AtkinsRéalis

Consultant

• Undertake transport analysis, benchmarking, gap analysis, KPI identification.
• Gather data and research information from a range of sources to provide clear, well-written technical reports.
• Develop transport plans, policies, standards, and guidelines city and regional levels for high profile clients.
• Undertake own work with minimal supervision and deliver to an excellent standard.

Transport Consultant

Manager

• Leading and managing Road Safety Audits (Stages 1–4) in accordance with ITC (Abu Dhabi) and RTA (Dubai) requirements, including site audits, reporting, authority engagement, and audit close‑out.
• Supporting road safety audits, safety reviews, and independent safety assessments for Saudi Arabian projects.
• Managing RSA submissions, authority comments, and mitigation close‑out.
• Acting as a recognised road safety subject‑matter expert in meetings with ITC, RTA, and relevant KSA authorities.
• Developing traffic and road safety strategies at corridor, city, and programme level across UAE and KSA.
• Advising on Safe System–aligned safety frameworks, consistent with Vision 2030 road safety ambitions.
• Applying human‑centred and inclusive design principles.
• Undertaking network and corridor safety assessments, prioritisation frameworks, and investment programmes.
• Undertaking crash data and safety analytics.
• Demonstrating experience in developing and applying safety KPIs to monitor outcomes.
• Translating audit findings into implementable design, policy, and operational interventions.
• Embedding safety into Traffic Impact Studies, master plans, development access strategies, and operational assessments.
• Supporting post‑implementation monitoring, performance review, and continuous safety improvement.
• Mentoring junior staff in RSA methodology, safety strategy development, and authority engagement.

Transport Manager – Traffic Safety Advisory

Project Manager

• Effective delivery of project management services in a client facing role
• Lead the management and execution of construction projects through the whole project life cycle
• Establish and build positive and collaborative relationships with all project stakeholders
• Act as Client interface in providing service delivery
• Responsibility for the commercial success of projects placed under your control
• Ensuring service delivery compliance with AtkinsRéalis policies, toolkits, and standards
• Provide guidance, leadership, and technical expertise to team members
• Support the development of new business opportunities in line with business strategy

Senior Project Manager, Project Manager, Assistant Project Manager

Systems Engineer

• Apply recognised systems engineering processes, such as ISO 15288, across one or more phases of the engineering lifecycle, with support from senior colleagues
• Use Model‑Based Systems Engineering (MBSE) approaches and tools (e.g. Sparx EA, Cameo) to support system design activities, applying modelling languages such as UML/SysML and relevant architectural views
• Support requirements engineering activities, helping to ensure requirements are clear, traceable, and linked to verification and validation activities
• Contribute to the application of appropriate engineering lifecycles in line with project needs and governance
• Work within project teams using a range of development and delivery methodologies, contributing to planning and delivery activities
• Develop an understanding of the MOD acquisition framework and apply Knowledge in Defence (KiD) proportionately under guidance
• Communicate technical information clearly within the team and contribute to discussions with non‑engineers, building effective working relationships.

• Lead the application of systems engineering processes, such as ISO 15288:2023, across the full engineering lifecycle
• Utilise MBSE approaches and tools (e.g. Sparx EA, Cameo) and apply modelling languages and architecture frameworks including UML/SysML, ArchiMate, TOGAF, and MODAF
• Conduct requirements engineering and ensure clear linkage to verification and validation activities
• Select, tailor, and implement appropriate engineering lifecycles for projects
• Integrate complex systems across a range of platforms, such as military and civilian platforms (including submarines, aircraft, ships, and vehicles), as well as advanced power and energy systems
• Manage projects and teams within various development methodologies
• Demonstrate an understanding of the MOD’s acquisition framework and apply Knowledge in Defence (KiD) appropriately
• Build trusted relationships using strong interpersonal skills and effectively communicate complex subjects to non-engineers and senior stakeholders.

Senior Systems Engineer

• Lead and tailor the application of systems engineering processes (e.g. ISO 15288) across the full engineering lifecycle, providing direction and assurance to project teams.
• Apply and guide the use of MBSE approaches and tools (e.g. Sparx EA, Cameo), confidently using modelling languages and architectural frameworks such as UML/SysML, ArchiMate, TOGAF and MODAF.
• Lead requirements engineering activities, ensuring robust traceability through to verification and validation and managing requirement maturity and change.
• Build and maintain a strong network in the organisation to support the growth of the practice.
• Use your expertise and experience to develop the team through coaching and mentoring.
• Select, tailor and implement appropriate engineering lifecycles, balancing technical rigour with delivery pragmatism.
• Integrate complex systems across diverse military and civilian platforms (including submarines, aircraft, ships, vehicles, and advanced power and energy systems), addressing system‑of‑systems challenges.
• Lead technical work packages or small teams, operating within a range of development and delivery methodologies.
• Apply a working knowledge of the MOD acquisition framework, using Knowledge in Defence (KiD) to inform decision‑making and stakeholder engagement.
• Build and maintain trusted relationships with clients and stakeholders, clearly communicating complex technical issues to non‑engineers and senior decision‑makers.

Principal Systems Engineer

Mechanical Engineer

• Provide Technical Leadership within discipline for the national D&AT practice
• Serve as a recognised expert and technical authority in Mechanical Engineering
• Collaborate with stakeholders at all levels
• Oversee technical input into bid proposals
• Proactively identify opportunities for cross‑selling and business growth
• Grow, develop, and manage the Mechanical engineering capability within the national practice
• Provide strategic oversight across multiple complex projects
• Act as the point of escalation for complex technical matters

Technical Director – Mechanical Engineering

Director

• Reporting to the Vice President, responsible for executing strategy to increase power output and reduce operating costs
• Develop robust business cases for optimization initiatives
• Collaborate with Engineering, Quality, and Procurement
• Establish KPIs for turbine cycle efficiency, condenser vacuum, and cost of generation
• Lead performance improvement initiatives across secondary-cycle and BOP systems
• Drive initiatives to improve flow, reduce fouling, and enhance heat-transfer efficiency
• Manage lifecycle costs of turbines, MSRs, heat exchangers, and cooling water systems

Director, Secondary Cycle – Balance of Plant Performance

Engineer

• Assume automation engineering responsibilities according to project mandates
• Actively participate in the engineering of multidisciplinary automation projects
• Assess client needs and contribute to requirements gathering
• Contribute to the design of instrumentation and control systems
• Write and maintain technical documentation
• Design control and command panels
• Participate in the preparation of tender documents
• Ensure consistency of deliverables and compliance with standards
• Collaborate with the team's technicians and engineers
• Participate in fee estimation for project opportunities

Instrumentation, Control, Automation Engineer

• Concevoir des systèmes de protection incendie pour des projets commerciaux, institutionnels et industriels
• Réaliser des études de faisabilité et effectuer les calculs propres à la discipline
• Encadrer et superviser les techniciens, dessinateurs et modélisateurs assignés aux projets
• Rédiger les devis techniques et rapports requis pour la livraison des projets
• Évaluer les coûts des travaux ainsi que les activités d’opération et de maintenance
• Participer à la surveillance de chantier et aux revues de plans, dessins d’atelier et documents de fin de travaux
• Contribuer à la préparation, à la rédaction et à la mise en forme d’offres de services professionnels

Ingénieur(e) senior en protection incendie

• Provide technical expertise in requirements definition, design, integration, and validation of signaling solutions
• Support the design and deployment of ETCS (Level 1 and 2) solutions
• Develop clear and verifiable technical requirements for tenders and contracts
• Assess compliance of proposed designs against existing requirements
• Apply knowledge of ERTMS Subsets and other industry standards
• Conduct rigorous testing protocols to validate signaling solutions
• Analyze operational procedures to ensure alignment with real-world rail environments
• Interface with manufacturers, operators, and stakeholders to coordinate technical specifications

Signaling Systems Engineer – ETCS, ERTMS

• Act as Piping Lead on medium to large mining and heavy industrial projects
• Oversee and manage the performance of the piping deliverables across projects
• Serve as technical authority for piping systems in concentrators, process plants, and industrial facilities
• Participate in conceptual, pre-feasibility, feasibility, FEED, and detailed engineering studies
• Support project proposals, assess professional effort and provide clear visibility on progress, performance indicators (CPI, SPI), and ETC for the discipline
• Lead and supervise the development of piping engineering deliverables, including: Line lists and material specifications, Piping layouts and 3D models, Isometrics, supports, and details, Calculations and technical reports
• Lead the preparation and review of piping design basis, specifications, and material requisitions
• Oversee and review piping stress analysis and flexibility studies (thermal, pressure, seismic, wind)
• Lead the design of: Process, utility, slurry, and services piping systems, Pipe supports and restraints (coordinated with structural), Above-ground and buried piping systems
• Review and validate P&IDs, piping datasheets, valve specifications, and vendor documentation
• Perform technical evaluations of vendor bids and supplier proposals
• Review and approve piping material take-offs (MTOs) and contribute to cost estimates
• Ensure interdisciplinary coordination with process, mechanical equipment, structural, civil, electrical, and instrumentation disciplines
• Provide technical guidance, supervision, and mentorship to piping engineers, designers, and drafting staff
• Support construction, commissioning, field engineering, and site activities, including resolving site queries and RFIs as required
• Ensure compliance with project standards, applicable codes, safety requirements, and quality procedures

Lead Piping Engineer

• Act as a facilitator of high-quality Project Controls and Construction Planning.
• Support portfolio-level understanding of construction readiness and performance.
• Develop and communicate robust construction programmes for tenders and live projects.
• Provide clear visual insight into construction progress.
• Identify, analyse and communicate construction risks, delays and constraints.
• Deliver periodic programme updates and explain changes, delays and forecast impacts.

Construction Planning Manager

Full-stack Engineer

• provide construction‑led planning expertise to support the successful delivery of major, complex infrastructure projects across the UK
• maintain a strong end‑to‑end planning and project controls focus
• develop, manage, and communicate robust construction programmes for both tenders and live projects
• provide clear, visual insight into construction progress through to Hand Over to Test
• act as a facilitator of high‑quality Project Controls and Construction Planning
• enable portfolio‑level understanding of construction readiness and performance
• support the business in understanding construction readiness, capacity and planning risk across a portfolio of projects
• deliver periodic programme updates, clearly explaining changes, delays and forecast impacts on construction completion

Principal Engineer

IT Support

• Supports technical designs, specifications, integration on bus-related projects, including bus fleets, on-board systems, charging infrastructure, maintenance operations.
• Participate in multidisciplinary project teams, delivering studies, conceptual designs, and implementation strategies for major transit clients.
• Contribute to the planning and design of bus depots, charging infrastructures, BRT corridors, systems requirements, maintenance facilities, and operational support systems.
• Support or lead tasks within multidisciplinary engineering projects, contributing to schedules, risk reviews, cost estimates, and quality control.
• Participate in design reviews, ensure compliance with standards, regulatory requirements, and applicable codes (CSA, APTA, TSBC, NFPA, federal and provincial guidelines).
• Monitor emerging industry trends and advise internal teams and clients on innovative technologies and best practices.
• Support the development of internal tools, methodologies, and technical standards that enhance ATKINSRéalis’ excellence in transit engineering.
• Contribute to proposals, business development activities, and thought leadership to expand the firm’s presence in the Canadian transit market.