Top Tech Jobs & Startup Jobs

Leads industrial controls teams and manufacturing automation projects. Responsibilities include controls design reviews, PLC and robotics troubleshooting, machinery safety risk assessments, tool buy-offs, IT and IIoT integration, supplier partnerships, standards management, layout support, throughput analysis, and downtime resolution. Provides technical leadership, mentoring, documentation, and validation of automation systems, programming practices, safety requirements, network architectures, and manufacturing processes.

Supports digital launch readiness by analyzing validation and quality data, producing dashboards and status reports, coordinating readiness reviews and UAT, managing defect triage, and aligning software releases with vehicle milestones. The role also coordinates test environments, updates product documentation, supports global process rollouts, and escalates risks across technical, marketing, operations, CRM, and verification teams.

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.

Optimize automated manufacturing equipment and processes at a new battery facility. Responsibilities include systems integration, preventive maintenance planning, KPI improvement, Six Sigma initiatives, equipment performance, maintenance support, technician training, safety compliance, and automation lifecycle management. The role requires collaboration across departments, rotating shift flexibility, and extensive domestic and international travel during plant launch and support.

Develop SAP S/4HANA order management solutions using RAP, ABAP Cloud, CAP, SAP BTP, and enterprise integration technologies. Design APIs, event-driven integrations, Fiori applications, and clean-core extensions connecting SAP, legacy systems, dealers, and logistics partners. Own testing, CI/CD, security, monitoring, performance, documentation, production support, and root-cause resolution. Collaborate with product owners, architects, analysts, and engineering teams while mentoring colleagues and advancing SAP development standards.

Lead global engineering learning and development by analyzing capability needs, designing training strategies, evaluating technical content, managing eLearning platforms, deploying learning analytics dashboards on GCP, coordinating compliance tracking, and partnering with engineering teams, SMEs, academic institutions, and external organizations on training and funding opportunities.

Design and implement air-charge estimation and turbo/boost control algorithms in PCM using C. Validate control software via unit tests, SIL/MIL/HIL, and plant models. Troubleshoot air-path diagnostics, maintain documentation and calibration artifacts, and lead control system planning and program management across vehicle programs to meet functional, emissions, performance, and safety requirements.

Develop, design, validate, characterize, and troubleshoot traction inverters for electric vehicles. Responsibilities include circuit schematics, PCB layout, circuit, thermal, and control analysis, failure analysis, high-voltage testing, design validation, and end-of-line test support. Collaborate with mechanical, software, systems, project management, and supply chain teams.