Top Engineering Jobs

Design, modernize, and support enterprise applications and integrations across on-prem, cloud, SaaS, and hybrid environments. Implement IaC (Terraform), CI/CD, containerized deployments, automation, monitoring, backups, and disaster recovery. Enforce security best practices, troubleshoot incidents, document runbooks, and introduce practical AI-enabled automation and analytics. Mentor junior engineers and drive platform reliability and scalable integrations.

Develop ML/RL models and infrastructure for AV simulations, optimize training loops, and support project timelines in autonomous vehicle tech.

The role involves designing and maintaining advanced HIL systems for vehicle validation, collaborating with diverse teams to enhance testing infrastructure and ensure high availability of test systems.

The Software Engineering Manager will lead the development of Linux-based networking system software in vehicles, ensuring reliability, mentoring engineers, and collaborating with hardware and cloud engineering teams.

The Connectivity Hardware Design Release Engineer will manage sourcing, integration, and compliance of telematics modules, collaborating with teams to ensure performance and production readiness.

Design, integrate, and validate real-time HIL benches and instrumentation for vehicle domains (electrification, active safety, chassis, body). Develop plant and vehicle dynamics models, integrate ECUs and communication protocols, implement test automation, improve bench capabilities, and support/train lab users.

Design and develop audio and DSP software for Android, Linux, ARM SoC and DSP systems. Lead design and integration of audio processing modules (noise cancellation, in-car comms, routing, upmixers), support hardware bring-up and validation, guide vendors, mentor engineers, and participate in feature prototyping, testing, and documentation within an Agile/ Scrum environment.

Design and validate onboard chargers for electric vehicles: define technical requirements, design control interfaces, run simulations, perform DFMEA/DFSS and worst-case analysis, engage suppliers (TASL), execute high-voltage charge/discharge tests, and support product release through manufacturing.

Design and implement advanced control and estimation algorithms for vehicle motion systems; support integration and testing in simulation; collaborate with teams and deliver technical documentation.

Drive equipment uptime and maintainability across propulsion manufacturing by developing maintenance systems and standards, supporting new launches, optimizing equipment designs, reducing downtime and costs, delivering training, advancing Manufacturing 4.0, and providing expert technical support.