Job Summary: The Electrical Engineer is responsible for performing Electrical System Design, calculations, Power system studies, procurement activities, and Engineering documents/drawings for oil and gas projects. Key Responsibilities: Perform the activities as assigned by the Lead on a project and execute the work with quality, budget and schedule. Prepare basic design basis/criteria, specifications and Bill of quantities. Perform Power System Studies (using ETAP/SKM etc. softwares) such as Load flow, Short circuit, Motor starting, Harmonics, Transient, Arch Flash studies and relay coordination. Perform Equipment Sizing calculations e.g. Transformer, Switchgear, Emergency Diesel Generator, UPS & Battery Charger etc. Perform Electrical calculations such as voltage drop/cable derating, Earthing & Lightning calculations and Lighting calculations. Prepare Load List, panel schedules and cable schedules. Develop Protection & Metering SLDs for HV/MV/LV systems. Prepare Motor schematics and interconnection diagrams. Develop area classifications based on Hazardous source list and equipment selection. Prepare of Electrical Equipment Datasheets, Material requisitions, Technical bid evaluations and Purchase requisitions. Review supplier design drawings/documents. Assist and provide guidance to designers to perform drawings and calculation work. Checking of 3D model through 3D Model review software. Review of Electrical Design Drawings. Input to MR prepared by other disciplines such as Mechanical, Building, etc, and review their package drawings. Input to bid package and construction tenders. Qualifications and Experience: Knowledge of Power distribution and protection systems, and able to develop design philosophies/Design criteria /control /interlock Schemes Experience in preparing technical specifications, datasheets, material requisitions, and vendor print reviews for various electrical equipment. Knowledge of the preparation of load list, HV/LV Single line diagrams, MCC schedule, cable schedule, etc. Knowledge of preparation, Motor schematics, and interconnection diagrams. Experience in various electrical layouts like grounding, raceways, and lighting, etc. Knowledge of Hazardous Area Classification, Cathodic Protection System, & Electric Heat Tracing Design Familiar with National/International Code and standards (IEC, IEEE, NEC, NEMA, NFPA, API, IS, etc.) Experience with Smart Plant Electrical (SPEL), ETAP, and SPR/Navisworks, Lighting Design software (Dialux, etc.).

Job Summary: The Piping 3D designer is responsible for developing and maintaining 3D piping models for oil and gas projects, ensuring accuracy, compliance with design standards, and integration with multidisciplinary teams. Key Responsibilities: Develop and maintain detailed 3D piping models using software such as PDMS, E3D, Smart Plant 3D (SP3D), or similar tools. Generate piping layouts, isometrics, and general arrangement drawings based on project specifications and design inputs. Ensure compliance with industry standards (ASME, API, ASTM) and client requirements. Collaborate with piping engineers and other disciplines to ensure an optimized and clash-free design. To conduct clash detection using Navisworks or other model review software and provide resolution recommendations. Support piping stress analysis and integrate stress-critical pipe routing into the model. Review vendor drawings and ensure proper integration of equipment and piping components in the 3D model. Participate in model reviews, constructability assessments, and design coordination meetings. Maintain revision control and documentation of 3D models and associated drawings. Qualifications and Experience: Education: Diploma or Bachelor's degree in Mechanical Engineering, Piping Design, or a related field. Experience: Minimum 5-10 years of experience in 3D piping designing/modeling within the oil and gas industry. Proficiency in 3D modeling software such as PDMS, E3D, SP3D, or similar tools. Strong understanding of piping design principles, equipment layout, and routing best practices. Knowledge of industry standards and specifications (ASME B31.3, API, ISO, etc.). Experience in clash detection, constructability reviews, and model coordination. Familiarity with piping material specifications, supports, and fabrication requirements. Strong attention to detail, accuracy, and problem-solving skills. Good communication and teamwork skills to collaborate effectively with multidisciplinary teams.

Job Summary: The I&C Lead Engineer - Instrumentation is responsible for leading and managing all aspects of instrument selection, specifications, procurement, and compliance for oil and gas projects. Key Responsibilities: Develop control system & instrumentation specifications, material requisitions, and technical bid evaluations. Select appropriate field instrumentation and ensure compliance with industry standards (ISA, IEC, API, NEC, ATEX etc.), client requirements, and regulatory guidelines. Participation in 3D model reviews, P&ID mark-up, HAZOP and SIL/LOPA reviews. Interfaced with procurement teams to provide technical support for material purchasing and vendor qualification. Coordinate with vendors, suppliers, and manufacturers to ensure compliance with project requirements and specifications. Ensure compliance with safety standards, hazardous area classifications, and functional safety standards. Implement safety instrumented systems (SIS) and emergency shutdown systems. Review and approve Bills of Materials (BOM) and other material-related documentation. Preparation of Instrument Installation Details and assist designers in Modelling of instruments and panels. Provide mentorship and technical guidance to junior engineers and team members. Collaborate with multidisciplinary engineering teams, including process and mechanical engineers. Participate in Factory Acceptance Test (FAT), Site Acceptance Test (SAT). Provide technical direction to designers and Junior Engineers who perform specific deliverable support activities. Qualifications and Experience: Education: Bachelor's degree in Electronics or Instrumentation Engineering. Experience: Minimum 10-15 years of relevant experience in control and instrumentation engineering within the oil and gas industry. Job knowledge of various types of field instrumentation, DCS, and safety PL Strong knowledge of instrument selection for onshore and offshore instrumentation, including control valves, Analyzers, and Pressure Safety Valves. Ability to interpret P&IDs, loop diagrams, wiring schematics, and instrument index. Experience with Smart Plant Instrumentation (SPI) and familiarity with SPI administrator capabilities, including modifying and designing new templates as needed. Excellent problem-solving skills and the ability to troubleshoot material-related issues in piping systems Strong communication and leadership skills to coordinate with cross-functional teams and stakeholders. Ability to manage multiple projects and prioritize tasks effectively.