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Design and ship safety-critical embedded firmware for autonomous and connected vehicle platforms using C/C++, RTOS, and real-time systems.
Test Engineer II at Airhart Aeronautics designs and executes hardware/software tests for avionics systems, debugs failures, and improves validation processes for flight computers and pilot displays.
You’ll perform threat assessments and risk analyses for vehicle ECUs and features, derive security requirements, write tests (Python/Go/C/Rust), and document UN R155 compliance evidence for automotive software-defined vehicles.
Design and implement real-time control systems in C for LiDAR scanning actuators, integrating motors, encoders, and motor drivers in a fast-paced product team.
Own the product vision and roadmap for Ford’s enterprise PLM platform (Dassault 3DEXPERIENCE), focusing on BOM management, change management, and workflow automation to drive manufacturing efficiency.
Design and analyze traffic systems using tools like Synchro/Sim Traffic and HCS to improve road safety and efficiency for highways, intersections, and urban networks.
Develop embedded C/C++ software for autonomous robotic vehicles, integrating control systems, sensors, and actuators while maintaining real-time performance and test coverage.
Own the global voice-of-customer program for Ford’s retail mobile apps, turning app-store reviews, NPS and social feedback into prioritized fixes and new features that raise Ford’s digital standards.
Senior engineer building real-time C++/Linux systems that process live traffic data from edge sensors and cloud services to power AI-driven mobility safety platforms.
Design and implement embedded communication protocols (EDDT, MAP, BDT, PGB) for Caterpillar’s DCU platform, ensuring reliability and scalability in C/C++ on Linux.
Design and implement embedded cybersecurity for vehicle platforms, including secure boot, PKI, TLS/IPsec, and Linux hardening to meet ISO 21434 and IEC 62443 standards.
Designs and tests hardware for vehicle vision and driver-assistance systems, including ECUs, cameras, and monitors, using Altium and Siemens Xpedition.
Lead AI strategy and delivery for TMT clients, shaping GenAI offerings and advising C-suite on secure, scalable AI transformations across telecoms, media and tech.
Build and optimize cloud pipelines for autonomous-driving sensor data, handling LiDAR/camera streams, annotation tooling, and distributed storage/compute to support ML teams.
Leads development of automotive middleware (DDS, SOME/IP, CAN/LIN) and system software for self-driving and cockpit controllers on Linux/QNX/VxWorks.
Analyze bus and coach reliability data to uncover trends, automate reports, and support engineering decisions using Power BI, Excel, and AI tools like Microsoft Copilot.
Develop MATLAB and Python automation tools for automotive data analysis, signal processing, and GUI apps to improve engineering workflows in in-vehicle infotainment systems.
Lead a Site Reliability Engineering team to architect, scale, and harden Harman’s automotive software platforms, ensuring high availability and security for connected vehicle solutions.
Lead a team to verify software designs for automotive systems, ensuring Automotive SPICE SWE.5 compliance and robust integration testing across embedded Linux and AUTOSAR environments.
Develop MATLAB and Python automation tools for automotive data analysis, signal processing, and GUI-based applications to improve engineering workflows and in-vehicle infotainment systems.
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