24.10.2026 aktualisiert
100 % verfügbar
Solution Architect - Systems Engineering
denninger straße 214, Deutschland
Weltweit
M.Tech in Design & Precision Engineering, National Institute of Technology Karnataka (NITK)Skills
AeroMBSESystemarchitekturSystem DesignSystemmodellierungAutomotive Services
MBSE with MagicDraw/Cameo & SysML
Expertise in Model-Based Systems Engineering using MagicDraw/Cameo and SysML for modeling interfaces, signals, and behavior diagrams across functional, logical, and technical layers in automotive and aerospace programs.
Matlab/Simulink & HIL/SIL Verification
Proficiency in Matlab/Simulink for model-based design, developing map-based models, generating C code for HiL testing, and building automated validation frameworks for pre-release software verification.
PLM Platform Experience with 3DEXPERIENCE/Enovia
Hands-on experience with 3DEXPERIENCE/Enovia for requirements engineering, Python automation, and building AI-based requirements-assessment tools that perform redundancy and conflict analysis.
CAD Modeling with CREO Parametric
Solid skills in CAD modeling using CREO Parametric, including development of 2D/3D models for hydraulic actuators and mechanical design tasks.
Python Automation
Development of automation scripts in Python for analyzing testing results, reviewing verification reports, and supporting PLM platform integrations.
Model-Based Design with Dymola
Experience developing Plant and Control models for environmental control systems of aircraft using the Dymola modeling platform, including FMU-based simulations.
dSPACE HiL Testing
Integration and validation of ECU software using dSpace HiL systems, including WLTP drive-cycle verification and powertrain bench-testing activities.
AI Tools
Application of AI tools in engineering workflows, including building AI-based requirements-assessment tools for redundancy and conflict analysis.
Software Modeling
Broad software modeling capabilities spanning system architecture definition, interface management, and cross-team alignment on feature behavior.
Vector Tools
Familiarity with Vector Tools used in automotive software development and validation environments.
Expertise in Model-Based Systems Engineering using MagicDraw/Cameo and SysML for modeling interfaces, signals, and behavior diagrams across functional, logical, and technical layers in automotive and aerospace programs.
Matlab/Simulink & HIL/SIL Verification
Proficiency in Matlab/Simulink for model-based design, developing map-based models, generating C code for HiL testing, and building automated validation frameworks for pre-release software verification.
PLM Platform Experience with 3DEXPERIENCE/Enovia
Hands-on experience with 3DEXPERIENCE/Enovia for requirements engineering, Python automation, and building AI-based requirements-assessment tools that perform redundancy and conflict analysis.
CAD Modeling with CREO Parametric
Solid skills in CAD modeling using CREO Parametric, including development of 2D/3D models for hydraulic actuators and mechanical design tasks.
Python Automation
Development of automation scripts in Python for analyzing testing results, reviewing verification reports, and supporting PLM platform integrations.
Model-Based Design with Dymola
Experience developing Plant and Control models for environmental control systems of aircraft using the Dymola modeling platform, including FMU-based simulations.
dSPACE HiL Testing
Integration and validation of ECU software using dSpace HiL systems, including WLTP drive-cycle verification and powertrain bench-testing activities.
AI Tools
Application of AI tools in engineering workflows, including building AI-based requirements-assessment tools for redundancy and conflict analysis.
Software Modeling
Broad software modeling capabilities spanning system architecture definition, interface management, and cross-team alignment on feature behavior.
Vector Tools
Familiarity with Vector Tools used in automotive software development and validation environments.
Erfahrung
Berufserfahrungmehr als 10 Jahre
Freelancer seit2023
Sprachen
DeutschverhandlungssicherEnglischverhandlungssicher
Projekthistorie
Lead system-level architecture for Penthouse (BMW Gen6 & Gen6WE EV platforms) including Cell Supervisory Circuit, relays, DC-DC converter and its controllers. Modeled interfaces, signals, and behavior diagrams using MagicDraw/Cameo & SysML. Developed automation scripts in Matlab/Python, built an AI-based requirements-assessment tool for Enovia/3D Experience, and worked on standards including ISO 26262, DO-178C, and DO-331.
Modeled M256M & M254 engine behavior using map-based models in Simulink to generate C Codes for HiL testing. Integrated ECUs and validated engine software using dSpace HiLs including WLTP drive-cycle verification. Led powertrain HiL bench-testing activities, designed automated validation frameworks, and contributed to requirement definition and interface management.
Developed Plant and Control models for Environmental Control System (ECS) of Aircraft B787/A320 using Dymola. Built FMU-based simulations in Matlab to test the system under various boundary conditions. Conducted multi-scenario analysis to validate system performance, developed automation scripts in Python for verification reports, and filed three trade secrets for innovations in system modeling and design efficiency.