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Embedded Software Engineer

Experienced Embedded Software Engineer with 8 years of expertise in the automotive industry. Specialized in C programming, model-based development (MATLAB/Simulink), and…

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Embedded Software Engineer

Executive snapshot

  • Experience: 8 Jahre
  • Seniority: Senior
  • Work mode: Nicht angegeben
  • Availability: Nicht angegeben
  • Region: Deutschland / EU
  • Focus: Automotive, E-mobility, Embedded Systems, functional safety

At a glance

Profile ID
DP-11733
Role
Embedded Systems Software Development, Functional Safety, Requirements Management
Seniority
Senior
Experience
8 Jahre
Work mode
Nicht angegeben
Availability
Nicht angegeben
Region
Deutschland / EU
Languages
German: B2, English: C2 (native), Arabic: C2 (native)
Engagement models
Festanstellung, Projektanstellung, Functional Safety + Automotive, ISO 26262 / Functional Safety
Indicative rate
Nicht angegeben

Short profile

Experienced Embedded Software Engineer with 8 years of expertise in the automotive industry. Specialized in C programming, model-based development (MATLAB/Simulink), and the implementation of functional safety according to ISO 26262. Possesses profound knowledge in ASPICE-compliant requirements management and system integration for complex automotive systems, including E-Mobility and Drive-by-Wire. Key profile strengths include Functional Safety + Automotive, ISO 26262 / Functional Safety.

Focus (domains)

AutomotiveE-mobilityEmbedded Systemsfunctional safetySoftwareElectronicsEmbeddedASPICEtestingLeadership

Core skills

CEmbedded CModel-Based DevelopmentFunctional Safety (ISO 26262)ASPICEUDS (ISO 14229)Requirements ManagementSystem IntegrationtestingEmbeddedSoftwareCANoeDOORSMATLABSimulinkhardwareISO 26262

Tools & technologies

MATLABSimulinkIBM DOORSCANoeGitVector DaVinciiSYSTEM winIDEAEclipseEmbeddedSoftwareDOORShardwaretesting

Track record & project highlights

Identification of ECU safety goals and execution of HARA, FMEA, and FTA for risk assessment and mitigation in Drive-by-Wire steering systems. Analysis of Single-Point-Failures (SPFs) and implementation of redundancy measures to meet safety requirements. Review of SYS.3 requirements and assurance of ASPICE compliance through traceability management in DCT transmission systems. Management of traceability across software, hardware, and architecture, as well as conducting reviews of variants and interfaces.
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