About the role

AI summarised

The Railway Telecommunications Lead Engineer is responsible for leading the design, implementation, and maintenance of telecommunications systems within railway infrastructure. This role involves ensuring reliable communication networks for signaling, operations, and safety systems across rail corridors. The position requires technical expertise in rail-specific telecom standards, project leadership, and coordination with multidisciplinary teams.

IndustrialOnsiteEngineering

Key Responsibilities

Lead the design and engineering of railway telecommunications systems including transmission, signaling, and passenger information systems
Oversee installation, testing, and commissioning of telecom infrastructure across rail networks
Ensure compliance with railway safety and telecommunications standards such as EN 50126, EN 50128, and EN 50129
Manage coordination with civil, signaling, and systems engineering teams during project execution
Conduct site surveys, risk assessments, and technical evaluations for telecom deployments
Develop technical specifications, bills of quantities, and project documentation
Provide technical leadership and mentorship to junior engineers and technicians
Troubleshoot complex telecom faults and lead root cause analysis for service disruptions
Ensure lifecycle management of telecom assets including maintenance planning and upgrades
Represent the engineering team in client meetings, design reviews, and regulatory submissions

Requirements

Bachelor’s degree in Telecommunications, Electrical Engineering, or a related field
Minimum 8 years of experience in railway telecommunications or rail signaling systems
Proven experience leading telecom projects in rail infrastructure environments
In-depth knowledge of railway telecommunications standards (EN 50126 series, IEC 62280, etc.)
Experience with fiber optic transmission, microwave links, and GSM-R systems
Proficiency in CAD tools and telecom design software (e.g., AutoCAD, MicroStation, or similar)
Strong understanding of electromagnetic compatibility (EMC) and power coordination in rail environments
Ability to read and interpret signaling schematics and system architectures
Excellent communication and stakeholder management skills
Willingness to travel to project sites and work in varying field conditions
Certification in project management (e.g., PMP) or rail safety is preferred
Experience with lifecycle asset management and maintenance planning for telecom systems
Familiarity with cybersecurity principles as applied to critical rail infrastructure
Fluency in English; additional language skills are an advantage