Senior Cybersecurity Software Engineer

American Rheinmetall•Auburn Hills, MI

9d•Onsite

About The Position

The Cybersecurity Embedded Software Engineer is a role within the Engineering organization, responsible for implementing embedded cybersecurity software solutions for the XM30 program. This position focuses on developing and integrating software mechanisms that support secure communication between devices and subsystems, including authentication, access control, protected interfaces, and other cybersecurity features required to support secure system operation. The Cybersecurity Embedded Software Engineer works at the American Rheinmetall Auburn Hills, MI office. The Cybersecurity Software Embedded Engineer requires at least 5 years of experience in embedded software development with cybersecurity-related responsibilities, and have a bachelor’s degree in a related field.

Requirements

Experience developing embedded software for cybersecurity-related functions such as authentication, access control, protected communications, or secure interface implementation
Experience implementing software protections for communications between distributed or embedded systems
Familiarity with software security principles, secure coding practices, and vulnerability mitigation
Experience in C, C++ or other relevant languages used in embedded or systems software development
Familiarity with embedded software development and integration in complex hardware/software systems
Experience troubleshooting software in lab, integration, or test environments
Practical ‘hands on’ attitude with the ability to operate independently
General knowledge of Military Standards and regulations
Ability to present technical solutions to clients and internal stakeholders
Must be able to communicate effectively in a variety of settings and be able to assimilate complex instructions easily
Must demonstrate an enthusiasm to engage with and support overseas colleagues
Must be able to obtain an active U.S. Security Clearance
BSc Engineering (e.g. Mechanical, Electrical, Systems, Aerospace, Automotive) or
Extensive Combat Vehicle Technical Build and Test Experience
5 – 15+ years relevant experience
Must undergo and meet company standards for background check, employment verification, reference checks, physical, and controlled substance testing.

Nice To Haves

Experience implementing cybersecurity software in defense, automotive, or embedded platforms
Experience supporting secure communications across vehicle or platform-level systems
Familiarity with US DoD ground vehicle requirements
Experience with software hardening and vulnerability remediation
Ability to speak German desired
MSc Engineering desired (e.g. Computer Science, Software, Electrical, Cybersecurity, Systems, Aerospace, Automotive))

Responsibilities

Develop and implement embedded cybersecurity software features for the XM30 program across vehicle and platform-level systems.
Implement software mechanisms that support secure communication between devices, subsystems, and software components.
Develop and integrate software functions related to authentication, access control, protected communications, and other cybersecurity features.
Support implementation of cybersecurity requirements within embedded software architecture, interfaces, and application behavior.
Work with systems, software, and cybersecurity engineers to translate cybersecurity designs into deployable embedded software solutions.
Develop and maintain software interfaces that support secure data exchange across connected devices and vehicle subsystems.
Support integration and troubleshooting of cybersecurity software in lab, bench, and vehicle test environments.
Perform analysis and debugging of software issues related to device communications, interface protection, and cybersecurity implementation.
Support secure coding practices and remediation of software vulnerabilities.
Participate in design reviews, code reviews, integration activities, and technical reviews related to cybersecurity software implementation.
Support verification and validation efforts by ensuring cybersecurity software requirements are testable and properly implemented.
Support continuous improvement of engineering processes, software quality, and cybersecurity implementation practices.