Senior Principal Cybersecurity Engineer

Aptiv•Troy, MI

18h

About The Position

Sr. Principal Security Engineer Join Aptiv and help lead the automotive industry into a more resilient and assured cybersecurity future. Our team protects our customers from the most advanced threats affecting the automotive industry. Aptiv’s Central Product Cybersecurity team is working to protect Aptiv products by executing security research and development activities. As our Sr. Principal Security Engineer, you will focus primarily on developing novel cybersecurity capabilities into hardware and software. You will engage in vulnerability discovery and reverse engineering activities. Additionally, you will be interfacing with the production engineering teams, enhancing open-source firmware, experimenting with state-of-the-art technologies, and much more. Your contributions will ensure vehicles on the streets are protected from grave threats posed by criminals and terrorists.

Requirements

5+ years’ experience in cybersecurity engineering, development of cryptographic libraries/protocol stacks, vulnerability research, or reverse engineering
5+ years’ experience with C, assembly ( ARM, MIPS, RISC-V, Intel x86_64, proprietary architectures, etc.), or similar low-level /embedded development
3+ years’ experience with: 1) host-based virtualization (VMware workstation, QEMU-KVM, Xen, etc.) and emulation technologies (QEMU, Simics, etc.); 2) conducting offensive cyber research such as vulnerability research and exploit development against embedded systems; 3) scripting languages like Python in a Linux-like environment ; and 4) debugging embedded systems (JTAG, UART, proprietary debugging environment, etc)
Familiarity with embedded systems development and use of cryptography and/or communications implementations
Good organization, communication, collaboration and interpersonal skills
A go-getter that is passionate to learn about new security vulnerabilities and develop assessment automation solutions
Interest and/or experience with bug bounties, capture-the-flag competitions, etc.
Experience proposing and executing independent research and development tasks and writing conference-level technical reports
Familiarity with version control systems and code review processes

Nice To Haves

2+ years’ experience developing with automotive hardware and architectures (e.g., TriCore™)
2+ years’ experience developing for FPGAs such as Xilinx, NXP, etc. and using their associated tool suites such as Vivado, etc.
Familiarity with automotive communication systems (CAN, CAN-FD, automotive Ethernet, etc.)
Familiarity with automotive operating systems such as SROS2 and software communications middleware DDS
Familiarity with Bluetooth, NFC, and/or Wi-Fi implementations and communications
General understand circuit schematics, hardware data sheets, and/or logic design
Experience working as part of a cross-functional team to implement diverse solutions
Experience performing threat modelling and design reviews to assess security implications and requirements for introduction of new technologies
Experience representing technical viewpoints to diverse audiences and in making timely and prudent technical risk decisions
Experience in customer discussions and technical design reviews and supporting cross discipline activities
High level of oral and written communication skills
Ability to communicate and present complex issues and ideas with precision and clarity, adjusting appropriately for the audience; ability to communicate effectively up to the Vice President level
Good personality and strong ability for successfully working independently

Responsibilities

Research and develop production-ready cybersecurity capabilities, develop reverse engineering tools and other cyber research instrumentation
Develop, enhance and customize security capabilities, tooling and instrumentation
Communicate security research findings to production engineering teams around the world, ensuring integration into platforms and products
Collaborate with open-source organizations to ensure quality of our open-source cybersecurity stack, including making quality and feature improvements
Conduct experiments to test the limits of state-of-the-art technologies to uncover weaknesses and vulnerabilities
Translate research findings into patents, blog posts, and conference publications
Maintain an up-to-date awareness of offensive and defensive cybersecurity activities in the public/commercial domain and working to accelerate cyber operations as appropriate
Break down long-term efforts into discrete tasks that demonstrate incremental progress
Guide product teams through integration of new cybersecurity system designs and testing methodologies
Defend research viewpoints to senior and executive leadership by providing compelling information and evidence