Top Engineering Jobs

Leads architecture, development, testing, validation, certification, and release of embedded software for robotic, autonomous, and safety-critical machines. Owns integration and build pipelines, develops operator and machine safety systems, evaluates AI and machine learning technologies, advises on complex integrations, and mentors engineers. The role requires extensive platform-level software development experience, robotics and autonomy expertise, an engineering or computer science degree, full-time onsite work in Irving, Texas, and up to 10% travel.

Provides onsite IT and infrastructure leadership for a large outdoor proving ground. Designs, deploys, monitors, and supports wireless, cellular, microwave, mesh, and private 5G networks enabling autonomous and remotely operated equipment. Manages cybersecurity, vulnerability remediation, vendors, projects, budgets, and stakeholder relationships while conducting RF planning, troubleshooting, root cause analysis, and reliability improvements.

Designs, develops, tests, certifies, and releases software for robotic, autonomous, and safety-critical heavy machinery. The role architects embedded and real-time systems, supports ADAS and robotics planning, builds software delivery pipelines, develops AI-enabled safety solutions, troubleshoots integration challenges, and mentors engineers. It requires collaboration with product development teams and hands-on experience in platform-level software, autonomy, and ADAS projects.

Develop and integrate high-fidelity machine, sensor, and control models into Hardware-in-the-Loop and real-time simulation platforms. Build virtual validation environments, test autonomy systems across varied conditions, troubleshoot communication interfaces, and create automated verification tools. Collaborate with autonomy, software, and HIL teams to improve simulation fidelity, performance, and integration efficiency. The role also includes technical leadership, mentoring, documentation, validation reporting, and strategy development.

Develop production-quality C++ autonomy middleware and application frameworks for Caterpillar’s mining and construction equipment. Responsibilities include architecture support, coding, documentation, functional safety validation, hardware-software integration, device and communication interface development, troubleshooting, and test-bench operation. The role requires collaboration across teams and onsite work in Irving, Texas, with up to 10% domestic travel.

Support development, testing, implementation and maintenance of application systems (Oracle E-Business Suite). Develop, code, debug and document small or straightforward programs; assist with integration, system testing, troubleshooting, and technical documentation. Provide end-user support and participate in migration, deployment and local integration efforts.

Designs, develops, and supports scalable cloud-native backend services and REST APIs using Java and Spring Boot. Architects AWS solutions, event-driven systems, and distributed applications; works with relational and NoSQL databases; and drives performance, reliability, observability, and CI/CD improvements. Provides technical leadership, makes architecture decisions, mentors engineers, conducts code reviews, collaborates cross-functionally, and troubleshoots complex production issues.

Leads system integration and validation for autonomous platforms, including test planning, execution tracking, risk management, issue resolution, dashboards, retrospectives, and corrective actions. Supports bench design and commissioning while coordinating with systems, product, test-track, and proving-ground teams. The role validates hardware, software, remote-control, and semi-autonomous components against NPI timelines and production-readiness requirements.

Owns the validation architecture for autonomous robotics systems, including evaluation methodology, metrics, benchmarking, scenario coverage, sim-to-real validation, and simulation requirements. Defines safety and deployment-readiness criteria, leads technology evaluations, develops technical architecture and roadmaps, and collaborates across engineering and simulation teams to validate autonomous machines from simulation through real-world deployment.

Designs and delivers vehicle-level autonomous machine systems from requirements through production. Leads autonomy engineers, evaluates technologies, decomposes customer needs into technical requirements, coordinates software, hardware, and platform teams, and manages phased simulation, proof-of-concept, validation, and release activities. The role also estimates project costs, analyzes risks and benefits, resolves system-level issues, documents designs, and communicates technical tradeoffs across global engineering teams.