Power & GT Suite) of subsystems to main plant model of HiLS systems and resolving integration issues.
+ Performing MiL, SiL, PiL validations for system functionality, validation using testing tools and model checking. HiL: Algorithm Design, Porting and Testing.
+ Analyzing and producing the technical requirements & specifications & recommending design modification based on customer requirements.
+ Active SAE member
+ Certified professional with a total of 21 ePowertrain and powertrain domain relevant certifications viz. Functional Safety Level 3 Certified Professional from TÜV SÜD Germany, High Voltage Blitz Level 4 from TÜV SÜD Germany, ISTQB from German Testing Board, Six Sigma Black Belt, etc. + Knowledge of requirement engineering principles
and safety principles like fault category analysis, Developer Interface Agreement, Tool classification, HARA analysis, Safety goals, Functional Safety Requirement (FSR), Safety Architecture Diagram, Hardware Safety Requirements (HSR), Software Safety Requirements (SSR), etc + Expertise in system engineering principles, Verification & Validation, Hardware
in Loop Simulation, System Validation & Automotive Model-Based Software Development [Charging ECU, EMS Electronic Control Unit (ECU)] using MATLAB, Simulink, Stateflow for Controller and Plant Models. Knowledge of physical / functional architecture, standards and guidelines followed in Model Based Development Process used in the transportation field.
+ Experience in system and component level software testing for the ePowertrain in latest generation electric vehicle projects. Automation of test cases in ECU-TEST: Focus on tests related to ECU for ePowetrain ECUs, Execution of tests in pre-integration test benches System test benches and HiL test benches.
+ Experience in Requirements (DOORS) & Systems Engineering.
+ Expertise in Rapid Control Prototyping (RCP): Performing ECU: controller algorithm development & mathematical plant modeling for Powertrain systems
+ Experience in Engine plant modeling and integrating physics based dynamic simulation models (GT Power & GT Suite) of subsystems to main plant model of HiLS systems and resolving integration issues.
+ Performing MiL, SiL, PiL validations for system functionality, validation using testing tools and model checking. HiL: Algorithm Design, Porting and Testing.
+ Analyzing and producing the technical requirements & specifications & recommending design modification based on customer requirements.
+ Active SAE member
Erfahrung
Berufserfahrungmehr als 10 Jahre
Freelancer seit2023
Sprachen
DeutschverhandlungssicherEnglischMuttersprache
Projekthistorie
Audits, Assessments und Beratung in den Bereichen funktionale Sicherheit im Automobilbereich, Automotive Cybersecurity, SOTIF und Künstliche Intelligenz.
Rolle und Verantwortung als Softwarearchitekt und Experte für Sicherheitstechnik für Basissoftware
+ Erfahrung in Projekten, die System-Engineering-Prinzipien von elektrifizierten Antriebsstrang-Komponenten wie eMachine-Controller, Lade-, funktionale Sicherheit (High Voltage Functional Safety) Module für Battery Electric Vehicles (BEVs) in München OEM
+ TÜV SÜD Functional Safety Level 2 Certified Professional, TÜV SÜD Electric Vehicle - High Voltage Level 4 Certified Professional
+ Erfahrung in der End-to-End-Validierung von ePowertrain Ladesteuergeräten für Konzepte wie Hochspannungsfunktionale Sicherheit, Ladesubsystem, Zustandsmanagement, Datenerfassung, Diagnose, E/E-Anforderungstests
+ Erfahrung mit den Grundsätzen der Anforderungsentwicklung, der Durchführung von Validierungs- und Post-Validierungsanalysen unter Einbeziehung des Ladesystems, des Teilsystems für funktionale Sicherheit und des Teilsystems Drehmoment in Hochspannungsprüfständen vor der Integration und in Prüfständen für Antriebssysteme.
+ Erfahrung in System Engineering und Requirement Engineering Konzepten, insbesondere im Bereich ePowertrain.
+ TÜV SÜD Functional Safety Level 2 Certified Professional, TÜV SÜD Electric Vehicle - High Voltage Level 4 Certified Professional
+ Erfahrung in der End-to-End-Validierung von ePowertrain Ladesteuergeräten für Konzepte wie Hochspannungsfunktionale Sicherheit, Ladesubsystem, Zustandsmanagement, Datenerfassung, Diagnose, E/E-Anforderungstests
+ Erfahrung mit den Grundsätzen der Anforderungsentwicklung, der Durchführung von Validierungs- und Post-Validierungsanalysen unter Einbeziehung des Ladesystems, des Teilsystems für funktionale Sicherheit und des Teilsystems Drehmoment in Hochspannungsprüfständen vor der Integration und in Prüfständen für Antriebssysteme.
+ Erfahrung in System Engineering und Requirement Engineering Konzepten, insbesondere im Bereich ePowertrain.
Zertifikate
Integrating Safety of The Intended Functionality (SOTIF) and Cybersecurity with Functional Safety based on ISO 26262:2018 2nd edition (Road Vehicles - Functional Safety)
TÜV SÜD2023
Charted Engineer [India] - Electronics & Telecom Engineering Division
The Institution of Engineers (India)2022