Top Engineering Jobs

Owns ADAS diagnostic strategy and architecture, including requirements, fault detection logic, DTC structures, failure responses, and behavioral models. Collaborates with software, controls, engineering, manufacturing, service, and suppliers to develop, validate, troubleshoot, and continuously improve diagnostics. Manages enhanced diagnostic requests, issue triage, DTC lifecycles, root-cause investigations, specifications, and troubleshooting documentation across the vehicle product lifecycle.

Owns design release, quality, technical timing, and supplier delivery for battery management system controller assemblies from concept through production launch and field support. Responsibilities include CAD and BOM release, cost and investment targets, FMEA and verification documentation, manufacturing readiness, warranty investigations, field actions, supplier APQP and PPAP, critical-path management, and gate readiness. The role requires coordinating hardware, software, validation, manufacturing, and suppliers while ensuring product quality, traceability, serviceability, and production readiness.

Develop application-layer control software for high-voltage EV battery management systems. Responsibilities include operating state machines, high-voltage sequencing, protection and limit strategies, cell balancing, thermal control, diagnostics, estimation-model integration, calibration, requirements traceability, safety analysis, and hardware-based validation debugging. The role uses model-based development with production code generation and handwritten C, supports root-cause analysis and field issue resolution, and requires occasional travel and hybrid onsite work.

Leads the design, validation, release, launch, and production support of automotive handles, locks, latches, hinges, and related closure mechanisms. Responsibilities include CAD and BOM management, technical analysis, validation planning, engineering documentation, supplier engagement, PPAP, manufacturing launch, regulatory compliance, root-cause problem solving, and post-launch reliability improvements. The role collaborates with engineering, manufacturing, quality, purchasing, suppliers, and assembly plants while supporting an on-site vehicle development program.

Leads a team of Core Systems Engineers defining, validating, and handing off logical requirements for mechatronic vehicle features. Oversees systems engineering, DFMEA, functional safety cross-validation, requirements traceability, prototyping, test planning, and system sign-off. Manages staffing, performance, recruiting, technical quality, program risks, and cross-functional collaboration with vehicle architecture, Mechatronics, quality, suppliers, and program leadership. Ensures compliance with ISO 26262, ASPICE, IATF 16949, and SAE standards.

Develop and validate vehicle propulsion control calibrations across gasoline, diesel, hybrid, and electric powertrains. Own calibration work from planning through signoff, analyze vehicle and field data, resolve technical issues, and evaluate robustness across operating conditions. Coordinate with cross-functional engineering teams, create technical documentation, and improve calibration workflows through scripting, automation, analytics, modeling, and continuous integration.

Leads a team of infrastructure, cloud, and solution architects while establishing architectural governance and enterprise technology strategy. Designs hybrid cloud, datacenter, virtualization, mainframe integration, Kubernetes, and AI infrastructure architectures. Builds IaC automation and CI/CD pipelines using Terraform, Ansible, scripting, and GitOps tools. Guides cloud migrations, publishes architecture patterns and white papers, manages Windows and Linux environments, and communicates technical strategies to executives.

Lead hybrid infrastructure and hosting for a battery energy storage manufacturing facility. Architect and operate Google Cloud and on-premises edge environments, including physical data centers, virtualization, storage, monitoring, identity and security, backup, and disaster recovery. Manage cloud costs, ensure high availability and data integrity, and lead infrastructure deployment through plant construction and go-live. Direct hardware sourcing and collaborate with network, security, and external vendor teams.

Leads automotive electrical distribution system development and release, including logical and physical schematics, wire and connector selection, EDS topology, CAE workplans, compatibility analysis, prototype validation, ECAR activities, and redesign verification. Supervises and mentors wiring systems engineers while coordinating cross-functional vehicle engineering delivery and ensuring quality, cost, timing, and manufacturability targets.

Develop and execute engine test plans for racing powertrains, validating fuel economy, performance, durability, combustion strategy, emissions, and system architecture. Coordinate cross-functional testing, ensure engineering and safety compliance, analyze data using MATLAB and AVL tools, identify trends and anomalies, present technical findings, and develop scripts, algorithms, and software to improve test-data processing.