Search the 100 jobs at Magna International

The Sr Materials Analyst is responsible for managing inventory, ensuring data accuracy, and coordinating with departments. Duties include controlling the supply chain, managing customer service portals, operating ERP processes, and analyzing inventory levels in a lean manufacturing environment.

As an HR Administrator, you will support the Human Resources team by handling inquiries, assisting with administrative tasks, maintaining HR data integrity, facilitating onboarding and offboarding, and participating in HR process improvements. Excellent communication and organizational skills are essential.

The Manager of Internal Communications will develop and execute communication strategies to foster employee engagement and align staff with organizational objectives. Responsibilities include managing communication campaigns, creating content for various internal channels, facilitating employee events, monitoring effectiveness, and collaborating with cross-functional teams.

As a Working Student in the Finance department, you will support cost centre accounting, month-end closing controls, and the preparation of target/actual comparisons and reports. Your role will involve data analysis and presentation preparation, contributing as a key team member.

The Quality Manager will lead and develop strategic quality management within the manufacturing operation, ensuring high customer satisfaction. Responsibilities include overseeing problem-solving processes, managing quality standards compliant with IATF, conducting process audits, and facilitating quality improvements using KPIs. The role involves acting as a liaison with customers and providing feedback on quality performance.

As a Plant Equipment Engineer, you'll be responsible for planning manufacturing equipment, writing specifications for new equipment, maintaining tooling, and supporting production goals. You'll work with experienced engineers to coordinate projects, improve processes using lean techniques, and ensure safety and quality standards are met.

The IoT Application Engineer is responsible for designing, developing, and deploying IoT applications. The role involves collaborating with cross-functional teams to understand customer requirements, architect solutions, code, test, and debug applications, while providing technical support. Key responsibilities include building microservices, data structures, optimizing cloud solutions, and ensuring security best practices are met.

Looking for a Front-End Engineer with UX design background to work on software solutions, design architecture, build applications, write APIs, test software, and collaborate with data scientists. Requires knowledge of front-end and back-end languages, UI/UX design, and a degree in Computer Science or related field.

Develop tools and flows to automate and optimize software deployment and testing, collaborate with teams to deliver scalable solutions, ensure software quality and reliability, and perform other necessary duties for project completion.

The Mechanical System Engineer will integrate and coordinate mechanical systems in engineering projects, define concepts and architectures, ensure alignment with objectives, and assist in design reviews while managing system requirements and documentation.

The Electrical System Engineer will design and analyze automotive powertrain electrical systems, define requirements, integrate and verify compliance with standards, troubleshoot issues, and stay updated with technology advancements. The role involves collaboration and documentation of electrical specifications and system performance.

The Time and Attendance Support Specialist will provide technical support for the Dayforce system, resolving user inquiries and system issues, executing configuration changes, and collaborating on system enhancements. Responsibilities include user training, documentation maintenance, and identifying process improvements.

Contribute to the development of ADAS systems and platform functions for Multi-ECU environments. Implement and evaluate new software architecture concepts and document work results. Gain hands-on experience with AUTOSAR methodologies and work within a team.

The Senior System Engineer at Magna Electronics is responsible for managing the life cycle of ADAS product requirements, from elicitation to documentation. This includes analyzing customer needs, creating system architectures, defining vehicle safety standards, and collaborating with cross-functional teams to ensure compliance throughout product development.

The Inverter Hardware Engineer will focus on the design, development, and validation of traction inverters for electric vehicles. Responsibilities include selecting hardware components, PCB layout design using Altium, and ensuring compliance with EMI/EMC standards, while managing stakeholder communication.

The Material Planner is responsible for monitoring production and supplier schedules, utilizing MRP systems, optimizing logistics, managing inventory levels, and ensuring timely shipment of products. Additionally, they oversee production schedules, ensure shipping document accuracy, and monitor supplier delivery performance to meet goals.

The Autosar BSW Developer is responsible for configuring the AUTOSAR stack, developing diagnostics and Ethernet modules, and testing software. This role involves understanding architecture, managing technical deliveries, mentoring juniors, and working with customers and cross-functional teams.

The Buyer is responsible for sourcing and procurement of goods, ensuring inventory levels are maintained, and acting as a liaison with suppliers to meet raw material requirements. This role involves negotiating contracts, visiting suppliers, and managing supplier relationships to ensure the availability of materials for production. Candidates should have at least 5 years of purchasing experience, preferably in automotive manufacturing.

As a Boot Loader Expert, you will design, develop, and maintain boot loader software for automotive embedded systems, collaborating with hardware engineers and optimizing performance while ensuring compliance with industry standards.

The Power Electronics Control Engineer will develop and optimize sensorless control algorithms for AC motors, focusing on implementation within embedded systems. Responsibilities include testing and validating control algorithms using MATLAB/Simulink and working with cross-functional teams to troubleshoot motor control systems.