Jobs at Magna International

Leads advanced crashworthiness and NVH simulations for automotive seating systems using LS-DYNA and OptiStruct. Ensures compliance with global safety regulations, supports simulation-driven design optimization, mentors junior analysts, collaborates with global teams, and guides suppliers in delivering robust, lightweight, cost-effective seating solutions.

Lead CAE Engineer responsible for advanced crashworthiness and NVH simulations for automotive seating systems using LS-DYNA and OptiStruct. The role supports regulatory compliance, simulation-driven design optimization, validated product development, design modifications, and cross-functional collaboration to deliver robust seating solutions.

Leads an engineering group responsible for product design, development, and improvement. Oversees engineering change notices to support cost effectiveness, quality, and reliability, while representing the group on internal and external technical program matters.

Leads the design and development of automotive seat structures and mechanisms. Responsibilities include 3D CAD modeling, 2D drawing and GD&T review, packaging and tolerance studies, regulatory compliance, supplier and customer reviews, PLM/Teamcenter data management, issue resolution, physical testing support, and team guidance. The role ensures manufacturing feasibility, timely deliverables, quality standards, and adherence to customer, company, safety, and product development processes.

Designs automotive seating foam pads and related components using CATIA V5, ensuring manufacturing and tooling feasibility. Develops 2D and 3D models, supports trim cover and foam development, evaluates plastics, applies foam testing methods, and studies global regulations and OEM requirements. Manages customer deliverables, open issue lists, team resources, and data management while communicating effectively with stakeholders.

Manage and support the engineering function for automotive seating products. Ensure compliance with quality procedures, analyze production methods, provide technical guidance on complex projects, improve product design quality and safety, meet customer requirements, maintain design controls, report engineering performance, and collaborate with design, process, production, and quality teams.

Lead CAE Analyst responsible for developing CAE automation solutions using Python, Java, Visual Studio Code, and GitHub. Performs and analyzes LS-DYNA automotive crash simulations for seating systems, including model setup, validation, optimization, correlation, and results interpretation. The role streamlines engineering workflows, improves process efficiency, and reduces manual effort.

Designs and tests foam seating products for comfort, durability, ergonomics, and quality. Analyzes performance metrics, applies materials science principles, collaborates with manufacturing teams, and supports continuous improvement by monitoring automotive industry trends.

Lead design and implementation of ML tools for scenario classification, anomaly detection, sensor data quality, behavior analytics, and automated reporting. Build scalable pipelines and automated data curation for camera, radar, and LiDAR; create SIL/HIL replay interfaces, ground-truthing and annotation tools, and offline benchmarking. Integrate ML modules into simulation, HIL/SIL, and CI/CD ecosystems, implement reproducible workflows (Docker, CI/CD, artifact versioning, automated tests), monitor model/data quality and mentor junior engineers while collaborating with verification and perception teams.

Performs automotive electronic system validation, including environmental, electrical, EMC, temperature, vibration, humidity, enclosure, and functional testing. Creates validation test plans based on customer requirements, operates specialized test equipment, analyzes data, troubleshoots failures, generates reports, and coordinates with engineering teams, OEM customers, suppliers, and laboratories. Supports new product and process implementation while maintaining safety and quality requirements.

Develop and integrate virtual ECU components for L3 ADAS; model, simulate, and validate ECU behavior in SIL/MIL environments; integrate ADAS code with AUTOSAR, ROS2, DDS and real-time frameworks; create build pipelines (CMake/Bazel/Yocto); enable scenario-based virtual testing (CarMaker/PreScan/CARLA); debug integration issues and collaborate with cross-functional teams.

Lead and manage IT infrastructure operations including server and virtualization administration, network and systems support, ITSM processes, compliance with IT general controls, and support for internal and external IT audits.

Design, implement, and optimize high-performance embedded inference systems for automotive ADAS. Develop and integrate ML runtimes on edge SoCs, ensure low-latency concurrency and I/O, integrate with ROS2/sensor frameworks, deploy to SIL/HIL and CI pipelines, and perform profiling and debugging of perception stacks (camera/radar/LiDAR) under real-time constraints.

Architect and implement a global test automation framework for ADAS covering simulation, SIL, HIL, and on-road pipelines. Build connectors to simulation platforms and sensor replay, integrate CI systems, provide CLI/APIs, dashboards, test DSLs, reporting, KPI extraction, and ensure reproducibility, traceability, and automated artifact management.

Design, scale, and maintain Elasticsearch clusters for high-volume ADAS telemetry. Build ingestion and indexing pipelines, optimize queries and storage for low latency, implement monitoring and HA/DR, ensure security compliance, collaborate with ML/data teams, support consumers with dashboards/APIs, and mentor engineers on schema design and performance tuning.

Manage full-cycle talent acquisition and employee engagement activities: recruit and onboard candidates, run employer branding and recruitment marketing, create social media content, use ATS/HRIS and MS Office, coordinate engagement initiatives, and manage multiple HR projects.

Design and develop test automation tools and frameworks for automotive electronics. Implement SiL/HIL automation and virtual validation, write C++ code, leverage CANoe/CANalyzer, work with vehicle and embedded protocols and interfaces, and ensure compliance with AUTOSAR, ASPICE, ISO 26262 and cybersecurity standards. Support CI/CD and cloud-based vehicle testing as needed.