Jobs at ALTEN Technology USA

Lead execution of complex, multi-team robotics software programs by coordinating cross-team dependencies, translating product goals into plans, and tracking metrics. Partner with engineering to understand architectures, algorithms, and robotics stacks (motion planning, navigation). Support feature validation in lab environments, oversee Agile program execution, ensure readiness for deployment, and contribute to new product and sustaining efforts across robotics product lines.

The Project Engineer will coordinate engineering activities, manage cross-functional teams, oversee project documentation, ensure adherence to standards, and promote safety throughout the project lifecycle.

Lead HIL test program activities for vehicle validations: manage HIL BOM and procurement, perform soft ECU integration and dSPACE platform parameterization, configure and commission HIL simulations, run functional tests and ControlDesk checkouts, and coordinate lab vehicle integrations and troubleshooting.

Support PMO planning activities to meet vehicle program timing, labor, and financial targets. Coordinate detailed schedules, manage build and commercial launch plans, create bulletins and governance decks, facilitate reviews, and collaborate cross-functionally to support vehicle validation and launch.

Implement and manage SuccessFactors modules (Benefits, Employee Central, Recruiting, Onboarding, Compensation). Translate business requirements into configurations, lead stakeholder workshops, support application management, drive system enhancements, resolve issues, and promote knowledge transfer and continuous team improvement.

As an Embedded Software Engineer I, you'll develop software requirements, manage documentation, support testing, and ensure compliance with safety standards.

As a Process Specialist / Supervisor, you will optimize manufacturing processes, manage quality performance, support new model launches, and mentor staff in a high-volume automotive environment.

As a Systems Engineer, you will work on mobile robotics, manage system documentation, conduct verification and validation activities, and utilize Agile methodologies for team coordination.

Develop embedded software for aerospace platforms, manage requirements, support technical decisions, conduct reviews, and ensure compliance with safety standards.

As an Embedded Software Engineer II, you will lead software architecture development, manage requirements, drive verification strategies, and mentor junior engineers while ensuring compliance with safety standards.

The Design Release Engineer focuses on automotive component development, especially battery systems, and leads quality improvement efforts. Responsibilities include managing supplier relationships and ensuring product quality and compliance with technical requirements.

Collaborate with multi-disciplinary teams to design and develop electrical systems for diverse markets, including hardware architecture, PCB design, and sales support. Troubleshoot and debug lab tests as needed.

Design, develop, and validate embedded automotive electronic hardware including schematics and multilayer PCBs. Lead schematic and PCB reviews, perform hardware bring-up, debugging, thermal and EMI/EMC analysis, and support system integration, functional safety (ISO 26262), and compliance throughout the product lifecycle.

As a Ground Test Design Engineer, you'll support design functions in engine design, manage project assemblies, and develop repair processes while applying engineering principles.

The Design Release Engineer will oversee low voltage systems integration, leading design and validation activities while ensuring system reliability and performance.

The Low Voltage Systems Engineer will design and develop Low Voltage systems, ensuring reliable performance, leading system design activities, and collaborating with cross-functional teams for product optimization in electric vehicles.

The Low Voltage Component Engineer will drive complex electronics projects through lifecycle management, collaborating with teams to resolve issues and maintain schedules.

As an FPGA Firmware Engineer, you will design, implement, and verify FPGA logic for safety-critical embedded systems, collaborating with systems engineers and using tools like Microchip's Libero for development and simulation.

Design and validate electrical control hardware for large-scale battery systems. Responsibilities include PCB schematic and layout, prototyping, board validation, component-level troubleshooting, sensor selection and interfacing, cross-functional collaboration with firmware/mechanical/controls teams, manufacturing support, and documentation of design decisions and test results.

Define and manage system-level requirements and interfaces for large-scale battery energy storage. Integrate electrical, mechanical, and firmware subsystems, lead system validation and integration testing, perform trade-off and root cause analyses, and ensure requirements traceability to component level.