Business Information: Our Indian Operations Centre (INOPC) is a competence center with around 2600+ skilled engineers who focus on tendering, engineering, planning, procurement, functional system testing, installation supervision, and commissioning. Over the last decade, INOPC has evolved to become the largest engineering hub serving more than 40 countries across different energy sectors. The team caters to the four business units—Transformers, Grid Integration, Grid Automation, High Voltage and has successfully executed engineering and commissioning for projects in more than 80 countries. Main Accountabilities: Design authority for an engineering discipline with low to medium complexity. Complete assignments on small projects or portions of larger projects, cost-effectively and in accordance with contract specifications, quality standards and safety requirements. Based on technical specification from end customers and inputs from OU Engineering team, prepare Protection principle SLD, Schematics substation layouts, sections, Bill of materials, RFQs, vetting of vendor offers, engg hours estimation, visit to project sites, technical risk assessment and opportunity evaluation etc. Coordinate with Engineering Leads, Tendering team, Project managers, SCM, Secondary and civil / steel design functions, consultants, end customers etc. and provide required support in each Project / Tender. Roles and responsibilities: Review of Tender document, technical specifications and preparation of Design Intent Document Preparation of Protection SLD showing principles, relays and meters Preparation of Functional Design Standards/Descriptions and preparation of Signal list, trip matrix, Logics & Interlocks Review of Vendor drawings and documents (technical vetting of Control & Relay panels, Auxiliary System) and Preparation of schematic diagrams for the interface’s equipment in Control & Relay Panel scheme thus providing completeness Preparation of relay ordering information and preparation of circuit diagrams – New & Existing Set-up (applicable for retrofit projects) Preparation of Cable block diagram and Cable Schedule & BoQ estimation for ordering and Wiring/Termination diagrams and Core sheets and SCS IO Schedule Panel Engineering Expertise (Layouts, circuit diagram, wiring table, terminal table etc.,) - Preferred Preparation of Voltage drop calculation - Trip & Close coil, LVAC power cable and Identification of existing drawings and modifying them using Red and Green markups as per standard requirements Interface knowledge with Primary Equipment, Bay Controller Units /SCADA/RTU/Tele protection are essential Auxiliary Power System design like Low Voltage AC Panel & DC Panel requirements, Aux Tr and Battery & Charger Sizing, ACDC Cable sizing & CB selectivity study and CT / VT Sizing Relay configuration (Preferred) and excellent knowledge in AIS & GIS secondary designs. As Built documentation and co-ordination with other departments like primary, lead engineer, sourcing, C&R factory counterpart & own department control and protection etc. for design progress & completion Vendor Offer Evaluations. FAT / SAT of primary secondary equipment, system as and when needed. and ensure Ontime delivery of design deliverables & to be vigilant on project schedule impacts. Responsible for obtaining customer approvals for the designs and drawings and technical risk and opportunity assessment and validation Take part in customer meetings / site visits for tender/project clarifications and support and act as interface engineer during erection & commissioning Estimation of engineering effort for each project for costing at tender stage and Innovative ideas to reduce Engineering effort Plan, implement, review and continuously improvise quality system and ensure the Safety through design principles which meant for complete project lifecycle. Vendor Offer Evaluations. FAT / SAT of primary secondary equipment, system as and when needed. and ensure Ontime delivery of design deliverables & to be vigilant on project schedule impacts. Technical data sheets verification of equipment’s. Knowledge of equipment, such as circuit breakers, disconnectors, earthing switches, instrument transformers, power transformers, etc and technical risk and opportunity assessment and validtion Take part in customer meetings / site visits for tender/project clarifications and support and act as interface engineer during erection & commissioning and estimation of engineering effort for each project for costing at tender stage Innovative ideas to reduce Engineering effort and Vendor Offer Evaluations. FAT / SAT of primary secondary equipment, system as and when needed. Ensure Ontime delivery of design deliverables & to be vigilant on project schedule impacts and support and act as interface engineer during erection & commissioning Plan, implement, review and continuously improvise quality system & follow OPEX initiatives 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: Bachelors Engineering in Electrical 5-8 years exp Proficiency in required CAD design tools and E3 Knowledge of relevant international standards ex. IEEE, IEC etc. Knowledge in substation tendering and project engineering activities (technical & commercial) Individual contributor using in-depth knowledge in a specific area to execute complex or specialized projects challenges often thinking independently to challenge traditional solutions. Comprehensive knowledge of related disciplines in the organization. Works independently, applying established standards Excellent English speaker, good communication skills Dynamic and Proactive, willing to grow in the organization Team player, ready to play the role across the different countries High level of ownership and able to guide and plan works for the team Strong communication and interpersonal skills, with the ability to collaborate effectively with cross-functional teams. Attention to detail and a commitment to delivering high-quality digital solutions