Description

In this role, you will engage in a variety of tasks, including planning and piloting technical design activities and ensuring the quality of deliverables. Your day-to-day responsibilities will involve collaborating with teams, resolving mechanical issues, and defining project priorities to meet customer requirements.

Requirements

• •Mechanical Engineering preferably applied to Railway products
• •Good communications and interpersonal skills
• •Time management and reporting skills
• •Sense of urgency and priority
• •Customer and product focus
• •Structured and organized with hands-on approach
• •English operational in reading/writing and technical meetings

Tasks

• •Perform project TD activities in line with QCD commitments
• •Plan and pilot TD activities and deliverables according to customer requirements
• •Ensure quality of TD deliverables and their acceptance by the customer
• •Report on TD activities progress and alert relevant parties about potential issues
• •Allocate requirements and mechanical interfaces to sub-systems and equipment
• •Monitor conformity of mechanical sub-systems and equipment deliveries with project needs
• •Resolve project mechanical issues and challenge actions within a single domain
• •Define mitigation plans for identified risks in the mechanical scope
• •Deliver the Mechanical Project/Product Preferred Part List (3PL)
• •Define project mechanical decomposition in Digital Mock-Up (ZBS)
• •Prepare and document TD Design Reviews according to project schedule
• •Resolve project mechanical issues and challenge actions across multiple domains
• •Coordinate different TD contributors on the project
• •Define project priorities for the TD project team
• •Monitor, control, and consolidate the Train Design work package
• •Analyze and consolidate change request impacts on TD scope
• •Produce high-level TD deliverables such as RSAD TD and TD Validation Plan
• •Report on TD activities progress and anticipate issues, alerting as needed
• •Establish trainset layout with bogie architecture principles and define mass and center of gravity per vehicle type
• •Define train mechanical architecture considering weight, gauge, and installation strategy
• •Validate Transverse Requirement Specifications in collaboration with the Train System Engineer
• •Define mitigation plans for identified risks in the TD scope
• •Define project mechanical decomposition (PBS)
• •Collaborate with other departments
• •Establish Certification & Validation Plans for TD scope
• •Support sourcing, industrialization, and manufacturing teams during production ramp-up
• •Collaborate with the TDMM for continuous improvement of the metier

Benefits