Job Summary
Request and description of the expected service
- UD Trucks develops and produces trucks for the Japanese market as well as for various export markets.
- To support this, Aftermarket Ageo Diagnostic Engineering works on multiple projects for heavy-duty trucks.
- The request is to have a Diagnostic Engineer who will work as the requirements gathering / Verification and validation for start-cost and maintenance projects.
Key Responsibilities
Main deliverables to be achieved
- Provided Aftermarket diagnostic feedback to the design team to ensure serviceability, diagnostic coverage, and Aftermarket requirements were met for design release.
- Developed and validated diagnostic deliverables such as DTCs, guided diagnostics, parameters, routines, and tool functions to meet project targets.
- Prepared and updated Aftermarket service documentation, including diagnostic procedures, tool usage instructions, and troubleshooting content to secure service quality.
- Reported project status, risks, and critical issues to managers and stakeholders as needed.
Skill Requirements
Nature of the service
- Understanding the manufacturing and automotive aftermarket processes need in terms of diagnostics to develop and improve diagnostic deliverables.
- Communicate with Aftermarket Project Managers to collect information about Start Cost Projects and Maintenance projects, Argus, QJ and confirm the DE team’s tasks and Deliverables.
- Review the project descriptions, design change with 3D data, drawings from Diagnostic engineering point of view and provide feedback to the project team.
- Study and prepare a Diagnostic special tool and equipment that meets target of Aftermarket process and concepts.
- Verify and validate the special tools, to update the information in the Diagnostic fault tracing procedure.
- Set project delivery timelines as per Gate Criteria (project stages) and set team targets to ensure that all deliveries are completed on time.
- Reporting to Manager, leaders on need basis.
Other Requirements
Japanese N4 or N3