Jobs at ALTEN Technology USA

Lead design, develop, and scale automated V&V test infrastructure and frameworks (HIL/SIL). Build CI/CD integrations and self-service tools, mentor engineers, collaborate with product and V&V teams, and improve testability, automation, and regression triage for embedded automotive software.

The Brake Performance Engineer develops brake performance, tests vehicle braking systems, refines methodologies, and leads data analysis to ensure optimal brake functionality.

Develop and maintain C/C++ firmware for a Battery Management System, design software to meet UL standards, implement sensor/actuator control, perform hardware bring-up and testing, debug field issues, support CI/unit/integration testing, and follow formal development processes.

Manage delivery of attribute roadmap milestones for automotive projects by removing blockers, coordinating engineering and test leads, maintaining and improving JIRA structures and sprint cadences, handling cross-functional dependencies, and communicating concise technical updates and recovery plans to leadership to keep projects on schedule.

Lead regulatory compliance strategy and certification for hardware (RF/EMC). Scope requirements, manage test plans and labs, coordinate cross-functional teams, drive test execution, resolve test issues, and develop compliance processes for global product launches.

Design and deliver industrial control panels for high-voltage battery systems: create schematics, layouts, and BOMs in EPLAN, select 600VAC/2000VDC components, coordinate vendors, execute high-voltage testing (hipot, insulation resistance), ensure NEC/UL 508A compliance, support DFMEA, and collaborate with mechanical and manufacturing teams.

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.

The Power Electronics Hardware Engineer will lead the full V-cycle development of 12V Power Distribution Units, focusing on power electronics design and testing, collaborating with various teams in automotive environments.

Design and deliver PCBA hardware for high-power battery systems across the full lifecycle: requirements, component selection, schematic/layout, DFM, bring-up, verification, troubleshooting, safety/compliance, and cross-functional collaboration with mechanical, firmware, and manufacturing teams.

The Mechanical Design Engineer will create 3D models and 2D drawings for fire suppression systems in battery energy storage systems, ensuring regulatory compliance and collaboration with engineering teams.

Develop internal platforms for robotics research, build frontend and backend services, and integrate with cloud and data infrastructure to enhance model quality and robot behavior.

Execute firmware and hardware validation for embedded power electronics and inverter systems using established test plans. Perform board-level testing, collect and analyze large test datasets, automate tests with Python, debug firmware/hardware with lab instruments, validate to industry/ISO 17025 standards, produce validation reports, support component-level fault testing, and improve automated test frameworks and laboratory processes.

Perform hands-on compliance and validation testing of power electronics and inverter products in an ISO/IEC 17025 lab. Execute test plans, collect and analyze large datasets, produce detailed test reports, troubleshoot hardware and failures, support component-level fault testing, and develop Python automation for test execution and reporting.

Design and develop exterior components for vehicles, focusing on styling and functionality. Lead packaging and engineering design, ensuring quality and efficiency.

The Safety Electronics Engineer leads eCall systems development, emphasizing system architecture and regulatory compliance, while collaborating cross-functionally on safety integration and validation.

Provide hands-on component reliability support for ECUs: select components, review BoMs against life requirements, coordinate vendors for data/tests, maintain risk lists, collect and format vendor test data, and drive root-cause coordination to close action items.

The Business Manager role involves business development, client partnerships, consultant management, and leadership opportunities within an engineering consulting environment.