Telecom Integration, Physical Architecture

Role Overview

• Guarantee the conformity and compliance of the Telecom Integration & Physical Architecture design to Contractual Requirements.
• Perform Design review of main subsystems, in particular the one related to Telecom subsystems, and performances affecting System and On-Board interfaces.
• Manage the correct definition and resolution of all the main functional Interfaces
• Provide expertise and support to design Integrated On Board Functionality
• Support to Tender and Bid Team to carry out vehicle integration consistent with proficient System Configuration and System Architecture Deliverables
• Support the definition of the main subsystem and system integrated test plan and procedures affecting the Vehicle and its interfaces
• Support the project team to face Customer requests, clarification, Design review and requirements analysis
• Attend and Support FAT (Factory Acceptance Tests), SAT (Site Acceptance Tests), SIT (System Integrated Tests) and lab tests
• Strong Support to Execution of System Commissioning focusing on Vehicle and Telecom related Tests and Procedures
• Ensure that each component of the Transport System performs correctly and consistently with the overall contractual requirements, applicable Norms and Regulations; providing a fully-fledged System Integrated environment.
• Contribute to the Overall System Architecture Design by the identification of the interfaces among the main technological assigned sub-systems distributed along the system: on-board, wayside and central parts.
• Preparation of the Telecom Integration & Physical Architecture deliverables, such as: “Overall System Architecture” (Level 0,1,2)drawings; “Vehicle System Architecture” drawing; “Main Data Flows Overview” diagram; “Main Subsystems Functional Interfaces” diagram; “Time Synchronization (Master Clock) Architecture” diagram; “Doors Coordination and Timing” Chronogram and document; “Test Track Architecture” diagram; “Training Center Architecture” diagram; “LAB or testing platform” diagram; “System architecture management plan” document; “System architecture technical description” document; Any other preliminary architectural diagram as needed (e.g., architectures associated with migration phases)
• Management of the reviews/comments from subsystems through VAS/G-FOR process
• Internal submission and/or official submission to the Client and management of Client's comments
• Ensure the submission of deliverables to monitor System Architecture in order to control key factors affecting interfaces and system performances.
• Definition and verification of the main functional interfaces among the technological sub-systems through the preparation of the “Functional Interfaces” drawing; Support the definition of system guidelines for the alarms, events management and for Human Machine Interface Design process (e.g. checking alarm lists of subsystems)
• Ensure the integration design activities for all Telecom subsystems within TLC-TLC and TLC-external systems
• Identification and management of the main Internal and External Interfaces
• Support site tests relevant to the Telecom Integration/ Stress Test to assure the overall performances
• Support troubleshooting and reverse engineering during Revenue Service Period.

Requirements

• Engineering master’s degree (mainly electronic, computer science, telecommunications, electrical)
• Preferred experience in Design and Configuration of Transport System, Railways Vehicles and Rolling Stock subsystems and automation of transportation systems
• Capability and Expertise to drive and manage the definition and the resolution of multiple interfaces among devices and components in complex integrated systems.
• Attitude to global view in a Design process with capability to extrapolate key factors and data in a complex technical scenario
• Capability to work on multiple and different projects
• Strongly Goal Oriented Approach to activities execution
• Ability to achieve effective understanding and provide synthesis of the project and contractual requirements
• Orientation to Innovation and Efficiency
• Strong Approach to problem solving in integration and functional interfaces processes.
• Capability to make reverse engineering and performance analysis
• Good level of practice in written and spoken English language
• High Ability to work in Team and commitment to Team Spirit

Benefits

• Availability to travel (national/international) on short notice and work abroad for short – medium terms activity on site