Engineer; Band 3

Company: TfL, GLA or OPDC

Job Title: Systems Engineer

Reference: 4749

Salary: Up to £63,000

Location: TfL Offices

Contract Type: Permanent

Band: 3

* Hybrid working within this role enables a balance of 50 per cent of time split between the office and home over a 4-week period. Hybrid working arrangements can evolve subject to business requirements.

As a Systems Engineer, you shall provide technical expertise and advice to support the development and delivery of Systems Engineering activity. This shall be achieved by establishing and systematically documenting the associated definition of customer/user needs and requirements early in the development cycle, followed by design synthesis, change and configuration control, systems integration, verification and validation to enable the successful and safe refurbishment, renewal, improvement and/or extension, etc.,

of TfL assets. A systematic approach shall be deployed in considering the complete problem and the required outcome, including cost and schedule, performance, testing, manufacturing, training, operations, and disposal.

To be considered for the role, you will ideally have experience on:

• Systems engineering design, integration, verification and validation, requirements management and configuration and change management.
• Determining, planning and delivery of engineering for innovative and complex systems, products and services.
• Creating assurance submissions.
• Supporting the achievement of system acceptance and handover.
• Specifying and procuring complex systems.
• Working independently with limited guidance and quickly understand complex issues and tasks.
• Working in a 'matrix' organisation.
• Working to tight deadlines in a high-pressure environment.

Our culture is open and collaborative where we encourage positive challenge, original thought, and passionate input. As a Systems Engineer it is also equally important for you to contribute to the TfL’s Vision, Values and Strategy.

• Ensures the safety, functionality, or compliance of low to medium risk newly implemented or altered assets, engineering processes, procedures, or systems.
• Leads the development and implementation of low complexity engineering solutions within their stated discipline or functional specialism, through the application of defined engineering standards and governance.
• Provides internal stakeholders with appropriate challenge and professional advice to ensure the development or delivery of high quality, tested engineering solutions.
• Undertakes on-site risk-based monitoring and surveillance of works as required, resolving and or escalating risks and issues as appropriate.
• Maintains working knowledge of applicable standards, design codes and legislation applicable to their discipline or functional specialism.
• Evaluates, selects, and applies appropriate solutions to low risk/value/complexity engineering problems that improve efficiency or effectiveness, while improving safety and reducing operating costs.
• Makes technical recommendations for own discipline or functional specialism to customers or senior management to inform technical decision making.
• Supports continuous improvement using best practice, innovation, whole life cost optimisation and effective root cause analysis

• Ability to understand complex systems and processes
• Ability to elicit, analyse, level and mange requirements e.g., stakeholder, user, technical
• Ability to transform requirements into specifications, architectures, and system breakdown

• Incorporated Engineer, recognised international equivalent or possesses equivalent knowledge and experience
• Basic understanding of the challenges of introducing new assets or changes in practice into the transport system and the necessary trade‑off between cost, time and quality
• Basic level knowledge of a relevant engineering discipline or functional specialism
• Basic understanding of the interfaces between own discipline / functional specialism and the wider transport system
• Basic understanding of the principles of risk management and value engineering
• Basic knowledge of applicable health & safety legislation, industry best practice, standards, and guidance
• Basic…