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Forterra

Autonomous driving system for retrofitted vehicles

Vehicle Controls Systems Architect

Mechanical EngineeringConfirmed live in the last 24 hours
Full-timeClarksburg, MD, USAIn-person

About the Job

Requirements

  • Six or more years of hands-on systems integration and test engineering experience; candidates with one to two years of directly relevant experience may also be considered.
  • A B.S. in Electrical Engineering, Computer Engineering, Mechanical Engineering, Aerospace Engineering, Computer Science, or a related field, or equivalent hands-on experience.
  • Ability to work across mechanical, electrical, and software disciplines and communicate credibly with specialists in each.
  • Experience writing, managing, and tracing system and subsystem requirements on a formal engineering program.
  • Experience integrating commercial off-the-shelf components, especially actuation and/or sensing systems, onto vehicles or other complex electromechanical systems.
  • Experience interpreting electrical schematics, including printed circuit board, cable, and harness drawings.
  • Working knowledge of interface control principles and documentation, including Interface Control Documents.
  • Ability to review text-based and model-based software and assess the system-level implications of code and design changes.
  • Scripting proficiency, such as Python, for processing and analyzing test data.
  • Must be a U.S. Person and eligible to obtain a security clearance in the future; no current clearance is required to start.
  • Willingness to work hands-on with hardware in lab and field or vehicle environments.

Responsibilities

  • Own systems architecture for vehicle subsystems, defining how mechanical, electrical, and software components interact.
  • Work with internal and external customers to understand requirements and tradeoffs for overall system design decisions.
  • Collaborate with hardware and software leads to mature and develop detailed hardware and software architectures.
  • Write, maintain, and trace system and subsystem requirements through integration and test.
  • Author and maintain Interface Control Documents, interface description documents, and other systems engineering artifacts to support development and safety analysis.
  • Integrate custom and commercial off-the-shelf actuation and sensing systems onto vehicle platforms, and design unique actuation or sensing solutions when suitable existing options are unavailable.
  • Work hands-on with vehicles to bring hardware and software components from different teams together into a working system.
  • Troubleshoot integration issues across mechanical, electrical, and software boundaries in lab and vehicle environments.
  • Develop and execute test plans and procedures to validate system and subsystem performance.
  • Operate autonomous vehicles to understand how the drive-by-wire system fits into the overall system architecture and its performance needs.
  • Write scripts using tools such as MATLAB, Octave, or Python to process, analyze, and visualize test and telemetry data to debug issues and verify and validate system performance.
  • Generate systems engineering artifacts to support safety analysis, including MIL-STD-882 and ISO 26262 analyses, failure mode and effects analysis, fault trees, functional architectures, and allocations.
  • Interpret mechanical and electrical computer-aided design models, bills of material, commercial-off-the-shelf specifications, and drawings in support of integration work and requirement analysis.
  • Review software design and code to understand and validate system-level behavior and integration impact.
  • Communicate with mechanical, electrical, software, and program stakeholders across the company.
  • Translate between disciplines to keep integration and test work moving and on schedule.

Desired Qualifications

  • Experience owning systems architecture end to end for a vehicle, robotic, or other complex electromechanical platform.
  • Experience developing and executing formal test plans and procedures.
  • Background in automotive, medical, aerospace, robotics, or defense vehicle programs.
  • Proficiency with mechanical design, including computer-aided design modeling and drafting.
  • Proficiency with electrical design, including electronic computer-aided design modeling and cabling or harness design tools.
  • Proficiency with text-based embedded software development in C or C++, and/or model-based embedded software development in Simulink.
  • Hands-on mechanical and electrical fabrication experience, such as machining, 3D printing, or cable assembly.

About the Company

Forterra

Autonomous driving system for retrofitted vehicles

Forterra provides AutoDrive, an autonomous driving system that can be retrofitted into existing ground vehicles to enable unmanned operation in defense and industrial settings. The retrofit kit adds sensors, computing, and control software so vehicles can navigate and operate autonomously in hazardous environments. Its retrofit-and-dual-use approach differentiates it from competitors by upgrading current fleets rather than buying new vehicles and by serving both military and industrial customers. Its goal is to accelerate the deployment and scaling of AutoDrive to expand unmanned operations, improving efficiency and safety.

Company size
501-1,000
Company stage
Series C
Total funding
$635M
Headquarters
Clarksburg, MD
Founded
2002

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