Norway
Railway industry electrical engineer experienced in development and maintenance both high and low voltage equipment.
ERTMS On-Board System Integration Hardware design: Establishing interfaces with train braking and traction components, delivery of electrical schematics of system components integrated into the vehicle, description of rail vehicle behavior and physical principles behind system operation. Software design: Parametrization of the EVC 2+, DMI and peripheral equipment based on hardware integration and customer needs. Performing surveys for ETCS on-board system integration into the trains equipped with legacy signaling systems. Study of different rail vehicle types pneumatic (brakes) and electrical (traction and control) topologies. Support of Test and Commissioning and Validation campaigns on site and Software FAT activities. Service and Warranty related troubleshooting missions in field.
Field Engineering: Engineering and technical support on-site during the installation. Sequencing, optimization, and planning of the electrical activities to be performed during the installation. Electrical Engineering & Design: Integration of new On-Board ETCS system replacing old ATC national system. Electrical Designs and Schematics Analysis and Management. Specifications for the manufacturing of Cables, Harnesses, and Terminal Boards, cable routing and layout design. Bill of Materials. Rolling Stock Standards: knowledge about EN, IEEE, etc rolling-stock & signaling standards.
Valhall & Yggdrasil projects
PCB layout, design of schematic drawings, wiring diagrams, and testing protocols for electronic systems, such as DC-DC, AC-DC converters and data transmission equipments using RS485, CAN, USB, SPI interfaces with STM32 on board. Repairing PCBs or subassemblies using diagnostic instrumentation. Develop analog and digital electronics using simulation tools. Build prototypes, perform qualitative tests, qualify, and document these processes. Troubleshoot and make modifications when needed. Parts selection for BOM and further procurement.
Traction Power Converters auxiliary circuits analysis. Testing of high voltage traction converters and outcoming data processing on site-based test benches.
Assembly and testing of power converters for railway transport application. Read blueprints, wiring diagrams, schematic drawings and engineering instructions to properly assemble power traction converters. Writing technical documentation for optimising testing solutions for electrical equipment.