Ivan Tarno

Ivan Tarno, as a Senior Project Manager at Siemens overseeing the Singapore CBTC GoA-4 (UTO) Jurong Region Line project, exemplifies a high level of expertise in railway systems engineering and project delivery. His current role involves managing the end-to-end execution of one of Singapore’s most ambitious transit infrastructure projects, which encompasses the design, supply, installation, and commissioning of state-of-the-art signalling systems. Ivan’s leadership ensures the seamless integration of fully automated driverless train operations (GoA-4), emphasizing safety, reliability, and operational efficiency. His deep understanding of complex contract management and stakeholder coordination has been instrumental in aligning project milestones with stringent contractual specifications and budget controls.

Throughout the project lifecycle, Ivan leverages his extensive experience in managing multidisciplinary teams across diverse cultural contexts, fostering collaboration and continuous improvement. His expertise in EHS (Environmental, Health, and Safety) compliance ensures that project execution adheres to the highest safety standards, minimizing risks and promoting sustainable practices. Key projects under his leadership include the deployment of advanced CBTC (Communications-Based Train Control) systems, platform screen doors, and integrated signalling solutions that support the line’s fully automated operations.

Ivan’s strategic approach combines technical proficiency with strong leadership and communication skills, enabling him to navigate complex project challenges effectively. His proactive engagement in contract negotiations and risk mitigation has contributed significantly to the successful delivery of the Jurong Region Line, positioning him as a vital asset in Siemens’ global railway projects. Constantly seeking opportunities for innovation and process optimization, Ivan Tarno continues to drive excellence in railway project management, ensuring that infrastructure projects meet future mobility demands with safety, efficiency, and sustainability at the forefront.