20.10.2026 aktualisiert
100 % verfügbar
Senior Systems Engineer, Engineering Consultant, Vertikal Software
Gilching, Deutschland
Weltweit
Msc. in Industrial Automation and Control, University Politehnica of Bucharest (1997-2002)Über mich
Vertikal Software ist Ihr Engineering-Partner für Systems Engineering, Embedded Software und Softwareentwicklung. Mit erfahrenen Ingenieuren unterstützen wir Entwicklungsprojekte von der Anforderungsanalyse über Architektur und Implementierung bis zur Integration und Verifikation.
Skills
Acceptance TestingSystems EngineeringAutomotive ElectronicsCanalyzerCanapeEmbedded SystemsEmbedded SoftwareMATLABSoftware ArchitectureAnforderungsanalyseRequirements EngineeringSoftware-Engineering-ProzessVerifizierung und ValidierungSystemarchitekturSystem Design
Systems & Software Engineering
Over 20 years of experience in systems and software engineering across automotive, industrial, railway, and aerospace applications. Expertise in complex embedded and safety-critical systems, covering the complete development lifecycle from requirements and architecture to implementation, integration, verification, and validation.
Requirements Engineering & Management
System and software requirements engineering, customer requirements analysis, specification, decomposition, traceability, and validation. Experience establishing structured requirements processes and ensuring consistency across engineering disciplines.
Tools: IBM DOORS, DOORS NG, Siemens Polarion, ReqIF, Jira
System & Software Architecture
System architecture definition, functional analysis, system decomposition, interface specification, and behavioral modeling. Software architecture, detailed design, and model-based engineering using UML, SysML, and state machines.
Tools: Enterprise Architect, IBM Rhapsody, MATLAB, Simulink, Stateflow
Embedded Software Development
Development of embedded software for automotive and industrial applications, including safety-critical ECUs. Experience with AUTOSAR, low-level software, microcontrollers, communication protocols, software integration, and code optimization.
Technologies: C, C++, AUTOSAR, MISRA C, Infineon AURIX, NXP, ARM, CAN, LIN, SPI, I2C, UDS
Functional Safety & Engineering Processes
Functional safety engineering according to ISO 26262, including safety requirements, technical safety concepts, software safety architecture, and safety mechanisms. Experience with ASPICE-compliant development, engineering reviews, quality assessments, and customer audits.
Standards: ISO 26262, ASPICE, MISRA C
Verification, Validation & Test Management
Comprehensive experience in software and system testing, including unit, integration, qualification, and validation testing. Test strategy, planning, automation, execution, defect management, and reporting. Experience with SIL, PIL, HIL, and model-based testing.
Tools: Vector CANoe, CANalyzer, CANape, VectorCAST, TPT, Tessy, BTC Embedded Tester, dSPACE, Google Test, Polyspace
Technical Project Management & Leadership
Technical leadership of multidisciplinary engineering teams, project planning, resource coordination, risk and issue management, customer communication, technical reviews, and progress reporting. Experience coordinating international development and testing teams.
Software Development & Engineering Automation
Development of engineering tools, automation solutions, and software applications supporting engineering workflows and requirements management.
Technologies: Python, JavaScript, TypeScript, Angular, Node.js, SQL, Linux
Industry Expertise
Automotive systems (EPS, EHPS, BMS, ESC, ESCL), industrial control systems, railway and transportation systems, aerospace ground systems, and safety-critical embedded applications
Erfahrung
Berufserfahrungmehr als 10 Jahre
Freelancer seit2014
Sprachen
DeutschverhandlungssicherEnglischverhandlungssicherRumänischMuttersprache
Projekthistorie
Technical lead for EPS ECU development for hydraulic steering systems. Defined system and safety requirements and system architecture using SysML. Coordinated software engineering activities across teams and supported customer reviews and technical decision-making.
System requirements engineering in the train and transportation domain. Derived customer requirements into system requirements specifications, reviewed system architecture and implementation specifications, and managed requirements with IBM DOORS including custom automation solutions using DXL scripts.
Developed ECU technical safety concepts and documented safety mechanisms at ECU system and software levels. Performed gap analysis of safety requirements for the AURIX Infineon TriCore MCU, specified software safety requirements, and reviewed software architecture and implementation from a safety perspective.