215 Etap Jobs - Page 7

Only Design Engineering profiles are accepted; Onsite/Field profiles are not considered. Responsibilities: 1. Create and maintain accurate electrical load lists for projects, ensuring alignment with project specifications and requirements. 2. Demonstrate proficiency and hands-on experience in ETAP, Dialux, AutoCAD, and E3D software for electrical design and analysis tasks. 3. Develop comprehensive protection schemes, single-line diagrams, and substation layouts to ensure efficient and reliable power distribution systems. 4. Design cable trench/tray routing, earthing systems, and lighting layouts for optimal functionality and safety within plant areas. 5. Utilize AGI 32, Luxicon, and industry best practices to perform lighting illumination calculations and provide guidance on lighting schemes and controls. 6. Conduct bulk estimation and prepare Material Take Off (MTO) for power, lighting, and earthing systems. Prepare Purchase Requisitions (PRs) and Data Sheets as required. 7. Prepare Technical Bid Evaluation reports and review vendor documents to ensure compliance with project standards and specifications. 8. Guide designers in 3D modeling and 2D drafting, coordinating with other disciplines to integrate electrical designs seamlessly. 9. Demonstrate expertise in 2D CAD tools like AutoCAD and MicroStation, as well as 3D model review software such as SPR and Navisworks. 10. Ensure all design deliverables comply with applicable industry codes, standards, and project requirements. 11. Coordinate effectively with other engineering disciplines, conduct thorough document checks, and review drawings before release to maintain quality and accuracy. 12. Assist the lead engineer in work planning, progress monitoring, and ensuring adherence to scheduled completion of engineering documents. Additional Skills: 1. Strong analytical and problem-solving abilities. 2. Effective communication and interpersonal skills. 3. Proactive approach to work with attention to detail. 4. Team collaboration and leadership capabilities. 5. Adaptable to changing project needs and deadlines. 6. Commitment to continuous learning and professional development. 7. Familiarity with Quality, Environmental, Health, and Safety (QEHS) standards and regulations is a plus.

Step into a world of innovation, passion, and possibilities with Burns & McDonnell India’s Business and Technology consulting division, where your dreams of becoming a distinguished engineer will take flight. We're ecstatic to invite the brightest and most motivated graduate engineers to join our dynamic team, where you'll be mentored by industry leaders and embark on a path of unparalleled professional growth. Power system analysis, load flow, short circuit, transient stability, voltage stability, relay coordination, harmonic analysis, flicker, voltage fluctuation and arc flash studies Power transmission system master planning studies involving assessment of SVC, STACOM, frequency stability, outage planning studies, AGC and small signal stability analysis Power distribution system master planning studies involving PV, electric vehicle, battery storage, reliability analysis and distribution system automation - In the last semester of their Bachelor’s degree in electrical engineering. Experience of 0-2 years in Power System Studies (candidates with prior project experience preferred) Ability to work in a fast paced, pro-active, dynamic, motivated, and creative environment with willingness to acquire new skills/knowledge Strong believer in inclusiveness, with keenness to work with a global team Ability to work on simultaneous assignments, with excellent organization skills, even in unexpected circumstances Strong team player spirit with analytical and problem-solving skills Familiarity with MS Office tools such as Word, Excel, and internet applications Active listening skills; excellent written and verbal communication skills

Only Design Engineering profiles are accepted; Onsite/Field profiles are not considered. Responsibilities: 1. Create and maintain accurate electrical load lists for projects, ensuring alignment with project specifications and requirements. 2. Demonstrate proficiency and hands-on experience in ETAP, Dialux, AutoCAD, and E3D software for electrical design and analysis tasks. 3. Develop comprehensive protection schemes, single-line diagrams, and substation layouts to ensure efficient and reliable power distribution systems. 4. Design cable trench/tray routing, earthing systems, and lighting layouts for optimal functionality and safety within plant areas. 5. Utilize AGI 32, Luxicon, and industry best practices to perform lighting illumination calculations and provide guidance on lighting schemes and controls. 6. Conduct bulk estimation and prepare Material Take Off (MTO) for power, lighting, and earthing systems. Prepare Purchase Requisitions (PRs) and Data Sheets as required. 7. Prepare Technical Bid Evaluation reports and review vendor documents to ensure compliance with project standards and specifications. 8. Guide designers in 3D modeling and 2D drafting, coordinating with other disciplines to integrate electrical designs seamlessly. 9. Demonstrate expertise in 2D CAD tools like AutoCAD and MicroStation, as well as 3D model review software such as SPR and Navisworks. 10. Ensure all design deliverables comply with applicable industry codes, standards, and project requirements. 11. Coordinate effectively with other engineering disciplines, conduct thorough document checks, and review drawings before release to maintain quality and accuracy. 12. Assist the lead engineer in work planning, progress monitoring, and ensuring adherence to scheduled completion of engineering documents. Additional Skills: 1. Strong analytical and problem-solving abilities. 2. Effective communication and interpersonal skills. 3. Proactive approach to work with attention to detail. 4. Team collaboration and leadership capabilities. 5. Adaptable to changing project needs and deadlines. 6. Commitment to continuous learning and professional development. 7. Familiarity with Quality, Environmental, Health, and Safety (QEHS) standards and regulations is a plus

Only Design Engineering profiles are accepted; Onsite/Field profiles are not considered. Responsibilities: 1. Create and maintain accurate electrical load lists for projects, ensuring alignment with project specifications and requirements. 2. Demonstrate proficiency and hands-on experience in ETAP, Dialux, AutoCAD, and E3D software for electrical design and analysis tasks. 3. Develop comprehensive protection schemes, single-line diagrams, and substation layouts to ensure efficient and reliable power distribution systems. 4. Design cable trench/tray routing, earthing systems, and lighting layouts for optimal functionality and safety within plant areas. 5. Utilize AGI 32, Luxicon, and industry best practices to perform lighting illumination calculations and provide guidance on lighting schemes and controls. 6. Conduct bulk estimation and prepare Material Take Off (MTO) for power, lighting, and earthing systems. Prepare Purchase Requisitions (PRs) and Data Sheets as required. 7. Prepare Technical Bid Evaluation reports and review vendor documents to ensure compliance with project standards and specifications. 8. Guide designers in 3D modeling and 2D drafting, coordinating with other disciplines to integrate electrical designs seamlessly. 9. Demonstrate expertise in 2D CAD tools like AutoCAD and MicroStation, as well as 3D model review software such as SPR and Navisworks. 10. Ensure all design deliverables comply with applicable industry codes, standards, and project requirements. 11. Coordinate effectively with other engineering disciplines, conduct thorough document checks, and review drawings before release to maintain quality and accuracy. 12. Assist the lead engineer in work planning, progress monitoring, and ensuring adherence to scheduled completion of engineering documents. Additional Skills: 1. Strong analytical and problem-solving abilities. 2. Effective communication and interpersonal skills. 3. Proactive approach to work with attention to detail. 4. Team collaboration and leadership capabilities. 5. Adaptable to changing project needs and deadlines. 6. Commitment to continuous learning and professional development. 7. Familiarity with Quality, Environmental, Health, and Safety (QEHS) standards and regulations is a plus

Job Summary AspenTech is a global software leader helping industries meet the increasing demand for resources from a rapidly growing population in a profitable and sustainable manner. Our Digital Grid Management software suite, including AspenTech OSI products, helps power and utilities companies achieve superior real-time control, optimization and management for exceptional performance of complex energy networks. The Role You will be responsible to take care of technical aspects of Energy Management System(EMS) & Generation Management System(GMS) products in projects delivered using AspenTech - OSIs monarch platform for customers across different geographies. You are expected to possess knowledge of power systems analysis, electric utility operations, control, and optimization. What You Will Do Work directly with customers to define requirements for advanced control systems. Understand project requirements through interactions with project engineering and other stakeholders, and design solutions to meet these requirements. Carry out power system modelling, Analysis, and electrical design aspects of projects from the feasibility stage through implementation and operations. Design and develop custom applications to meet project requirements. Design the theoretical algorithms and their software implementation. Create test plans and procedures and perform testing for product releases including unit (module by module) and algorithm proof testing. Provide applications programming support for other Engineering departments. Provide training and support for end users. What You Will Need Graduate in Electrical Engineering or Electrical & Electronics engineering / Post-graduate in Power Systems or related discipline is desirable. 2-8 years work experience in Power System Analysis and Energy Management Systems Understanding of use-cases for electric utilities is good to have. Understanding of object oriented programming concepts with development using C# or Python along with basic – intermediate understanding of SQL is good to have. Basic knowledge of databases and data warehousing. Excellent analysis and problem-solving skills. Ability to work on several projects in parallel. Ability and flexibility to travel based on project need.

Position- Electrical Design Engineer (OFFSHORE) Location _ Mumbai,Chennai,Kolkata,Pune,Noida Experience- 10-20 Years Job Responsibilities: • Basic and detailed electrical engineering for different types of oil & gas infrastructures. • Preparation of basic and detailed engineering drawings for Marine/ Onshore (Refineries) & Offshore applications. • Preparation of MTO for electrical and instrumentation system • Preparation of electrical and instrument layout drawings • 3D Model review for electrical System Perspective. • Review of P & ID for Electrical & Instrumentation Part. • Understanding Existing systems & recommending System upgrades with detailed drawings. • Onsite inspection for Projects in the Marine/ Offshore industry. • Study of Short Circuit Calculation & Updating the calculation for retrofit. • Liaising with Clients/ Class / Internal multi-discipline teams for Design execution. • Managing the Electrical team and Project planning responsible for all electrical Project deliverables. • Project Communication internal & external Interested candidates share your cv at tanmoy.c@ipstechinc.com or call at 8655943935

Assist with the review of the drawings and documents submitted by Engineering consultant such as Electrical design basis; Electrical power input requirement; interface with other facilities; load management systems; standardization of electrical equipment's; design optimization; Electrical single line diagrams and overall plant electrical power distribution systems; Lay out of substation, plot plan, cable and earthing layout etc. Review of load flow study, short circuit study, load list, different electrical equipment sizing calculation. Relay coordination Review of material requisition for high and medium voltage motors, GIS switch gears transformers, cables battery, UPS, lighting, lightning, MTO, system, vendor list, scope of work, spare requirement. Review of bid documents and preparation of of TER and review of same submitted by engineering consultant. Review of vendor data, ITP, FAT/SAT procedures. Review of the inspection report, monitoring of the material dispatch, coordination with third party inspectors, Support in developing and/or reviewing precommissioning and commissioning procedures.

Review of detailed engineering document of the FEED/EPC/EPCM Contractor such as Instrument Design basis MR/PR/TBE/VDR of of DCS/ESD/FGS/PACKAGE PLC/MMS/FISCAL METERING/ITCC Including ASC,Analyzer System, Field Instrument (PT/TT/LT/XV/CV/MOV, Cables, LDS ETC) Document Control Index (Instrument Design basis, Cause and Effect (ESD/FGS), Control narratives, Control System Architecture drawing, Electrical -Instrument Interface, F & G layout drawing, Cable Schedule, Wiring Diagram, Participation in the Model review, Control Room Layout (CCR) Overall, FO Network Block Diagram, Instrument Air Distribution Supply Distribution drawing U&O, Point Data base, Instrument Index Project Progress monitoring and initiate necessary actions to meet the project completion schedules. Support in controlling effluents and emissions discharges, project waste discharges. Instrumentation Inspections (FAT /SAT/IFAT) & clearance of equipment during various stages of the project. Provide desired engineering Input during Construction and Commissioning t Construction Team Offer Evaluation and Review of TBE (DCS/MMS/ANALYZERS/CV/XV/TT/PT/LT/CCTV) Review of Control System Narratives, Cause & effects (IPS & FGS), of complete plant including different type of packages such as Natural Gas System, Ammonia storage tanks, ammonia & urea trains, Centrifugal compressors, Fired Heaters & different type of Rotating and Static packages.

Step into a world of innovation, passion, and possibilities with Burns & McDonnell India’s Business and Technology consulting division, where your dreams of becoming a distinguished engineer will take flight. We're ecstatic to invite the brightest and most motivated graduate engineers to join our dynamic team, where you'll be mentored by industry leaders and embark on a path of unparalleled professional growth. Power system analysis, load flow, short circuit, transient stability, voltage stability, relay coordination, harmonic analysis, flicker, voltage fluctuation and arc flash studies Power transmission system master planning studies involving assessment of SVC, STACOM, frequency stability, outage planning studies, AGC and small signal stability analysis Power distribution system master planning studies involving PV, electric vehicle, battery storage, reliability analysis and distribution system automation - In the last semester of their Bachelor’s degree in electrical engineering. Experience of 0-2 years in Power System Studies (candidates with prior project experience preferred) Ability to work in a fast paced, pro-active, dynamic, motivated, and creative environment with willingness to acquire new skills/knowledge Strong believer in inclusiveness, with keenness to work with a global team Ability to work on simultaneous assignments, with excellent organization skills, even in unexpected circumstances Strong team player spirit with analytical and problem-solving skills Familiarity with MS Office tools such as Word, Excel, and internet applications Active listening skills; excellent written and verbal communication skills

Candidate should have knowledge of plant design, site engineering, load estimation, SLD, selection, sizing, plant lighting, substation / switchyard design, cable selection & sizing, cost estimation and evaluation, electrical drawings & layouts.

Candidate should have knowledge of plant design, site engineering, load estimation, SLD, selection, sizing, plant lighting, substation / switchyard design, cable selection & sizing, cost estimation and evaluation, electrical drawings & layouts.

We are seeking a skilled and motivated Power System Engineer to join our team, specializing in grid simulation studies. The successful candidate will be responsible for conducting advanced power system analyses and simulations to support the planning, operation, and optimization of renewable energy projects. Responsibilities Develop and validate models for renewable energy integration with grid and energy storage systems. Perform steady-state, dynamic, and transient analysis of power systems to ensure compliance with industry standards and regulations. Collaborate with project teams to assess system impact studies, including load flow analysis, short circuit analysis, and stability assessments. Prepare comprehensive technical reports and presentations summarizing findings, methodologies, and recommendations for clients and stakeholders. Support the development of innovative methodologies and tools for grid simulation and modeling. Engage in project management activities, ensuring projects are delivered on time and within budget. Participate in interdisciplinary teams to design solutions for emerging challenges in power systems. Stay updated with the latest advancements in power system technology and simulation tools. Qualifications M.E. / M.Tech Power system or Bachelors degree in Electrical Engineering. Masters degree preferred. Proven experience (3+ years) in power system. Strong knowledge of electrical power systems and grid operations. Proficiency in power system simulation software (e.g., PSS/E, PSCAD,ETAP, PowerWorld, MATLAB/Simulink, DIgSILENT, etc.). Familiarity with programming languages (e.g., Python, C++) for automation and tool development is a plus. Excellent analytical and problem-solving skills, with attention to detail. Strong communication skills, both verbal and written, with the ability to present complex information clearly. Ability to work collaboratively in a team-oriented environment.

5+ years of experience in Oil and Gas Industry Preparing of Design basis, datasheets, Electrical load list, Specification, Cable Schedule, cable sizing, Layouts, MR Preparation of all BOQ’s and MTO’s Expertise in ETAP, Naviswork, AutoCAD and Dialux

Role & responsibilities: Electrical design Preferred candidate profile: Candidate must have worked in Renewable sector, substation design Perks and benefits: CTC is as per industry standards & is negotiable for candidates with exceptional skills. Performance Bonus linked to Company Growth will be additional to CTC Flexible and High-Performance Start-up Environment Opportunity to grow your career with a fast-growing renewable energy company.

Skill required: IX Product Engineering Services - Digital Site Designing Designation: Engineering Services Specialist Qualifications: BE Years of Experience: 7 to 11 years What would you do? Industry X operations enables end-to-end operations integration through data & digital twin to operate client core processes and client product centric operations. Moving to an intelligent operating model powered by data, digital technologies and talent unlocked value at the seams The Digital Site Designing team focuses on building operational sites for desktop and mobile devices. The team uses tools and platforms like Adobe Campaign Modules, HTML, HTML5, CSS, CSS3, JavaScript, jQuery, and JavaScript frameworks to perform their day to day operations. What are we looking for? Agility for quick learning Roles and Responsibilities: Electricity Transmission-Power System Engineer- Electrical Generation, Transmission and Distribution Technology.Energy Business:Work on Dig silent Power Factory/ETAP/MATLAB or Similar Power System Modelling Software:Work on Circuit Design, Modelling of Generation, Transmission, Distribution network from Electrical drawings / Data sheets:Familiar with standards like ANSI (American National Standards Institute), IEEE, NEC, ISA, NEMA:Review of electrical drawings SLD (Single Line Diagram) and Datasheets:Electrical network power flow analysis, complex circuits, Network development and Network optimization. Preparation of Substation layouts and section data updating in Dig silent Power Factory projects based on customer specification. Preparation of Asset transmission and reinforcement design in grid network. Support the senior engineer with the inputs for all design calculations related to Primary & Power factory simulation software. Understanding of Technical data sheets of primary equipment. Basic Knowledge of primary equipment, such as circuit breakers, disconnectors, earthing switches, instrument transformers, power transformers, etc.Power System Engineer should have the following basic understanding.Fundamentals of power System.Understanding AC and DC Load Power Flow analysis.Understanding of Short circuit faults.Knowledge of Power Factory Tool, PSSE, PSCAD, ETAP, SKM NG Deliverables Point of View 1)Customer Connectivity (Offer studies) 2)Studies for transformer Project progression DNO (Distribution Network Operators) connection (132 KV and below)3)Network option assessment studies- Planning Studies (NOA (Network Option Assessment)) - (April to September)4)Demand Compliance Studies BO7 - (September to February) Power System study point of view for NG requirement - Short circuit studies (3phase and single phase) Boundary creation and assessment for wider network planning for HV (High Voltage) side 400/275kV Voltage studies -400/275/132Kv (Voltage step change) Thermal studies 400/275/132kV (Contingency analysis), Transformer contingency (N-1, N-2 fault Condition)1)Substation design modelling 2)Feasibility studies- customer connections offer to utility network3)Network option assessment 4)Reinforcement work5)Demand compliance studies on LV side6)Short circuit studies7)Contingency analysis N-1 N-2 N-1-D8)Load flow analysis9)Voltage studies10)Per unit analysis 11)How facts device works with detailed engineering Qualification BE

Designs of solar plants switchyard and MV&HV system Design of HV &EHV AIS and GIS Substations Power cable, control cable& equipment sizing Lightning risk assessment& related calculations Pre-commissioning testing coordination for Substation equipment Required Candidate profile Design Engineer with expertise in the sizing &calculation of transmission line conductors, power cables (HV, LV), and control cables, as well as short-circuit force calculation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Designs of solar plants switchyard and MV&HV system Design of HV &EHV AIS and GIS Substations Power cable, control cable& equipment sizing Lightning risk assessment& related calculations Pre-commissioning testing coordination for Substation equipment Required Candidate profile Design Engineer with expertise in the sizing &calculation of transmission line conductors, power cables (HV, LV), and control cables, as well as short-circuit force calculation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Designs of solar plants switchyard and MV&HV system Design of HV &EHV AIS and GIS Substations Power cable, control cable& equipment sizing Lightning risk assessment& related calculations Pre-commissioning testing coordination for Substation equipment Required Candidate profile Design Engineer with expertise in the sizing &calculation of transmission line conductors, power cables (HV, LV), and control cables, as well as short-circuit force calculation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Designs of solar plants switchyard and MV&HV system Design of HV &EHV AIS and GIS Substations Power cable, control cable& equipment sizing Lightning risk assessment& related calculations Pre-commissioning testing coordination for Substation equipment Required Candidate profile Design Engineer with expertise in the sizing &calculation of transmission line conductors, power cables (HV, LV), and control cables, as well as short-circuit force calculation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Designs of solar plants switchyard and MV&HV system Design of HV &EHV AIS and GIS Substations Power cable, control cable& equipment sizing Lightning risk assessment& related calculations Pre-commissioning testing coordination for Substation equipment Required Candidate profile Design Engineer with expertise in the sizing &calculation of transmission line conductors, power cables (HV, LV), and control cables, as well as short-circuit force calculation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Designs of solar plants switchyard and MV&HV system Design of HV &EHV AIS and GIS Substations Power cable, control cable& equipment sizing Lightning risk assessment& related calculations Pre-commissioning testing coordination for Substation equipment Required Candidate profile Design Engineer with expertise in the sizing &calculation of transmission line conductors, power cables (HV, LV), and control cables, as well as short-circuit force calculation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Designs of solar plants switchyard and MV&HV system Design of HV &EHV AIS and GIS Substations Power cable, control cable& equipment sizing Lightning risk assessment& related calculations Pre-commissioning testing coordination for Substation equipment Required Candidate profile Design Engineer with expertise in the sizing &calculation of transmission line conductors, power cables (HV, LV), and control cables, as well as short-circuit force calculation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Designs of solar plants switchyard and MV&HV system Design of HV &EHV AIS and GIS Substations Power cable, control cable& equipment sizing Lightning risk assessment& related calculations Pre-commissioning testing coordination for Substation equipment Required Candidate profile Design Engineer with expertise in the sizing &calculation of transmission line conductors, power cables (HV, LV), and control cables, as well as short-circuit force calculation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Designs of solar plants switchyard and MV&HV system Design of HV &EHV AIS and GIS Substations Power cable, control cable& equipment sizing Lightning risk assessment& related calculations Pre-commissioning testing coordination for Substation equipment Required Candidate profile Design Engineer with expertise in the sizing &calculation of transmission line conductors, power cables (HV, LV), and control cables, as well as short-circuit force calculation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Designs of solar plants switchyard and MV&HV system Design of HV &EHV AIS and GIS Substations Power cable, control cable& equipment sizing Lightning risk assessment& related calculations Pre-commissioning testing coordination for Substation equipment Required Candidate profile Design Engineer with expertise in the sizing &calculation of transmission line conductors, power cables (HV, LV), and control cables, as well as short-circuit force calculation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure