The role and responsibilities essentially include - As a Senior Recruiter, you will play a critical role in scaling our teams by managing the full-cycle recruitment process, partnering closely with hiring managers, and ensuring a world-class candidate experience. Responsibilities: - Partner with hiring managers and leadership to deeply understand hiring needs and team goals. - Build and execute effective sourcing strategies to attract passive and active candidates across multiple channels. - Manage the full-cycle recruiting process: sourcing, screening, interviewing, selection, and offer negotiation. - Act as a trusted advisor to hiring managers, providing insights on market trends, competitive intelligence, and best hiring practices. - Deliver an exceptional candidate experience throughout every touchpoint. - Maintain accurate data in our ATS and provide regular updates and reporting to leadership. - Contribute to employer branding initiatives and drive creative approaches to increase talent pipeline engagement. Qualifications: - 3-5 years of full-cycle recruiting experience, ideally in a fast-paced, high-growth environment. - Proven success sourcing and closing talent across multiple departments (e.g., engineering, sales, marketing, operations). - Expertise in sourcing tools and techniques (LinkedIn Recruiter, Boolean search, ATS systems, etc.). - Strong interpersonal and communication skills, with the ability to build relationships at all levels. - Highly organized, self-motivated, and able to manage multiple priorities simultaneously. - Ability to influence, coach, and advise hiring teams with confidence. - Commitment to providing a best-in-class candidate and hiring manager experience.
The principal roles and responsibilities essentially include - -Shall be responsible for complete internal and external project co-ordination till project completion.-Shall be able to do detailed designs of solar plants, switchyard and MV and HV system.-Design of HV &EHV AIS and GIS Substations.-Knowledge in Substation Engineering Specification and Standards (IEC, IEEE, ANSI, SEC, IS etc.)-Ability to perform system studies like short circuit, load flow - P&Q in ETAP Software.-Preparation of Switchyard GA drawings, erection key drawing, clearance diagrams, and detailed technical specifications for all switchyard equipments for the AIS and GIS up to 420 kV.-Shall be able to understand MV Panel and control relay panels drawings/schematics.-Able to prepare complete technical specification/RFP documents as per project requirements.-Substation Earthing Calculation as per IEEE 80, IS 3043 and related standards: Earthing conductor sizing and earth mat design.-Transmission line conductor sizing and Shortcircuit force calculation.-Power Cable (HV and LV) sizing & calculation; Control Cable sizing, length Calculations and cable accessories selections.-General Technical Parameters, Design Memorandum, check list preparation, Equipment sizing and configuration for the AISand GIS.-Lightning risk assessment and lightning calculations for design for the GIS substation as per IEC and IEEE guidelines.-Sizing calculations for Lightning arrester, disconnector, power transformers, battery charger, CT - VT sizing with knee point voltage calculations and all associated equipments for switchyard.-Able to understand and prepare Control Panel & Relay panel schematics, BOQ and Site accessories.-Ability to select the components like (MCB, Contactor, Relays, connectors, etc.).-Able to do pre-dispatch inspection and perform pre-commissioning test for all switchyard and solar plant equipments independently. Coordination and support for testing and commission of Control& relay panel.-Preparation of Mimicdiagram with dimensionand Alarm signals.-Load calculation AC & DC-Selection of BCU, Metering, Partial discharge (PD), Control Switch device (RPH) I/O cards etc.-Able to understand and prepare Software and Hardware interlocking drawing/ table/ logic diagram for different type of bay configurations.-Familiar with SAS architecture as per utilityguidelines.-Follow the integrated management system (IMS) requirement set by the company.
The principal responsibilities shall essentially include: - Lead technical feasibility and due diligence projects. This shall include client and internal co-ordination with internal team of Solar Energy designers to deliver projects within allocated time and budget. - Develop initial PV system concept of plant layout which shall essentially include technology assessment, tilt-pitch optimization, DC overload analysis, long term energy yields analysis and project economics for optimum LCOE. - Support detail engineering and owner’s project with conceptual designs. - Support the preparation of special proposals and bids. - Lead site visits of feasibility projects and gather information to for design and identify critical implementation risks. - Handle EPC bid management projects which involves preparing comprehensive RfP documentation with technical specifications following the local and standard codal compliances. Perform bid analysis through set benchmark and provide technical support in contract finalization. - Maintain awareness of new product technology and communicate pertinent developments with colleagues. - Support SgurrEnergy’s solar PV business development activities. - Site visits in India and abroad. Desirable Skillset: - In-depth knowledge of solar market and various policy frameworks. - An understanding of the key technical and commercial aspects of solar projects. - Expert knowledge of solar energy technology and overall Projects lifecycle. - Ability to learn, understand and apply new technologies in renewable energy market. - Ability to quantify risk and opportunities in due diligence projects and new design & PV technologies. - Excellent verbal and written communication skills with ability to produce high-quality technical reports within predefined deadline. - Familiar with international standards for solar PV systems, and other relevant standards; - Technical background in modules, inverters and/or battery technology will be a plus. - Hands on experience in Solar PV yield prediction softwares like PVSyst, Helios, Aurora, PVSol etc. - Strong analytical skills and an aptitude for analysing statistical data. - Ability to work both individually and as part of a multi-disciplined team. - Strong management capabilities. - Competent user of main Microsoft packages. - Contribute to continual development of team’s functional and operational requirements through solar engineering standards, toolsets and work processes. - Previous experience working in consultancy and / or project development environment Show more Show less
Job Description: - Conduct hydrological modeling and flood modeling using software such as HEC-RAS, HEC-HMS, QGIS and other relevant softwares - Perform watershed analysis and flood risk assessment - Analyze historical rainfall data to estimate discharge for key return periods using statistical distribution analysis. - Analyze and interpret data from remote sensing and GIS applications - Review of Topography as well as hydrology reports - Provide technical support on hydrological and flood inundation modeling - Coordinate and discuss with clients on model development, data collection, and project updates - Prepare detailed reports, technical documentation, and presentations for clients, showcasing project outcomes, findings, and recommendations. - Conduct field visits for hydrological data collection - Basic understanding on storm water drainage design - Review hydrological analysis and flood risk assessment report - Perform and asses the drone topography survey at site along with pilot’s coordination - Basic Understanding of soil properties and geotechnical investigation assessment and evaluation Software Skills Desired: - Hydraulic Modelling - HEC-RAS (1D and 2D Modelling), TUFLOW, FLO 2D, SWMM - Hydrological Modelling - HEC-HMS, ArcSWAT, QSWAT - GIS Tool - Q-GIS, ArcGIS, GRASS, Google Earth, Global Mapper - Design Software – AutoCAD, Civil 3D - Other tools – Microsoft office Suits (Word, Excel, Power Point, Outlook, One Note) - Programming Language – Python, C++ Show more Show less
The principal responsibilities essentially include - - Analysis and development of meteorological files for use in simulation software. - Analysis of energy production data from PV projects, including comparison of operating vs. modelled data, downtime analyses. - Statistical Analysisof Long-Term EnergyYields. - Energy and Capacity optimisation of Hybrid Projectsand Integration with Storage. - Scientific Computing, Simulation and Optimization in Renewable EnergySystems: Solar, Wind and BESS Systems. - Modelling, Simulation and Optimisation of PV, BESS and Windfarms. - Detailed techno-commercial assessment of cells, batteries, and racks. - Detailed techno-commercial assessment of PV modules,inverters, and converters. - Analyses of data recordedin data loggers and SCADA. - Qualitative and quantitative data analysis using Python and Excel. - Performance Analysisof Individual Components – Arrays, Inverters, Converters, Cells, Battery Racks and Energy Meter Data. - Technology and Design Optimisation of PV Plantsusing Analytical Methods. - Development of tools and scripts for automation of various tasks using python, VBA etc. - Develop/ review initial PV system concept of plant layout which shall essentially include technology assessment, tilt-pitch optimization, DC overload analysis. - Support due diligence solar PV project which shall include identification of risks and advise corrective measures to optimize performance of solar PV plant. - Review performance ratio test procedures for plant acceptance proposed by the test party and evaluate the performance of solar projects. - Maintain awareness of new product technology and communicate pertinent developments with colleagues. - Support SgurrEnergy’s solar PV business development activities. - Site visits in India and abroad. Show more Show less
The role and responsibility essentially include - - Structural Design and Technical Delivery: • Prepare and independently deliver detailed designs for superstructure and substructure elements of RCC and Steel Structures used in Transmission Lines, Substations, Industrial Buildings, and related infrastructure such as canopies. • Foundation Design Expertise: o Design various foundation types such as pile foundations (bored cast-in-situ, rammed, helical), raft foundations, combined footings, and block foundations based on Geotechnical Investigation Reports. o Conduct critical analysis of Geotechnical Reports to determine optimal foundation solutions. • Perform accurate load analysis and design calculations for wind, seismic, thermal, creep, and short-circuit loads, ensuring adherence to relevant standards. • Lead the development of GA Drawings, Construction Drawings, Design Reports, and BOQs, while coordinating with draftsmen and design engineers. • Conduct thorough manual design checks and validate results generated from software tools. • Software Proficiency: Utilize STAAD.Pro, SAP2000, AutoCAD, and MS Office Suite. Experience with PLS-CADD, PLS-Tower, and PLS-Pole will be advantageous. - Project Management and Client Coordination: • Independently lead and manage projects, ensuring timely delivery of high-quality outputs. • Collaborate effectively with EHV Electrical Teams, EPC contractors, site teams, and multi-disciplinary stakeholders. • Represent the company in project coordination meetings and client discussions (including site visits to India and abroad). • Address client queries, provide design justifications, and demonstrate solutions at client offices or project sites. • Develop design criteria and construction specifications in line with project requirements and international/national standards. • Monitor project schedules, deliverables, and milestones to achieve deadlines efficiently. • Proactively resolve technical and project-related challenges and communicate solutions to stakeholders. - Team Leadership and Guidance: • Independently lead a team of Design Engineers and Detailers, providing technical guidance and mentoring. • Assign tasks, oversee progress, and ensure adherence to project requirements and timelines. • Review designs and drawings prepared by junior engineers and draftsmen to ensure accuracy and compliance. • Foster a collaborative and productive team environment, promoting innovation and best engineering practices. - Standards and Compliance: • Design structures in compliance with applicable standards such as: o IS 802, ASCE 10, ASCE 74, and other national and international codes. o Indian and IEC standards for Substation and Transmission Line structures. • Ensure adherence to relevant design guidelines, load combinations, and safety factors for RCC and steel structures. • Maintain compliance with HSE (Health, Safety, and Environment) policies and the organization’s Integrated Management System (IMS). - Site Support and Inspections: • Provide on-site technical support during the construction phase for structural works. • Conduct site visits (India and abroad) to check construction quality and ensure design implementation. • Liaise with site engineers and resolve structural issues encountered during execution.
The role involves conducting performance analysis of solar PV plants in operation, including analyzing meteorological files for simulation software, comparing energy production data, downtime analyses, and statistical analysis of long-term energy yields. Additionally, the role includes energy and capacity optimization of hybrid projects, integration with storage, and scientific computing, simulation, and optimization in renewable energy systems such as solar, wind, and BESS systems. The responsibilities also entail modeling, simulating, and optimizing PV, BESS, and wind farms, as well as conducting detailed techno-commercial assessments of cells, batteries, racks, PV modules, inverters, converters, data loggers, and SCADA. Qualitative and quantitative data analysis using Python and Excel is also a key part of the role, along with performance analysis of individual components such as arrays, inverters, converters, cells, battery racks, and energy meter data. The position involves technology and design optimization of PV plants using analytical methods, as well as developing tools and scripts for task automation using Python, VBA, etc. Reviewing initial PV system concepts for plant layout, supporting due diligence for solar PV projects, and maintaining awareness of new product technology are also essential duties. Additionally, the role includes supporting solar PV business development activities and conducting site visits in India and abroad.,
The role and responsibilities essentially includes - - Responsible for conducting performance analysis of solar PV plants in operation including - - Analysis and development of meteorological files for use in simulation software. - Analysis of energy production data from PV projects, including comparison of operating vs. modelled data, downtime analyses. - Statistical Analysis of Long Term Energy Yields - Qualitative and quantitative data analysis using Python and Excel. - Performance Analysis of Individual Components – Arrays, Inverters and Energy Meter Data. - Technology and Design Optimisation of PV Plants using Analytical Methods. - Review performance ratio test procedures for plant acceptance proposed by the test party and evaluate the performance of solar projects.
The role and responsibilities essentially includes - - Analysis and development of meteorological files for use in simulation software. - Analysis of energy production data from PV projects, including comparison of operating vs. modelled data, downtime analyses. - Statistical Analysis of Long-Term Energy Yields. - Energy and Capacity optimisation of Hybrid Projects and Integration with Storage. - Scientific Computing, Simulation and Optimization in Renewable Energy Systems: Solar, Wind and BESS Systems. - Modelling, Simulation and Optimisation of PV, BESS and Windfarms. - Detailed techno-commercial assessment of cells, batteries, and racks. - Detailed techno-commercial assessment of PV modules, inverters, and converters. - Analyses of data recorded in data loggers and SCADA. - Qualitative and quantitative data analysis using Python and Excel. - Performance Analysis of Individual Components – Arrays, Inverters, Converters, Cells, Battery Racks and Energy Meter Data. - Technology and Design Optimisation of PV Plants using Analytical Methods. - Development of tools and scripts for automation of various tasks using python, VBA etc. - Develop/ review initial PV system concept of plant layout which shall essentially include technology assessment, tilt-pitch optimization, DC overload analysis. - Support due diligence solar PV project which shall include identification of risks and advise corrective measures to optimize performance of solar PV plant. - Review performance ratio test procedures for plant acceptance proposed by the test party and evaluate the performance of solar projects. - Maintain awareness of new product technology and communicate pertinent developments with colleagues. - Support SgurrEnergy’s solar PV business development activities. - Site visits in India and abroad.
The principal responsibilities essentially includes - - Plan and perform desktop assessments for land grading and leveling activities using Autodesk Civil 3D and MS Excel software to achieve the desired site contours and slopes for designing storm water drainage systems, roads etc. - Design land grading and earthwork plans, analyze and estimate cut and fill volumes, and optimize land development following the finished ground levels. - Develop plans for infrastructure systems such as roads, utilities, stormwater management, and landscaping for developing large solar projects in India and overseas. - Prepare detailed Engineering plans, drawings, and reports, adhering to Indian and American codes and standards. - Review and analyse technical documents, such as drawings, specifications, and reports, for quality and compliance with project requirements - Perform effective drainage designs, including slopes, ditches, swales, and retention basins, to manage water runoff and prevent erosion. - Generate construction documents, including plan and profile sheets, details, and specifications, adhering to company standards and project requirements. - Preparing cost estimates, Bill of materials, and material specifications - Collaborate with team lead, project managers and other team members as per project requirements. - Maintain the files and documentation as per company’s folder management - Ability to work independently and meet the project timelines - Comply with the organization’s health, safety and Environmental (HSE) commitments.
The role and responsibilities essentially includes - Responsible for conducting performance analysis of solar PV plants in operation which would essentially include: - Analysis and development of wind resource meteorological files for use in simulation software: Windographer, WASP, Windfarmer, OpenWind and WindSim. - Analysis and development of solar resource meteorological files for use in simulation software for PVsyst / PVlib / SAM / Plant Predict. - Analysis of energy production data from wind projects, including comparison of operating vs. modelled data, downtime analyses. This would be for both wind and solar. - Statistical Analysis of Long-Term Energy Yields - Qualitative and quantitative data analysis using Python and Excel. - Performance Analysis of WTGs, PV arrays, power electronic devices and electrical equipment based on recorded SCADA data. - Technology and Design Optimisation of windfarms, solar PV plants and wind-solar hybrids using analytical methods. - Technology evaluation and detailed review of key equipment forming a windfarm/solar PV plant. - Computing Bill of Quantities from basic designs and layouts - Review test procedures for plant acceptance proposed by the test party and evaluate the performance of wind projects.
The role and responsibilities include analyzing and developing meteorological files for simulation software. You will also analyze energy production data from PV projects, comparing operating versus modeled data and conducting downtime analyses. Statistical analysis of Long-Term Energy Yields is another key aspect of the role. You will work on energy and capacity optimization of Hybrid Projects and their integration with storage solutions. The role involves scientific computing, simulation, and optimization in Renewable Energy Systems, focusing on Solar, Wind, and BESS Systems. Furthermore, you will be responsible for modeling, simulating, and optimizing PV, BESS, and Windfarms. Detailed techno-commercial assessments of cells, batteries, racks, PV modules, inverters, and converters are part of the job description. The role includes analyzing data recorded in data loggers and SCADA systems and conducting qualitative and quantitative data analysis using Python and Excel. Additionally, you will perform performance analysis of Individual Components such as Arrays, Inverters, Converters, Cells, Battery Racks, and Energy Meter Data. Technology and Design Optimization of PV Plants using Analytical Methods is a key responsibility. You will also be involved in developing tools and scripts for automating various tasks using Python, VBA, etc. Other responsibilities include reviewing the initial PV system concept of plant layout, supporting due diligence for solar PV projects, reviewing performance ratio test procedures for plant acceptance, and staying informed about new product technology developments to communicate with colleagues. Supporting SgurrEnergys solar PV business development activities and conducting site visits in India and abroad are also part of the role.,
As a Performance Analysis Engineer for solar PV plants, your main responsibility will involve conducting in-depth performance analysis of operational solar PV plants. This includes analyzing and developing wind resource meteorological files for various simulation software such as Windographer, WASP, Windfarmer, OpenWind, and WindSim. You will also be responsible for analyzing and developing solar resource meteorological files for simulation software like PVsyst, PVlib, SAM, and Plant Predict. Furthermore, your role will encompass analyzing energy production data from both wind and solar projects, including comparing operating data with modelled data and conducting downtime analyses. You will also be tasked with performing statistical analysis of long-term energy yields and conducting qualitative and quantitative data analysis using Python and Excel. In addition, you will be responsible for evaluating the performance of various components such as WTGs, PV arrays, power electronic devices, and electrical equipment based on recorded SCADA data. You will also be involved in optimizing the technology and design of wind farms, solar PV plants, and wind-solar hybrids using analytical methods. This includes evaluating key equipment forming a wind farm or solar PV plant and computing Bill of Quantities from basic designs and layouts. Another aspect of your role will involve reviewing test procedures for plant acceptance proposed by the test party and evaluating the performance of wind projects. Your expertise in performance analysis and optimization will be crucial in ensuring the efficient operation and performance of solar PV plants.,
As a Land Development Engineer, your primary responsibilities will involve planning and executing desktop assessments for land grading and leveling activities using Autodesk Civil 3D and MS Excel software. Your goal will be to achieve the desired site contours and slopes necessary for designing storm water drainage systems, roads, and other infrastructure elements. You will be tasked with designing land grading and earthwork plans, analyzing and estimating cut and fill volumes, and optimizing land development to meet finished ground levels. In this role, you will play a key part in developing plans for infrastructure systems including roads, utilities, stormwater management, and landscaping for large solar projects in India and internationally. Your duties will include preparing detailed engineering plans, drawings, and reports in compliance with Indian and American codes and standards. Additionally, you will review and analyze technical documents such as drawings, specifications, and reports to ensure quality and compliance with project requirements. Your expertise will be crucial in creating effective drainage designs that encompass slopes, ditches, swales, and retention basins to manage water runoff and prevent erosion. You will be responsible for generating construction documents that align with company standards and project specifications, including plan and profile sheets, details, and specifications. Moreover, you will be involved in preparing cost estimates, Bills of Materials, and material specifications. Collaboration will be a key aspect of your role, requiring you to work closely with the team lead, project managers, and other team members as per project requirements. You will also be responsible for maintaining files and documentation according to the company's folder management protocols. Your ability to work independently and meet project timelines will be essential to your success in this position. Furthermore, you will be expected to adhere to the organization's health, safety, and environmental (HSE) commitments throughout your work.,
The job involves conducting hydrological modeling and flood modeling using software such as HEC-RAS, HEC-HMS, QGIS, and other relevant tools. You will be responsible for performing watershed analysis, flood risk assessment, and analyzing historical rainfall data for estimating discharge. Additionally, you will need to analyze and interpret data from remote sensing and GIS applications, review topography and hydrology reports, and provide technical support on hydrological and flood inundation modeling. Collaboration with clients is crucial for model development, data collection, and project updates. You will be required to prepare detailed reports, technical documentation, and presentations showcasing project outcomes, findings, and recommendations. Field visits for hydrological data collection and coordination with drone pilots for topography surveys are also part of the responsibilities. The ideal candidate should have a basic understanding of stormwater drainage design, soil properties, and geotechnical investigation assessment. Proficiency in software tools such as HEC-RAS, HEC-HMS, ArcSWAT, QSWAT, Q-GIS, ArcGIS, AutoCAD, Civil 3D, and Microsoft Office Suite is desired. Knowledge of programming languages like Python and C++ is an advantage. Desirable skills include working knowledge of Civil 3D software for levelling, grading, and drainage design, proficiency in MS Excel for data analysis, familiarity with Indian and American codes and standards, and the ability to interpret technical drawings and reports. Experience in site visits, data collection, engineering calculations, quantity take-offs, cost estimating, and material specifications is valuable. The candidate should hold a B. Tech in Civil and M. Tech in Water Resource/Environment Engineering with around 2 years of experience in environmental engineering and relevant software applications. Strong attention to detail, accuracy, effective communication, adaptability to changing project requirements, and the ability to work independently or as part of a team are essential qualities for this role.,