330 Substation Design Jobs - Page 4

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

System Design & Configuration: System Studies, Configuration Layout, Redundancy & Reliability Detailed Electrical Design: Single Line Diagrams, Define Equipment Specification, Cable Sizing & Routing, Earthing & Bonding, High-Voltage Equipment Design Required Candidate profile Busbar Design, Design of Protection Systems, Control Systems, Metering & Instrumentation, Transformer & Switchgear Sizing, Capacitor Bank & Reactor Design, Integration with Renewable Energy Systems Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

How you ll make an impact: Analyze customer specification to ensure Hitachi - Power Grids solution to meets the requirements. Good knowledge of the relevant international Standards/Codes - British Codes (BS), Indian codes, ACI is a must have. Other codes like Eurocodes, DIN, ASTM or equivalent shall be an advantage. HV / EHV Switchyard equipment foundations which include Power transformers, Reactors, switching equipment, Gantry and Towers along with drainage and cable trenches, GIS Building foundations, Office/Storage buildings foundation. Shall be able to review civil drawings and documents to fulfil the local country regulations. Lead and coordinate all civil design disciplines to facilitate an integrated 3D design as specified by the departments processes and relevant technical specifications. Knowing the design principles and relevant internal guidelines/instructions. Understanding the customer contract and its technical specifications. Constructability and HSE aspects should be considered during the design development. Living Hitachi Energy s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Your background: Bachelor degree B. E. /B. Tech in Civil engineering. You should have 5-7 Years of experience in Civil design of power plant / substations. Must have minimum 3 years of experience in substation design or Industrial structures. Must have knowledge in technology knowledge of Steel structure and reinforced concrete structures Staad, AutoCAD/Revit knowledge required HVDC substation design knowledge shall be an advantage. Self-starter caliber who could own tasks through to completion. Strong attention to detail. Excellent written and verbal communication skill. .

Job Description Summary The Engineer Electrical Component will play a key role in supporting the sales and business development by providing technical expertise in the design of electrification solutions for the EHV/HV Substations. This individual will be responsible for system design, material selection, quantity estimation, various engineering activities associated for a project and customer technical consultations. The candidate will also ensure that the proposed solutions meet customer needs while adhering to industry standards, safety regulations, quality requirements and cost-efficiency objectives. The candidate shall execute with association of workgroups, where applicable, in order to meet assigned objectives. In this role, the candidate will work within defined parameters to make decisions, apply concepts to issues of moderate complexity, and resolve issues through immediate action or short-term planning. The candidate will work with GSI Global Engineering Center (GSI GEC) to coordinate with the GSI Regions Business Lines as per Project requirement. Job Description Roles and Responsibilities Specific Role Requirements: HV (Primary) designs for 132 kV and above GIS/AIS Substation Engineering for Grid Interconnected Projects Preparation of basic Single Line Diagram, Layout Plan & Section of Overall plant, Equipment control room, Earthing Layout, DSLP Layout, Trench Layout etc Earthing design, Lightning design, Cable Sizing, Battery Sizing, Illumination system design, Sag Tension calculation, Short Circuit Force and Bus- bar Sizing as per IEEE/IEC. Project related all Equipment Selection/ Sizing as per IEEE/IEC Preparation of all Distribution/Auxiliary system. Evaluation of vendor Drawings, GTP, Calculation & Technical Specs LV/MV Engineering for the collector substation, unit substation & pooling station ITO (tender) drawings, BOQ estimation, RFQ finalization & evaluation of various components, selection of equipment with best pricing options. Co-ordination and integration with Automation, Civil & MEP. Co-ordination of site & office team for execution of project Flexible and quick to learn global developments in renewable technologies and adopt. Add-on Competency (Optional) Renewable project engg i.e. Solar, On-shore Off-shore Wind, Battery Storage or hybrid HVDC/FACTS integrated project applications. Competency on specialized tools like CANECO, ETAP, CDGES or equivalent Working experience with 3D Design Tools. Qualifications Requirements Bachelors degree in electrical engineering or related field, from an accredited college or university. Minimum of 4+ years of experience in EHV/ HV Substation design. Good understanding of power system components (transformers, switchgear, protection systems) and renewable energy integration. Excellent communication skills, capable of explaining complex technical concepts to both technical and non-technical stakeholders. Strong analytical and problem-solving skills, with the ability to balance technical requirements and business needs. Ability to work collaboratively across teams and with clients. Key Competencies: Customer-Centric Approach: Ability to translate customer needs into technical solutions that are practical, cost-effective, and compliant with industry standards. Technical Expertise: Deep knowledge of electrical system design, material selection, and quantity estimation tailored for oil and gas projects. Project Management: Ability to manage multiple tasks, meet deadlines, and provide leadership throughout the design and implementation phases. Safety & Compliance: Strong commitment to safety and regulatory compliance, with a focus on delivering designs that meet industry-specific standards. This role involves enhancing the collaboration and efficiency between our global Regionssuch as North America, South America, Europe, Africa, and othersand the GSI GEC. Why we come to work: Our engineers are always up for the challenge - and were always driven to find the best solution. Our projects are unique and interesting, and youll need to bring a solution-focused, positive approach to each one to do your best. Surrounded by committed, loyal colleagues, if you can dare to bring your ingenuity and desire to make an impact, youll be exposed to game-changing, diverse projects that truly allow you to play your part in the energy transition. What we offer: A key role in a dynamic, international working environment with a large degree of flexibility of work agreements, Competitive benefits, and great development opportunities - including private health insurance. Additional Information Relocation Assistance Provided: Yes Location - Hyderabad,Kolkata,Chennai,Noida

Job Description Summary Control engineering is a cross-functional engineering discipline centered on an approach, mindset, and process. All activities that consider both the business and the technical needs of the customers with the goal of providing a quality product that meets the users needs. The discipline that executes a robust process of design, creation, and optimization of systems, consisting of identification and quantification of system requirements, creation of alternate system design concepts, performance of design trade studies, selection and implementation of the best designs and verification that the design is properly integrated and executed. Process that proceeds from concept to production to operation. Impacts departmental operations and responsible for Tendering/execution. The candidate shall execute with association of workgroups, where applicable, in order to meet assigned objectives. In this role you will work within defined parameters to make decisions, apply concepts to issues of moderate complexity, and resolve issues through immediate action or short-term planning. The current role is expected to deliver ITO/OTR for HVDC&AC Grid projects. Strong fundamental competency on projects on HVDC,EHV/HV Designs of Grid substation (AIS & GIS) is pre-requisite. Job Description Roles and Responsibilities: Protection coordination design and validation, control, protection, and sequencing strategy specifications, parameters tuning to meet grid stability criteria specified in customer technical specifications. Defining control system requirements for the software architecture, development, and verification Performing PSSE/PSCAD and PSSE/RSCAD Power system network conversion, modelling, and verification, Prepare RSCAD model and perform study on Real Time Digital Simulator (RTDS) model FACTS project. Plant modelling in various simulation tools (MATLAB, RSCAD, PSCAD etc) and its verification, dynamic performance studies using both offline and online simulation tools Design and develop substation control philosophies, protection single-line diagrams (SLD), as well as control and protection, and SCADA systems, auxiliary supply systems, and associated equipment. Develop and implement control and protection schemes for substation systems, including engineering BOQ, drawings, calculations, and technical specifications for both tender and execution stages. Collaborate with other functions to integrate control and protection systems into overall project designs. Strong understanding of electrical power systems, including generators, transformers, switchgear, and transmission lines. Ability to use control and protection software tools such as relay coordination software, and simulation programs. Deploy Engineering tools (CAD, PDM/DMS) as per project requirements. Knowledge of various protection schemes including overcurrent, differential, distance, and busbar protection. Ability to analyze and interpret relay settings, coordination curves, and fault records. Excellent problem-solving skills and the ability to troubleshoot complex electrical issues. Effective communication and teamwork skills to collaborate with internal and external stakeholders. Integrate EHS requirements based on project Strategy and deploy HAZID (Hazard identification) sessions at different project phases. Engineering management skills to handle engineering tasks, timelines, and resources efficiently. Deliver high technical quality of GEs proposals in LV Secondary side including processes & programs that make the proposals more accepted (compliant or clarified), effective, and cost competitive to the customer with reduced overall-performance risk. Responsible for technical proposal accuracy including technical specifications & clarifications/ assumptions/ exceptions, quantifying design and deliverables, installation work scope definition, cost allocation, bill of materials, and estimation of engineering, installation and testing/commissioning based on customer specifications and/or industry standards (IEEE, NESC, ANSI, NEMA, IEC, etc.), sourcing, and historical data. Perform basic studies in LV Secondary side and necessary to verify proper specification and design of proposed solutions. Provide technical support to create subcontractors and power equipment bid packages. Design and implement methodologies, templates, and libraries that provide the most accurate cost estimates with the least amount of engineering effort for a given customer scope. Write technical specifications for LV and Control/Protection and services, working with PMs & Sourcing to manage quotes and vendor responses. Work with the Proposal Manager, Engineering team, and assigned multi-discipline engineers to provide up to full Engineer, Procure, & Construct estimates for HV Substations, conventional utility, industrial, & renewable substations, P&C and equipment programs, Systems & Communications projects, and BOP projects including FACTS, HVDC Segments Required Qualifications: Bachelor of Electrical Engineering or relevant educational degree. Fluency in English is mandatory At least 3 years experiences on substation integration design, with minimum 5 years experiences in substation protection, control and auxiliary system design. Power system behaviors and application of protection to power systems. Protection, Control and interlocking schematic, cubicle layout design, manufacturing and testing. Relevant IEC/IEEE standards for substation design. Experience in modelling of converters for FACTS/HVDC/ drives is considered as an advantage. Knowledge of RTDS/RSCAD will be an added advantage. Knowledge of waveform and fault analysis Able to interpretate and work with HVDC System and plant modelling in electromagnetic transient tools like PSCAD, RSCAD, EMTP-RV etc. including undertaking Dynamic Performance Studies and Protection co-ordination. Sound knowledge of Transmission and Distribution protection, control, and auxiliary products. Familiar with substation automation system interfaces. Good command of secondary engineering tools (AutoCAD, Engineering Base). Experience with project risk management, financial processes, and global tendering requirements. Familiar with project technical management processes, preferably in a multi-disciplinary teams context with multiple interfaces First experience in managing subcontracted design work package (preferably externally) Technical leadership and mentoring good technical communication skills. Strong interpersonal skills Desired Qualifications Experience in technical problem solving. Ability to deliver under pressure in a dynamic, fast-paced environment with a problem-solving mindset and attention to detail. Willingness to travel globally and work in diverse environments. Able to work to deadlines with high quality, sense of urgency and delivery. Additional Information Relocation Assistance Provided: No

Oversee detailed design & engineering of AIS/GIS substations. SLD, Earthling, Control room, equipment, Cabling, illumination layouts. Covering the full cycle of works from pre-bid engineering to support during commissioning and warranty periods Required Candidate profile Electrical Engineer with 10+ years experience in Detailed Design & Engineering of EHV substations upto 765KV. Extensive knowledge in System engineering, Load Flow, Short CSLD, Protection and Control.

Oversee detailed design & engineering of ASI/GIS substations. SLD, Earthling, Control room, equipment, Cabling, illumination layouts. covering the full cycle of works from pre-bid engineering to support during commissioning and warranty periods Required Candidate profile Electrical Engineer with 10+ years experience in Detailed Design & Engineering of EHV substations upto 765KV. Extensive knowledge in System engineering, Load Flow, Short CSLD, Protection and Control

Detailed RCC/Structural design of transmission and distribution substations including design of 765kV Transmission Towers, buildings, Gantry, equipment structures, control room, transformer foundations, grading, roads and drainage, trenches etc. Required Candidate profile Civil Design Engineer with 10+ Detailed Design & Engineering (Both RCC and Structural) for Thermal Power, Renewable AIS and GIS substations (765Kv).Worked on overseas projects and international codes

Electrical design and document preparation for indoor substation and outdoor switchyard up to 220kV voltage level. Drawings-SLD, Equipment Layout, Cable Trench Layout, Earthing Layout, Lightning Protection Layout, Cable Schedule, etc. Required Candidate profile Energetic, Willing to learn, Good communication, Good understanding level of instructions provided ACAD Software, BIM-Revit Software, Microsoft Office

Software Consulting Engineer T&D Configuration Systems & Software Solutions Job Description Summary We are seeking a highly experienced and innovation-driven Software Consulting Engineer to lead the architecture, design, and development of advanced software platforms and configuration tools for Transmission & Distribution (T&D) systems. This strategic leadership role drives the digital transformation of the energy sector by enabling next-generation grid automation, device orchestration, and intelligent engineering workflows. As a senior leader, you will act as the software architecture authority, collaborating with embedded, power systems, and UI/UX teams, and engaging with customers and global product teams to deliver scalable, secure, and future-ready solutions and shape the technical direction of platforms powering protection relays, grid-edge configuration, and digital substation system, integrating advanced standards, enabling AI-assisted engineering, and ensuring cloud-readiness, cybersecurity, and multi-vendor interoperability. Job Description Key Responsibilities Define the architecture and evolution of scalable, modular, and secure software platforms for T&D configuration systems, including tools for device configuration, substation engineering, and grid automation workflows. Define technical strategy and oversee the design cloud-native platforms using modern frameworks (.NET, Java, Python, TypeScript) that support desktop, edge, and cloud deployments, with emphasis on performance, resilience, and maintainability. Drive the integration IEC 61850 engineering workflows (SCL-based ICD, SCD, SSD) into intuitive, automated tooling ecosystems aligned with modern UI/UX, API design, and utility integration requirements. Ensure cross-functional alignment, acting as the authority between firmware, UI/UX, and power systems teams, enabling coherent system design and tight integration between engineering workflows and device behavior. Collaborate with cybersecurity, systems, and hardware architects to deliver secure, compliant solutions for critical infrastructure, incorporating secure development lifecycle (SDLC) and DevSecOps practices. Drive reuse of software components across product lines, fostering platform consistency, reducing duplication, and accelerating development. Oversee development and lifecycle management of configuration and commissioning tools for protection and control devices, ensuring seamless integration with SCADA/DMS/EMS and other utility systems. Conduct software and architecture reviews, ensure compliance with industry standards (IEC 61850, IEC 61968/70, CIM, IEC 62351), and manage the end-to-end software development lifecycle from requirements to deployment and support. Partner with architects, systems engineers, and utility customers to define and deliver customer-centric, technically robust solutions that improve reliability, visibility, and flexibility of grid systems. Monitor emerging technologies (cloud-native services, model-driven engineering, AI/ML) for relevance to the T&D domain and contribute to technology roadmaps, product strategy, and IP generation through patents, whitepapers, and technical forums. Mentor and guide software engineers, promote a culture of technical excellence and innovation, and represent the organization in customer engagements, RFPs, and industry events. Qualifications & Experience Bachelors degree in Software Engineering, Computer Science, Electrical Engineering, or a related field. Minimum of 10 years of experience in software engineering, including 5 years in a technical leadership or software architecture role. Desired Characteristics Proven track record designing and delivering software solutions for T&D systems, energy automation, or industrial control domains. Expertise in utility standards and protocols: IEC 61850, CIM, IEC 61968/70, and IEC 62351. Strong skills in modern technologies (.NET, Java, Python, JavaScript/ TypeScript), UI frameworks, backend systems, and containerized/cloud deployments. Knowledge of data modeling, API integration, network communications, and cybersecurity practices. Familiarity with configuration management systems, substation design tools, and integration with SCADA/DMS/EMS platforms is highly desirable. Exceptional leadership and communication skills with the ability to influence across technical and business teams. Experience operating in a matrixed global organization, managing distributed engineering teams. Strong analytical and problem-solving mindset focused on customer value and quality outcomes. Thought leadership through publications, standards participation, or conference speaking. Willingness to travel for key customer engagements, internal collaboration, or industry events. Additional Information Relocation Assistance Provided: No

Job Description Summary Become part of a winning team and help to deliver the Green Energy transition Job Description In this position, you will be mainly involved in design and engineering of SVC and STATCOM solutions in close coordination with various engineering team globally. As a key member of team, you will be responsible for designing of Flexible AC Transmission Systems (FACTS) solution for global projects & tenders. Role & Responsibilities Preparation & review of substation engineering deliverables such as key single line diagram, erection key diagram, layout design (Plan & Section in 3D & 2D), magnetic field clearances, installation drawings and instructions of the STATCOM and SVC systemsof assignedFACTS deliveryprojectsand tenders. Performing of various substation calculation such as thermal and short circuit force calculation for rigid busbars and flexible conductors, SAG tension, cantilever strength, insulation co-ordination, magnetic field, spacer critical span, grounding, lightning protection etc according to international standards (IEC IEEE). Calculation of foundation loads according to international standards (IEC IEEE) considering the prevailing environmental conditions Technical responsibility for preparation of equipment specifications, approving drawings, bills of material, optimizing the design of equipment under FACTS projects and review of vendor documents (drawing, data sheet etc) for substation equipment such as reactor, capacitor, circuit breaker, SA, CT, CVT, DS, bushing etc. Coordination with internal departments and sub-suppliers for individual main components and subsystems. Support installation team locally or remotely considering mechanical aspects. Participation in the project specific mechanical design of the power electronics valves related to SVC & STATCOM systems. Support in NPI (New Product Introduction) and sales teams in the mechanical and layout designs related topics. Required qualifications A bachelors degree in electrical engineering or related discipline. Advanced level of experience in EHV AC Sub-Station primary design, calculation & co-ordination Experience in international projects with working exposure of international standards as IEC, IEEE etc. Strong oral and written communication skills in English Desired qualifications Solidworks or similar 3D&2D design tool experience will be added advantage. Experience in stress analysis is considered as an advantage. Experience in Autocad and Autodesk Revit is considered as an advantage. Experience in FACTS/HVDC substation projects is considered as an advantage.

Job Description Summary Lead Primary Engineer is the technical guarantor of the proper performance of design works conducted for high-voltage (HV) substations, in matter of committed design budget (man days), deadline and Quality, in line with Customer expectation, while promoting ease of installation, operation and maintenance of the system. You will be responsible to plans basic and detailed design activities, manages & oversees detailed execution progress, delivers required engineering documentation for procurement, manufacturing and site erection associated to concerned activity, based on Customer specifications and requirement, and internal standards. Also to coordinates elaboration of documents done internally or through subcontracting. Job Description Key Responsibilities: Designing and integrating essential components for a High Voltage substation or HVDC Substation in compliance with global and local standards. Coordinating with multidisciplinary teams for efficient substation layout implementation, and design calculations Developing comprehensive design specifications and supporting procurement activities. Managing project strategies, risks, and customer relationships for successful project delivery. Ensuring streamlined documentation management and facilitating effective design processes. Collaborating with construction teams to incorporate valuable design insights for enhanced project outcomes. Manage engineering subcontractors for specific work packages. Support site teams to ensure smooth erection and capitalize lessons learnt . Required Qualification/Experience Education: a bachelors degree in electrical engineering or a related field. A masters degree may be preferred. 10+ years engineering experience in the design of HV substations, Primary Engineering, including layout design , component selection and Primary Calculations. Experience with CAD software Autodesk CAD tools, Revit, BIM360, ACC and substation design tools is a plus. Knowledge: In-depth knowledge of HV substation design principles, industry standards, and regulations. Familiarity with protection and control systems is advantageous. Technical Skills: Proficiency in using design and simulation, calculation software. Strong analytical and problem-solving skills. Communication: Excellent communication skills, both written and verbal, to collaborate effectively with multidisciplinary teams and convey complex technical information to non-technical stakeholders. Willingness to work in different locations for short or medium period and to travel worldwide Desired Skills Project Management: Basic project management skills, including the ability to manage priorities, meet deadlines, and adapt to changing project requirements. Familiar with project technical management processes, preferably in a multi-disciplinary teams context with multiple interfaces Certifications: Professional engineering certification or licensure is preferred. Attention to Detail: Meticulous attention to detail to ensure designs meet safety, performance, sustainability, and compliance requirements. First experience in managing subcontracted design work package (preferably externally) Experience in technical problem solving Knowledge of Transmission or Distribution industry Willingness to work in different locations for short or medium period and to travel worldwide.

Job Description Summary This position will be responsible for all aspects of the civil engineering and customer coordination for High Voltage Projects. Activities contributing to the design and development of Civil & structural engineering, includes activities accountable for the quality of own work, subject to direct operations supervision/prescribed work instructions/systems checking. Executes within a well-defined operations framework. Job Description Role & Responsibilities: You needs to understand overall substation and its components. The list may include but is not limited to: HVDC, AIS & GIS Equipment, GCB, Transformer and LV System related structural & civil works. It also includes familiarity with related codes and standards local as well International. Candidate shall be responsible for following activities of tender and execution activities of substation. Responsible for designing of substation civil including buildings, drains, cable trenches, plumbing/ sanitations etc. and steel structures activities of tenders & projects for Substation. Responsible to release substation designs as per clients specification requirements and satisfaction. Checking of Substation structural steel Design and Civil Design received from design vendors. Checking of fabrication drawings for steel structures. Detailed designing & BOQ, Bill of Materials Co-ordination with client, consultant, site office and sub-contractors for design related issues Design of control buildings, GIS buildings, other facilities specified in STAAD PRO/other software and in full compliance with the codes. Foundation designs for buildings, equipment and transformers/ reactors based on the soil parameters, Design of pile foundations. Handling Tenders and projects to ensure timely completion of the design activities as per schedule. To achieve savings via proper designing at all the stages of design activities. Be updated about new technologies to enhance/ improve the quality and speed of designs along with the profiling activities resulting in better product quality. Required Qualifications/Experience: Bachelors degree (Civil Engineering)/Postgraduate in Structural Engineering (preferable) from a recognized university. Minimum 10 to 12 years of experience in Structural and Civil Project Works, out of which min 3 years in the international substation projects engineering in structural engineering domain. Must possess technical, business and client interaction skills. Understands interfaces with electrical, mechanical systems. Must be self-motivated with an ability to balance multiple projects under tight deadlines. Must have excellent written and verbal communications skills, including ability to write clear and detailed technical reports, presentations, and emails. Health, Safety and Environment (HSE) and Lean mindset. Must be a supportive team member, able to work in a collaborative environment as well as work on self-directed independent projects. Desired Characteristics/Skills: International PE Certification preferred Strong oral and written communication skills. Strong interpersonal and leadership skills. Ability to work independently. Strong problem-solving skills. Ability to execute project in line with client/project requirement. Ability to expand the competency domain, being able to take new learning challenges

Job Description Summary The Engineer Electrical Component will play a key role in supporting the sales and business development by providing technical expertise in the design of electrification solutions for the EHV/HV Substations. This individual will be responsible for system design, material selection, quantity estimation, various engineering activities associated for a project and customer technical consultations. The candidate will also ensure that the proposed solutions meet customer needs while adhering to industry standards, safety regulations, quality requirements and cost-efficiency objectives. The candidate shall execute with association of workgroups, where applicable, in order to meet assigned objectives. In this role, the candidate will work within defined parameters to make decisions, apply concepts to issues of moderate complexity, and resolve issues through immediate action or short-term planning. The candidate will work with GSI Global Engineering Center (GSI GEC) to coordinate with the GSI Regions Business Lines as per Project requirement.The candidate shall execute with association of workgroups, where applicable, in order to meet assigned objectives. In this role, the candidate will work within defined parameters to make decisions, apply concepts to issues of moderate complexity, and resolve issues through immediate action or short-term planning. The candidate will work with GSI Global Engineering Center (GSI GEC) to coordinate with the GSI Regions Business Lines as per Project requirement. Job Description Roles and Responsibilities Specific Role Requirements: HV (Primary) designs for 132 kV and above GIS/AIS Substation Engineering for Grid Interconnected Projects Preparation of basic Single Line Diagram, Layout Plan & Section of Overall plant, Equipment control room, Earthing Layout, DSLP Layout, Trench Layout etc Earthing design, Lightning design, Cable Sizing, Battery Sizing, Illumination system design, Sag Tension calculation, Short Circuit Force and Bus- bar Sizing as per IEEE/IEC. Project related all Equipment Selection/ Sizing as per IEEE/IEC Preparation of all Distribution/Auxiliary system. Evaluation of vendor Drawings, GTP, Calculation & Technical Specs LV/MV Engineering for the collector substation, unit substation & pooling station ITO (tender) drawings, BOQ estimation, RFQ finalization & evaluation of various components, selection of equipment with best pricing options. Co-ordination and integration with Automation, Civil & MEP. Co-ordination of site & office team for execution of project Flexible and quick to learn global developments in renewable technologies and adopt. Add-on Competency (Optional) Renewable project engg i.e. Solar, On-shore Off-shore Wind, Battery Storage or hybrid HVDC/FACTS integrated project applications. Competency on specialized tools like CANECO, ETAP, CDGES or equivalent Working experience with 3D Design Tools. Qualifications Requirements Bachelors degree in electrical engineering or related field, from an accredited college or university. Minimum of 4+ years of experience in EHV/ HV Substation design. Good understanding of power system components (transformers, switchgear, protection systems) and renewable energy integration. Excellent communication skills, capable of explaining complex technical concepts to both technical and non-technical stakeholders. Strong analytical and problem-solving skills, with the ability to balance technical requirements and business needs. Ability to work collaboratively across teams and with clients. Key Competencies: Customer-Centric Approach: Ability to translate customer needs into technical solutions that are practical, cost-effective, and compliant with industry standards. Technical Expertise: Deep knowledge of electrical system design, material selection, and quantity estimation tailored for oil and gas projects. Project Management: Ability to manage multiple tasks, meet deadlines, and provide leadership throughout the design and implementation phases. Safety & Compliance: Strong commitment to safety and regulatory compliance, with a focus on delivering designs that meet industry-specific standards.

Job Description Summary As a member of Global Engineering Centre you will be responsible for coordinating substation design engineering and project engineering management of complex HV/EHV substation projects. Responsibilities include engineering; ownership of scope, schedule & budget; interface coordination with regions, vendor and contractor coordination & construction support needed to execute EHV Substations The current role is expected to deliver on EHV/HV Designs of grid substation with specific competency on ACS project integration for HVDC/FACTS projects. Also to deliver ITO/OTR for AC Grid projects. Strong fundamental competency on projects on EHV/HV Designs of Grid substation (AIS & GIS) is pre-requisite. Job Description Role & responsibilities : Execute & analysis, design, test, or integration required to define and support systems that meet business standards and program / product requirements Prepare and present technical data to internal and external customers Document and communicate results of technical data generated Participate on teams assigned to address specific organizational initiatives Share engineering information and promote open dialogue Prepare invention disclosures to protect the technology that provides a generous advantage to the business Assure proper documentation of technical data generated for the assigned projects and/or tasks consistent with engineering policies and procedures Specific Role Requirements: - HV (Primary) designs for 132 kV and above GIS/AIS Substation Engineering for Grid Interconnected Renewable Energy Projects Preparation of basic Single Line Diagram, Layout Plan & Section of Overall plant, Equipment control room building, Earthing Layout, DSLP Layout, Trench Layout etc Earthing design, Lightning design, Cable Sizing, Illumination system design, Sag Tension calculation, Short Circuit Force and Bus- bar Sizing as per IEEE/IEC. Calculation of Load, Battery sizing etc. Preparation of all Distribution/Auxiliary system. Evaluation of vendor Drawings, GTP, Calculation & Technical Specs LV/MV Engineering for the collector substation, unit substation & pooling station ITO (tender) drawings, BOQ estimation, RFQ finalization & evaluation of various components, selection of equipment with best pricing options. Co-ordination and integration with Automation, Civil & MEP. Co-ordination of site & office team for execution of project Flexible and quick to learn global developments in renewable technologies and adopt. Knowhow of IEEE / IEC codes, safety in design/EHS aspects, AC substation industry engineering practices. Good Communication skills & capability to spearhead project independently along with Client handling. Team handling & development. Specialized Competency (Optional) Specialized tools like CANECO, ETAP, Dialux, CDGES or equivalent tools HVDC/FACTS integrated project applications. Working experience with 3D Design Tools. Qualifications / Requirements Bachelors degree in electrical engineering or equivalent, from an accredited college or university with a minimum 12 years of experience in Substation engineering. Desired Characteristics Strong oral and written communication skills. Strong interpersonal, responsive and leadership skills. Ability to work solo. Strong problem-solving skills. Ability to guide/support team and execute project in line with client/project requirement. Ability to expand the competency domain, being able to take new learning challenges.

Job Description Summary The Engineer Electrical Component will play a key role in supporting the sales and business development by providing technical expertise in the design of electrification solutions for the EHV/HV Substations. This individual will be responsible for system design, material selection, quantity estimation, various engineering activities associated for a project and customer technical consultations. The candidate will also ensure that the proposed solutions meet customer needs while adhering to industry standards, safety regulations, quality requirements and cost-efficiency objectives. The candidate shall execute with association of workgroups, where applicable, in order to meet assigned objectives. In this role, the candidate will work within defined parameters to make decisions, apply concepts to issues of moderate complexity, and resolve issues through immediate action or short-term planning. The candidate will work with GSI Global Engineering Center (GSI GEC) to coordinate with the GSI Regions Business Lines as per Project requirement. Job Description Roles and Responsibilities Specific Role Requirements: HV (Primary) designs for 132 kV and above GIS/AIS Substation Engineering for Grid Interconnected Projects Preparation of basic Single Line Diagram, Layout Plan & Section of Overall plant, Equipment control room, Earthing Layout, DSLP Layout, Trench Layout etc Earthing design, Lightning design, Cable Sizing, Battery Sizing, Illumination system design, Sag Tension calculation, Short Circuit Force and Bus- bar Sizing as per IEEE/IEC. Project related all Equipment Selection/ Sizing as per IEEE/IEC Preparation of all Distribution/Auxiliary system. Evaluation of vendor Drawings, GTP, Calculation & Technical Specs LV/MV Engineering for the collector substation, unit substation & pooling station ITO (tender) drawings, BOQ estimation, RFQ finalization & evaluation of various components, selection of equipment with best pricing options. Co-ordination and integration with Automation, Civil & MEP. Co-ordination of site & office team for execution of project Flexible and quick to learn global developments in renewable technologies and adopt. Renewable project engg i.e. Solar, On-shore Off-shore Wind, Battery Storage or hybrid Add-on Competency (Optional) HVDC/FACTS integrated project applications. Competency on specialized tools like CANECO, ETAP, CDGES or equivalent Working experience with 3D Design Tools. Qualifications Requirements Bachelors degree in electrical engineering or related field, from an accredited college or university. Minimum of 4+ years of experience in EHV/ HV Substation design. Good understanding of power system components (transformers, switchgear, protection systems) and renewable energy integration. Excellent communication skills, capable of explaining complex technical concepts to both technical and non-technical stakeholders. Strong analytical and problem-solving skills, with the ability to balance technical requirements and business needs. Ability to work collaboratively across teams and with clients. Key Competencies: Customer-Centric Approach: Ability to translate customer needs into technical solutions that are practical, cost-effective, and compliant with industry standards. Technical Expertise: Deep knowledge of electrical system design, material selection, and quantity estimation tailored for oil and gas projects. Project Management: Ability to manage multiple tasks, meet deadlines, and provide leadership throughout the design and implementation phases. Safety & Compliance: Strong commitment to safety and regulatory compliance, with a focus on delivering designs that meet industry-specific standards.