Jobs at APTIV

Develop, test, and maintain C, C++, and Python software for cloud-native infrastructure supporting edge computing and 5G deployments. Contribute to distributed cloud platform components, automation, integration, validation, debugging, test automation, code reviews, documentation, and open-source projects such as StarlingX. Collaborate with global engineering teams while building expertise in Kubernetes, OpenStack, container technologies, scalability, reliability, and cloud software development.

Develop and test cloud-native software components for distributed edge computing and 5G environments. Responsibilities include programming in C, C++, and Python; integrating and automating cloud infrastructure; debugging and root cause analysis; test automation; code reviews; technical documentation; and contributing to open-source projects such as StarlingX. The role offers growth through collaboration with experienced engineers and hands-on work with Kubernetes, OpenStack, containers, and distributed systems.

Develop and implement manufacturing test solutions for high-volume automotive electronic production. Responsibilities include creating test software and hardware solutions, defining test coverage, validating equipment, conducting capability and statistical analyses, developing memory flashing solutions, troubleshooting production issues, supporting launches, collaborating with global engineering and supplier teams, training manufacturing personnel, and optimizing test performance and reliability.

Develop and industrialize manufacturing processes from prototype through full-scale production. Design tooling and fixturing, lead advanced manufacturing and continuous improvement projects, evaluate new technologies, create process documentation and estimates, and coordinate with engineering, operations, suppliers, and manufacturing plants. Support data-driven decisions, quality compliance, supplier activities, product launches, and hands-on prototype, testing, tooling validation, and production activities.

Design, train, evaluate, and optimize machine learning models for camera-based automotive perception. Apply transformers, vision transformers, CNNs, representation learning, and self-supervised learning to improve robustness, generalization, efficiency, and inference latency. Collaborate with software, systems, validation, and AI/ML teams while supporting software quality, documentation, testing, and engineering excellence. Work focuses on computer vision features such as vehicle, pedestrian, lane, traffic sign, and traffic light detection.

Manage customer quality requirements, leading corrective actions, supporting product design, coordinating quality systems, and ensuring compliance with standards in the automotive or plastics industry.

The job description provides no responsibilities or qualification details beyond the Tooling Engineer title. The role likely relates to tooling engineering, but specific duties, technologies, experience requirements, travel, and work conditions are not stated.

Design, develop, and maintain embedded automotive software using RTOS and microcontrollers. Implement automotive communication protocols, follow AUTOSAR and ASPICE processes, lead testing/debugging with Vector tools, manage requirements in DOORS, and use Git/JIRA/Gerrit for version control and collaboration.

Design, train, fine-tune, validate, and optimize machine learning and deep learning models for ADAS and automotive validation. Build reproducible end-to-end pipelines for large-scale vehicle and sensor datasets, including data acquisition, labeling, preprocessing, feature engineering, evaluation, and quality analysis. Develop distributed training workflows across cloud and HPC environments, investigate model failures, support vehicle testing and data collection, and collaborate with algorithm, systems, and validation teams on deployment readiness and robustness.

Lead vehicle data mining and analytics across cloud and high-performance computing environments. Analyze CAN and Ethernet signals, logs, and anomalies; support root-cause analysis and ADAS machine-learning validation; assist with embedded debugging, vehicle instrumentation, testing, and data collection; and improve analytics workflows while collaborating with algorithm, systems, validation, and project teams.

Design and evaluate antenna systems and RF transceiver hardware for automotive radar. Model RF/antenna designs in EM tools, perform tolerance and system-level analyses, develop and run millimeter-wave lab tests, document results, maintain lab equipment, create antenna drawings, and support radar systems engineering and troubleshooting.

Generates outbound leads for Aptiv’s adjacent markets strategy by researching robotics, drone, defense, aerospace, and government OEM prospects. Conducts cold calls, emails, and social outreach; qualifies decision-makers, uncovers business needs, schedules discovery meetings, and hands opportunities to account executives. Maintains CRM data, communicates complex technology solutions, collaborates with marketing and sales teams, and meets pipeline and quota goals.

Owns quota-bearing sales growth across industrial robotics, drones, autonomy, and defense markets. Responsibilities include creating net-new pipeline, managing complex sales cycles, developing strategic accounts, engaging senior executives, forecasting revenue, coordinating engineering and partner resources, and closing hardware, software, and services solutions. The role also involves market expansion, trade show participation, Salesforce CRM management, and international customer travel.

Generates and qualifies outbound leads in robotics, drones, aerospace, and defense markets. Researches accounts, engages decision-makers through calls, email, and social outreach, communicates technical solutions, schedules discovery meetings, and hands qualified opportunities to account executives. Maintains CRM records, collaborates with marketing and sales teams, and consistently meets activity, meeting, pipeline, and revenue goals.

Leads requirements engineering, system architecture, traceability, technical decisions, and issue resolution for automotive BCM embedded systems. Maintains Polarion requirements and Enterprise Architect models, coordinates hardware, software, vehicle network, and verification activities, and ensures Automotive SPICE work-product quality. Collaborates with global OEM customers, manages Jira-based planning and dependencies, mentors engineering teams, supports platform reuse, and promotes responsible AI use while protecting confidential data.

Leads quality operations across the value chain, including corrective and preventive actions, KPI-driven risk management, QMS improvement, audit readiness, customer requirements, and cross-functional resolution of complex quality issues. Ensures compliance with IATF 16949, VDA, and OEM standards while supporting supplier and project quality initiatives in an automotive manufacturing environment.

Serves as the primary contact for suppliers regarding invoice status, payments, and documentation. Investigates accounting and payment issues across systems, manages escalations, supports procure-to-pay processes, maintains supplier controls, and implements corrective actions and process improvements. The role also responds to queries within SLAs and KPIs while coordinating with internal stakeholders and using ERP, ServiceNow, automation, and RPA tools.

Manage software quality engineering teams, project staffing, budgets, schedules, training, and professional development. Ensure software compliance with automotive quality standards and customer requirements, including ASPICE, IATF 16949, and ISO 26262. Monitor project performance, risks, defects, audits, and corrective actions while supporting customer communication and continuous process improvement. Lead SUP.1 initiatives, coordinate assessments, and promote quality throughout the software development lifecycle.

Ensure accurate Accounts Receivable booking, invoicing, customer reconciliation, and resolution of aged open items and credit balances. Follow accounting policies and internal controls, collaborate with sales to reduce past-due accounts and bad debt, support audits, and prepare AR reconciliations with proactive follow-up.

Leads the design, development, integration, testing, and maintenance of AUTOSAR-based embedded automotive software. Responsibilities include working with RTOS, microcontrollers, communication protocols, BSW and MCAL modules, requirements traceability, software architecture, debugging, code reviews, static analysis, and validation. The role ensures compliance with AUTOSAR, ASPICE, functional safety, and cybersecurity standards while coordinating cross-functional teams and guiding software delivery.