Safe and Professional working practices including rail specific legislation, regulation (e.g. Common Safety Method Risk Assessment(CSM RA)), industry procedures, safety and quality requirements, risk management and environmental impact of rail construction work and rail equipment. Aware of the need for compliance with corporate policies including sustainability, ethics, equality and diversity, and how to constructively challenge non-compliance.

The scientific, technical, engineering, mathematical and design principles and practices relating to their area of expertise in the context of how the railway works as an integrated, complex system, including an appreciation of all specialisms.  Awareness of the application of rail standards and means of compliance, incl. documentation management.

How to contribute effectively to the delivery of rail specific engineering solutions, applying project management principles, asset, risk and quality management and assurance systems, processes and techniques. Cognisant of new technological developments and innovation in rail and the impact on future operation of the railway.

How strategic decisions are made including financial planning, budget control, commercial impacts, contractual obligations, supply chain management and resource constraints within a railway / regulated industry.

Problem solving and continuous improvement tools / techniques in a railway context.

How teams work effectively; supporting individuals/teams to contribute to high performance within a safety critical sector and understanding how the specialist rail areas link together and their dependencies.

How to attract, recruit, develop and retain people including organisational change theory and performance management techniques within the safety critical rail sector.

Approaches to partner, stakeholder and supplier relationship management within the rail industry and collaborative working techniques including negotiation, influencing, and effective networking within a railway / regulated industry.

Keep themselves and others safe by demonstrating safe working practices. Reinforce and comply with rail specific statutory regulations and organisational safety requirements, including competence and safe access to work locations.  Undertake risk assessments and hazard reviews using awareness of railway as an integrated system.

Apply a range of technical skill sets within their area of expertise or discipline in order to support railway research, development, design, procurement, logistics, planning, delivery, quality assurance, inspection, testing, installation, commissioning, maintenance, life cycle management, decommissioning and environmental compliance.

Deliver Rail & Rail Systems Engineering solutions effectively including planning, resource allocation, and management and delivery to the required specification. Contribute to change and risk management processes including contingency arrangement.  Works in a team or alone to analyse, interpret and evaluate data and present the results clearly and concisely.

Provide input to technical, business planning, finance and commercial meetings. Ability to deliver workplace presentations which may include complex rail technical data to small and medium size internal and external audiences which may include peers, direct reports, manager and clients.

Use creative thinking and problem solving techniques to challenge rail and rail systems engineering assumptions, make new proposals and build on existing ideas. Use evidence-based approach for a safety critical sector; contributing to continuous improvement.

Lead and support single discipline teams. Able to work effectively and collaboratively, individually and as part of a team. Identifies appropriate mentorship / coaching required for oneself, and supports the development of others through mentoring and coaching. Able to manage organisational change and apply change management processes within a railway / regulated industry.

Manage relationships with a range of stakeholders. Able to apply collaborative working techniques. Being aware of their actions and the impact they may have on others rail specialists, maintaining effective relationships with colleagues, clients, suppliers and the public.

Communication and influencing skills, choosing an appropriate means for the audience and the situation, checking for understanding and considering and building on ideas of others. Has regular communication with peers, direct reports, managers, and external stakeholders aligned to operating within a railway / regulated industry.

Professionalism, dependability, determination, consistency, resilience, honesty and integrity. Accepts and exercises personal responsibility within a safety critical sector. Demonstrates respect for others and acts ethically at all times. Contributes to sustainable development. Is committed to the industry and its professional standards.

A self-disciplined, self-motivated and motivational approach to work, managing time effectively to ensure levels of commitment are understood and delivered.

Collaborative working, being aware of their actions and the impact they may have on others, maintaining effective relationships with rail colleagues, clients, suppliers and the public. Demonstrates effective team working, sets an example, and is fair, consistent and impartial. Shares knowledge openly.

A focus on quality, promoting a culture of continuous improvement. 

Continuous Professional Development; receptive to giving and receiving constructive feedback, willing to learn new skills and learn from mistakes.  Identifies, undertakes and records CPD necessary to maintain and enhance competence. Maintains and extends a sound theoretical approach to the application of technology in engineering practice. Stays abreast of the technological developments that can affect the rail industry.

Rail Civil Engineering Knowledge & Skills:

Knowledge – Will know and understand:

Rail specific civil engineering including:

The requirements, methods and techniques for the installation and maintenance of the track support and track foundation.

The impact of the railway environment e.g. geotechnics, structures, bridges, tunnels, embankments, cuttings, vegetation and drainage.

Skills – Will have an ability to:

 Apply rail civil engineering skills e.g. structural gauging to support the effective performance and operation of the business.

Support and provide advice to colleagues within the Rail Civil Engineering discipline only.

Track Engineering Knowledge & Skills:

Knowledge – Will know and understand:

Track engineering including:

Rail track geometry requirements, effects of speed, wheel/rail interfaces, requirements/ methods/techniques for installation and maintenance of track and foundations.

The influences on track layouts from particular aspects of the railway environment, e.g. geotechnical,  structures, bridges, tunnels, embankments, and drainage. 

Skills – Will have an ability to:

Apply track engineering skills e.g. structural gauging to support the effective performance and operation of the business.

Support and provide advice to colleagues within the Track discipline only

Signalling and Control Systems Knowledge & Skills:

Knowledge – Will know and understand:

Rail signalling and control systems engineering including:

 The requirements, methods and techniques for safe routing, spacing and control of trains e.g. degraded mode, fixed block signalling, automatic train protection. Interface with track assets and bonding/connections

 Rules for the operational interfaces of the railway.

Skills – Will have an ability to:

Apply rail signalling and control systems skills e.g. independence of design, alignment to an operating railway, close out of issue logs.

Produce rail signalling and control solutions for the railway industry based on known and defined concepts and principles and new and novel approaches. 

Rail Systems Integration Knowledge & Skills:

Knowledge – Will know and understand:

Rail Systems Integration including:

The end to end process for Rail Systems Integration e.g. requirements management, project interface management, safety in the railway system, assurance processes.

Skills – Will have an ability to:

Take responsibility for assisting in the management and development of integrated designs that shall maintain or improve on the existing safety, reliability, capability (capacity), performance, efficiency and maintainability of the railway.

Undertake systems integration engineering skills to manage project requirements e.g. use requirements software to identify conflicts. 

Knowledge – Will know and understand:

The design and application of Traction & Rolling Stock (T&RS) engineering systems and the various generic types of legacy or modern rolling stock across the whole lifecycle.

 The design principles used in legacy and modern rolling stock types and their rolling stock sub-systems across or within their T&RS engineering subject matter area(s) (which may be discipline based – e.g. Mechanical, electrical, electronic, etc. or system based – e.g. Structures, Doors, Brakes, traction, Wheel/Rail interface, etc. or a mix of both).

Skills – Will have an ability to:

Telecoms, Networks and Digital Knowledge & Skills:

Knowledge – Will know and understand:

Rail specific Telecoms, Networks and Digital engineering including:

-The application of telecommunication engineering systems e.g. mobile networks, fixed networks and other services delivered over networks (e.g. CCTV, customer information systems)

The operating principles in legacy or modern rail telecommunication technologies (e.g Rail traffic management systems)

Skills – Will have an ability to:

Support telecommunication, network and digital engineering design, application, configuration, operation, maintenance or decommissioning and disposal.

Electrical, Mechanical or Building Services including: Knowledge -

Thermal imaging, electrical clearance, wiring, bonding and construction processes relating to rail equipment

High and low voltage distribution systems, earthing and bonding, isolation and switching, protection and control systems, power generation and circuit analysis.

Electrical (e.g. low voltage distribution systems, emergency power supply systems) and mechanical (e.g. heating, ventilation, water, gas supply systems). Interface with track assets and bonding/connections

Skills – Will have an ability to:

Undertake standards review, operational practice, approvals and assessment of relevant asset types in line with technical knowledge.