Total 11 job vacancies by AECOM

This role requires the successful candidate to:

• Have good understanding of Permanent Way and Railway infrastructure around it
• Plan, schedule, coordinate and carry out design of track alignment and perform supporting calculations,
• Perform concept, preliminary and detailed design as well as review the design and drawings
• Carry out and manage the design and on-time delivery.
• Help to develop the production of drawings, reports and specifications
• Liaise with clients and other stakeholders to ensure successfully delivery of the tasks/project.
• Provide technical guidance and mentorship to junior members of the team,
• Be able to use industry software and tools to drive efficiencies.  
• Provide specialized technical input to studies and design for rail projects
• Develop study and design procedures to facilitate high quality cost effective work by others.
• Participate in interdisciplinary review of project deliverables.
• Perform quality control review of design calculations or drawings.
• Prepare technical specification and reports.
• Provide input to the development of engineering budget and schedule to meet requirements.

You will play a crucial role in designing and analyzing structures for various building projects, ensuring safety, efficiency, and compliance with local regulations.

• Assist on structural design projects for a diverse range of buildings and structures
• Works on detailed or routine engineering assignments involving structural analysis and design.
• Collaborate with architects, contractors, and other engineering disciplines to resolve technical issues and ensure project success
• Stay up-to-date with the latest industry trends, technologies, and building codes
• Mentor and provide technical guidance to entry level engineers

As a Graduate / Junior Engineer, you will support the engineering team by performing specific and limited portions of broader assignments under the guidance of experienced engineers. This role provides hands-on exposure across various engineering disciplines and an opportunity to develop strong technical and professional skills.

Key Responsibilities

• Perform specific and well‑defined tasks as part of larger engineering assignments under moderate supervision.
• Gather, analyze, and correlate basic engineering data using established procedures and tools.
• Execute routine or detailed engineering tasks, including calculations, modeling, and simple testing activities.
• Propose approaches for solving new or unfamiliar technical problems using sound engineering judgement.
• Identify inconsistencies or discrepancies in data, calculations, and outcomes and escalate as appropriate.
• Deliver work in accordance with agreed‑upon budget, scope, and schedule.
• Collaborate with cross‑disciplinary teams (civil, structural, mechanical, electrical, geotechnical) to support integrated design solutions.
• Assist in the preparation of design reports, engineering calculations, drawings, specifications, cost estimates, and project schedules.
• Stay informed on advancements in engineering technologies, tools, and industry best practices relevant to your discipline.
• Apply engineering software and digital tools to support design and analysis tasks.

Preparation of designs and deliverables related to primary electrical systems for transmission and distribution projects. The tasks may encompass, but are not limited to, the following, depending on project requirements and the design phase:

• Design of primary substation systems, including AIS/GIS configurations, transformer installations, circuit breaker selection, busbar arrangements, switchgear layouts, and disconnectors for voltages up to 800kV.
• Preparation of single-line diagrams (SLDs), general arrangement (GA) layouts, equipment sizing, and equipment layout plans for substations and transmission systems.
• Short-circuit force calculations, busbar sizing, fault current analysis, and equipment protection design, ensuring system stability and protection under fault conditions.
• Design of earthing systems, including grounding layouts, ground grid system design, and lightning protection systems for substations.
• Design and integration of HVDC and HVAC systems, including converter stations, ensuring compatibility with the overall substation design.
• Development of transformer layouts, including oil containment, busduct routing, and secondary system interfaces.
• Optimisation of substation layouts for new and upgraded substations, considering space constraints, equipment accessibility, and construction considerations.
• Review and development of control and protection systems for primary substations, ensuring coordination with secondary systems and compliance with grid operator requirements.
• Coordination with civil teams to design and integrate foundations, steel structures, and electrical cable routes, ensuring seamless integration with the primary systems.
• Development of equipment specification documents, bill of materials (BOM), and procurement support, ensuring the correct equipment is selected as per project requirements.
• Preparation of electrical interconnection diagrams, termination diagrams, cable schedules, and other supporting documentation for the installation and operation of primary systems.
• Detailed design and review of auxiliary systems, such as cooling systems, auxiliary power supplies, and battery systems for substations.
• Underground cable design, including cable sizing, cable routing, and integration into existing systems, particularly for HV cable systems.
• Coordination with external vendors and contractors to ensure the supply and installation of equipment in accordance with design specifications and project requirements.

Preparation of designs and deliverables related to primary electrical systems for transmission and distribution projects. The tasks may encompass, but are not limited to, the following, depending on project requirements and the design phase:

• Design of primary substation systems, including AIS/GIS configurations, transformer installations, circuit breaker selection, busbar arrangements, switchgear layouts, and disconnectors for voltages up to 800kV.
• Preparation of single-line diagrams (SLDs), general arrangement (GA) layouts, equipment sizing, and equipment layout plans for substations and transmission systems.
• Short-circuit force calculations, busbar sizing, fault current analysis, and equipment protection design, ensuring system stability and protection under fault conditions.
• Design of earthing systems, including grounding layouts, ground grid system design, and lightning protection systems for substations.
• Design and integration of HVDC and HVAC systems, including converter stations, ensuring compatibility with the overall substation design.
• Development of transformer layouts, including oil containment, busduct routing, and secondary system interfaces.
• Optimisation of substation layouts for new and upgraded substations, considering space constraints, equipment accessibility, and construction considerations.
• Review and development of control and protection systems for primary substations, ensuring coordination with secondary systems and compliance with grid operator requirements.
• Coordination with civil teams to design and integrate foundations, steel structures, and electrical cable routes, ensuring seamless integration with the primary systems.
• Development of equipment specification documents, bill of materials (BOM), and procurement support, ensuring the correct equipment is selected as per project requirements.
• Preparation of electrical interconnection diagrams, termination diagrams, cable schedules, and other supporting documentation for the installation and operation of primary systems.
• Detailed design and review of auxiliary systems, such as cooling systems, auxiliary power supplies, and battery systems for substations.
• Underground cable design, including cable sizing, cable routing, and integration into existing systems, particularly for HV cable systems.
• Coordination with external vendors and contractors to ensure the supply and installation of equipment in accordance with design specifications and project requirements.

Preparation of designs and deliverables related to primary electrical systems for transmission and distribution projects. The tasks may encompass, but are not limited to, the following, depending on project requirements and the design phase:

• Design of primary substation systems, including AIS/GIS configurations, transformer installations, circuit breaker selection, busbar arrangements, switchgear layouts, and disconnectors for voltages up to 800kV.
• Preparation of single-line diagrams (SLDs), general arrangement (GA) layouts, equipment sizing, and equipment layout plans for substations and transmission systems.
• Short-circuit force calculations, busbar sizing, fault current analysis, and equipment protection design, ensuring system stability and protection under fault conditions.
• Design of earthing systems, including grounding layouts, ground grid system design, and lightning protection systems for substations.
• Design and integration of HVDC and HVAC systems, including converter stations, ensuring compatibility with the overall substation design.
• Development of transformer layouts, including oil containment, busduct routing, and secondary system interfaces.
• Optimisation of substation layouts for new and upgraded substations, considering space constraints, equipment accessibility, and construction considerations.
• Review and development of control and protection systems for primary substations, ensuring coordination with secondary systems and compliance with grid operator requirements.
• Coordination with civil teams to design and integrate foundations, steel structures, and electrical cable routes, ensuring seamless integration with the primary systems.
• Development of equipment specification documents, bill of materials (BOM), and procurement support, ensuring the correct equipment is selected as per project requirements.
• Preparation of electrical interconnection diagrams, termination diagrams, cable schedules, and other supporting documentation for the installation and operation of primary systems.
• Detailed design and review of auxiliary systems, such as cooling systems, auxiliary power supplies, and battery systems for substations.
• Underground cable design, including cable sizing, cable routing, and integration into existing systems, particularly for HV cable systems.
• Coordination with external vendors and contractors to ensure the supply and installation of equipment in accordance with design specifications and project requirements.

Preparation of designs and deliverables related to secondary electrical systems for transmission and distribution projects. The tasks may encompass, but are not limited to, the following, depending on project requirements and the design phase:

• Design of protection and control systems, including relay settings, protection schemes, and interlock systems for substations.
• Preparation of single line diagrams (SLDs), protection logic diagrams, metering layouts, and cable termination diagrams.
• Preparation of electrical interconnection diagrams, termination diagrams, cable schedules, and other supporting documentation for the installation and operation of secondary systems.
• Relay coordination studies (overcurrent, earth fault, motor protection, distance protection), including relay setting calculations and fault analysis.
• Power system studies, such as load flow analysis, short circuit studies, transient stability analysis, motor starting studies, and arc flash studies.
• Development of control and relay panel layouts, including general arrangement (GA) drawings, functional block diagrams, and bill of materials (BOMs).
• Design of SCADA communication schemes and system integration for protection systems, ensuring seamless interface between control and field devices.
• Review and verification of design documentation to ensure compliance with industry standards (IEC, IEEE) and utility specifications.
• Support for commissioning and testing, including Factory Acceptance Testing (FAT) and site integration of secondary systems.
• Development of algorithms for enhanced system functionality, such as fault detection, relay coordination, and improving system stability.
• Interdisciplinary coordination, including collaboration with other engineering teams to integrate secondary systems with primary infrastructure.
• Preparation of external connection tables, cable schedules, and other design documentation as required by the project specifications.

Preparation of designs and deliverables related to secondary electrical systems for transmission and distribution projects. The tasks may encompass, but are not limited to, the following, depending on project requirements and the design phase:

• Design of protection and control systems, including relay settings, protection schemes, and interlock systems for substations.
• Preparation of single line diagrams (SLDs), protection logic diagrams, metering layouts, and cable termination diagrams.
• Preparation of electrical interconnection diagrams, termination diagrams, cable schedules, and other supporting documentation for the installation and operation of secondary systems.
• Relay coordination studies (overcurrent, earth fault, motor protection, distance protection), including relay setting calculations and fault analysis.
• Power system studies, such as load flow analysis, short circuit studies, transient stability analysis, motor starting studies, and arc flash studies.
• Development of control and relay panel layouts, including general arrangement (GA) drawings, functional block diagrams, and bill of materials (BOMs).
• Design of SCADA communication schemes and system integration for protection systems, ensuring seamless interface between control and field devices.
• Review and verification of design documentation to ensure compliance with industry standards (IEC, IEEE) and utility specifications.
• Support for commissioning and testing, including Factory Acceptance Testing (FAT) and site integration of secondary systems.
• Development of algorithms for enhanced system functionality, such as fault detection, relay coordination, and improving system stability.
• Interdisciplinary coordination, including collaboration with other engineering teams to integrate secondary systems with primary infrastructure.
• Preparation of external connection tables, cable schedules, and other design documentation as required by the project specifications.

Preparation of designs and deliverables related to secondary electrical systems for transmission and distribution projects. The tasks may encompass, but are not limited to, the following, depending on project requirements and the design phase:

• Design of protection and control systems, including relay settings, protection schemes, and interlock systems for substations.
• Preparation of single line diagrams (SLDs), protection logic diagrams, metering layouts, and cable termination diagrams.
• Preparation of electrical interconnection diagrams, termination diagrams, cable schedules, and other supporting documentation for the installation and operation of secondary systems.
• Relay coordination studies (overcurrent, earth fault, motor protection, distance protection), including relay setting calculations and fault analysis.
• Power system studies, such as load flow analysis, short circuit studies, transient stability analysis, motor starting studies, and arc flash studies.
• Development of control and relay panel layouts, including general arrangement (GA) drawings, functional block diagrams, and bill of materials (BOMs).
• Design of SCADA communication schemes and system integration for protection systems, ensuring seamless interface between control and field devices.
• Review and verification of design documentation to ensure compliance with industry standards (IEC, IEEE) and utility specifications.
• Support for commissioning and testing, including Factory Acceptance Testing (FAT) and site integration of secondary systems.
• Development of algorithms for enhanced system functionality, such as fault detection, relay coordination, and improving system stability.
• Interdisciplinary coordination, including collaboration with other engineering teams to integrate secondary systems with primary infrastructure.
• Preparation of external connection tables, cable schedules, and other design documentation as required by the project specifications.

This is an exciting opportunity for a motivated engineer to contribute to impactful Energy projects across global offices and continue developing their technical expertise in a supportive, high-performing team.

• Senior technical resource may serve as technical advisor for team
• Provides specialized technical input to studies and design for staff's specific area of expertise.
• Develops study and design procedures to facilitate high-quality cost-effective work by others.
• Participates in interdisciplinary review of project deliverables.
• Develop construction cost estimates and estimates of technical efforts for projects.
• Uses expertise in all steps of completing discipline component of PS&E package.
• Performs quality control review of design calculations or drawings.
• Prepares technical specification sections.
• Provides input to the development of engineering budget and schedule to meet requirements.

• Perform a variety of assigned tasks intended to develop professional knowledge and practical engineering skills.
• Apply standard engineering techniques, procedures, and established criteria in carrying out assigned work.
• Limited exercise of judgment is required on details of work and in making preliminary selections and adaptations of science alternatives.
• Support senior team members with technical tasks and documentation under supervision.