Embedded Software Engineer

RH Sheppard
Hanover, United States of America
1 month ago

Role details

Contract type
Permanent contract
Employment type
Full-time (> 32 hours)
Working hours
Regular working hours
Languages
English
Experience level
Intermediate
Compensation
$ 111K

Job location

Hanover, United States of America

Tech stack

C
Data analysis
Systems Engineering
AUTomotive Open System Architecture (AUTOSAR)
Network Analysis
Configuration Management
Code Generation
Software Quality
Communications Protocols
Software Debugging
Embedded C
Embedded Software
Hardware-In-The-Loop Simulation
Matlab
Software Architecture
ISO/IEC 15504
Requirements Traceability
Software Engineering
Software Requirements Analysis
Systems Integration
Curam Configuration Tools
Model-Driven Development
Integration Tests

Job description

Job Duties: Develop, integrate, validate, and release embedded software for active steering systems used in commercial vehicle applications. Duties include:

  • Design and develop embedded software components for active steering systems using embedded C and industry-standard development environments.
  • Configure and implement AUTOSAR-based software architecture, interfaces, and communication stacks.
  • Perform model-based software development activities, including modeling, simulation, and auto-code generation using MATLAB/Simulink.
  • Execute software builds, compilation, and integration of software modules into production systems.
  • Conduct unit, integration, and system-level verification activities to support software quality and functionality.
  • Participate in Software-in-the-Loop (SIL) and Hardware-in-the-Loop (HIL) testing, including data analysis, debugging, and issue resolution.
  • Support simulation, bench, and vehicle-level testing to validate feature performance and system functionality.
  • Develop, analyze, and troubleshoot vehicle communication networks and diagnostics, including CAN and SAE J1939 protocols.
  • Utilize Vector tools or equivalent network analysis and debugging tools for software development and validation.
  • Support development, refinement, and traceability of system and software requirements for steering features.
  • Assist in implementation and tuning of driver-assistance functions, including lane keep assist, lane centering, and hands-off detection features.
  • Follow structured software development processes (ASPICE, V-Model) to ensure requirements traceability, configuration management, and process compliance.
  • Support functional safety activities in accordance with ISO 26262 within the embedded software lifecycle.
  • Collaborate with systems engineering, hardware, validation, manufacturing, and customer application teams during product development and launch activities.
  • Participate in customer tuning and vehicle validation activities, including limited on-track development support.

Requirements

Do you have experience in Systems engineering?, Do you have a Bachelor's degree in engineering?, Minimum Qualifications: Bachelor's degree in Electrical Engineering or a related Engineering field and three (3) years of experience as an Embedded Software Engineer or related.

The following experience is also required:

  • Experience in embedded systems engineering, automotive electronics, or related control system applications.
  • Experience in embedded software development, integration, and validation across multiple stages of the software development lifecycle.
  • Experience working within structured development processes, including ASPICE, V-Model, or equivalent frameworks.
  • Experience supporting vehicle-level testing, calibration, or customer application activities.
  • Experience developing embedded software using C programming language.
  • Experience with AUTOSAR architecture and configuration tools.
  • Experience with model-based design methodologies using MATLAB/Simulink or equivalent tools.
  • Knowledge of CAN communication protocols, diagnostics, and SAE J1939 standards.
  • Experience with Software-in-the-Loop (SIL), Hardware-in-the-Loop (HIL), unit, and integration testing methodologies.
  • Knowledge of functional safety concepts in accordance with ISO 26262.

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