221 Energy Efficiency Jobs - Page 3

Analysis and development of wind resource meteorological files for use in simulation software: Windographer, WASP, Windfarmer, OpenWind and WindSim Analysis of energy production data from wind projects, Statistical Analysis of Long-Term Energy Yields Required Candidate profile Qualitative and quantitative data analysis Performance Analysis of WTGs, PV arrays, power electronic devices and electrical equipment based on recorded SCADA data. Technology and Design Optimisation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Analysis and development of wind resource meteorological files for use in simulation software: Windographer, WASP, Windfarmer, OpenWind and WindSim Analysis of energy production data from wind projects, Statistical Analysis of Long-Term Energy Yields Required Candidate profile Qualitative and quantitative data analysis Performance Analysis of WTGs, PV arrays, power electronic devices and electrical equipment based on recorded SCADA data. Technology and Design Optimisation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Analysis and development of wind resource meteorological files for use in simulation software: Windographer, WASP, Windfarmer, OpenWind and WindSim Analysis of energy production data from wind projects, Statistical Analysis of Long-Term Energy Yields Required Candidate profile Qualitative and quantitative data analysis Performance Analysis of WTGs, PV arrays, power electronic devices and electrical equipment based on recorded SCADA data. Technology and Design Optimisation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Analysis and development of wind resource meteorological files for use in simulation software: Windographer, WASP, Windfarmer, OpenWind and WindSim Analysis of energy production data from wind projects, Statistical Analysis of Long-Term Energy Yields Required Candidate profile Qualitative and quantitative data analysis Performance Analysis of WTGs, PV arrays, power electronic devices and electrical equipment based on recorded SCADA data. Technology and Design Optimisation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Analysis and development of wind resource meteorological files for use in simulation software: Windographer, WASP, Windfarmer, OpenWind and WindSim Analysis of energy production data from wind projects, Statistical Analysis of Long-Term Energy Yields Required Candidate profile Qualitative and quantitative data analysis Performance Analysis of WTGs, PV arrays, power electronic devices and electrical equipment based on recorded SCADA data. Technology and Design Optimisation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Analysis and development of wind resource meteorological files for use in simulation software: Windographer, WASP, Windfarmer, OpenWind and WindSim Analysis of energy production data from wind projects, Statistical Analysis of Long-Term Energy Yields Required Candidate profile Qualitative and quantitative data analysis Performance Analysis of WTGs, PV arrays, power electronic devices and electrical equipment based on recorded SCADA data. Technology and Design Optimisation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Analysis and development of wind resource meteorological files for use in simulation software: Windographer, WASP, Windfarmer, OpenWind and WindSim Analysis of energy production data from wind projects, Statistical Analysis of Long-Term Energy Yields Required Candidate profile Qualitative and quantitative data analysis Performance Analysis of WTGs, PV arrays, power electronic devices and electrical equipment based on recorded SCADA data. Technology and Design Optimisation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Analysis and development of wind resource meteorological files for use in simulation software: Windographer, WASP, Windfarmer, OpenWind and WindSim Analysis of energy production data from wind projects, Statistical Analysis of Long-Term Energy Yields Required Candidate profile Qualitative and quantitative data analysis Performance Analysis of WTGs, PV arrays, power electronic devices and electrical equipment based on recorded SCADA data. Technology and Design Optimisation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Analysis and development of wind resource meteorological files for use in simulation software: Windographer, WASP, Windfarmer, OpenWind and WindSim Analysis of energy production data from wind projects, Statistical Analysis of Long-Term Energy Yields Required Candidate profile Qualitative and quantitative data analysis Performance Analysis of WTGs, PV arrays, power electronic devices and electrical equipment based on recorded SCADA data. Technology and Design Optimisation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Analysis and development of wind resource meteorological files for use in simulation software: Windographer, WASP, Windfarmer, OpenWind and WindSim Analysis of energy production data from wind projects, Statistical Analysis of Long-Term Energy Yields Required Candidate profile Qualitative and quantitative data analysis Performance Analysis of WTGs, PV arrays, power electronic devices and electrical equipment based on recorded SCADA data. Technology and Design Optimisation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

Analysis and development of wind resource meteorological files for use in simulation software: Windographer, WASP, Windfarmer, OpenWind and WindSim Analysis of energy production data from wind projects, Statistical Analysis of Long-Term Energy Yields Required Candidate profile Qualitative and quantitative data analysis Performance Analysis of WTGs, PV arrays, power electronic devices and electrical equipment based on recorded SCADA data. Technology and Design Optimisation Perks and benefits Sat-Sun Off, Flexi Hours, Global Work Exposure

The Continuous Casting Plant Engineer is responsible for ensuring the efficient and safe operation of the continuous casting process, which transforms molten metal into solid slabs, billets, or blooms. This role involves overseeing process parameters, maintaining equipment, troubleshooting operational issues, and ensuring product quality meets specifications. The engineer plays a critical role in optimizing productivity, minimizing downtime, and supporting continuous improvement initiatives within the casting area. Principal Accountabilities* Monitor and control the continuous casting process to ensure stable and efficient operations. Analyze process data and parameters to optimize casting speed, mold cooling, and strand quality. Troubleshoot equipment malfunctions, casting defects, or process anomalies. Coordinate with maintenance teams to plan preventive and corrective maintenance activities. Ensure proper functioning of casting machines, molds, tundishes, ladles, and associated systems. Collaborate with quality control and metallurgical teams to meet product quality standards. Lead or support continuous improvement projects (e.g., yield improvement, cost reduction, energy efficiency). Ensure compliance with all safety, environmental, and operational procedures. Prepare technical reports, downtime analyses, and shift summaries. Train and support operators and junior staff on best practices and new technologies.

The Center for Sustainability at EIIC Pune is seeking a senior engineer who possesses a strong passion and drive to assist organizations in making significant strides towards sustainability. The primary focus of this role is to support Eaton's corporate sustainability endeavors by creating tools and methods rooted in Life Cycle Assessment, GHG accounting, and circularity assessments. These resources will play a crucial role in achieving Eaton's 2030 objectives across supply chain, manufacturing, and product sectors. In this position, you will collaborate closely with technical experts, taking on the responsibility of managing multiple projects independently. Your key duties will include: - Developing and implementing environmental accounting tools and techniques within various business processes related to supply chain, manufacturing, and product development. - Keeping abreast of external trends, upcoming regulations, evolving standards, and methodologies in LCA and sustainability. Adapting these insights effectively for Eaton's processes, including areas such as EU Taxonomy, ESPR, GHG reporting, and circularity standards. - Addressing sustainability inquiries and ESG reporting requests from customers such as CDP and Ecovadis, by formulating suitable responses in collaboration with cross-functional teams within the company. - Mentoring and fostering the growth of junior team members to enhance their skills and capabilities in life cycle assessment and GHG accounting. - Working in close coordination with the corporate sustainability team to continuously develop and refine a suitable sustainability strategy, oversee goal progress, and facilitate corporate reporting. To qualify for this role, you should hold a Masters or Bachelors degree in engineering, sustainability, or environmental science/technology/management. Additionally, you should have a minimum of 3+ or 5+ years of relevant experience in areas such as LCA, eco-design, and corporate sustainability. Alternatively, a Bachelor's degree in the specified disciplines accompanied by 5+ years of relevant experience can also be considered. In terms of technical knowledge, you must showcase a profound expertise in either Life Cycle Assessment or carbon accounting standards. This can be demonstrated through: - Practical experience in conducting at least 5 LCAs. - Certification as a LCA practitioner (ACLCA), critical reviewer for LCA (ISO 14040/44), or registered EPD verifier with a reputable program operator. - Publication of peer-reviewed journal articles in the LCA/Ecodesign/sustainability domain. - Application of GHG Protocol and ISO standards for Carbon Footprints. Moreover, a broad understanding of sustainability-related areas is essential, encompassing topics such as sustainability reporting, ESG reporting standards, operations sustainability, water footprinting, climate risk assessment, environmental valuation, sustainable financing, product stewardship, and more. Proficiency in additional areas like ESG reporting, energy efficiency standards, renewable energy project development, and modeling skills would be advantageous. To excel in this role, you must possess enabling skills including excellent written and verbal communication abilities, tailored communication for different audiences, leadership and influencing skills, positive customer relationship development, thought leadership, tenacity in developing sustainability value propositions, and effective project management capabilities for handling multiple projects simultaneously.,

Note - We are an alternate Saturdays' half -day working organization (1st, 3rd & 5th). We are seeking an experienced Energy Auditor to lead and execute energy audits, support renewable energy procurement, and drive energy efficiency initiatives in commercial and industrial buildings. The role focuses on optimizing electricity consumption and identifying opportunities for cost savings through sustainable energy practices. Key Responsibilities: Conduct detailed energy audits (ASHRAE Level IIII) of buildings and facilities. Identify energy-saving opportunities in HVAC, lighting, equipment, and overall operations. Analyze electricity consumption data to identify inefficiencies and reduction opportunities. Support end-to-end renewable energy procurement (e.g. solar PPA, open access, rooftop solar). Prepare audit reports with actionable recommendations and ROI analysis. Collaborate with facility teams, vendors, and consultants to implement energy efficiency measures. Monitor and verify performance of implemented energy-saving initiatives. Ensure compliance with applicable energy codes, standards (ECBC, BEE), and green certifications (LEED/IGBC/GRIHA). Stay updated on latest energy technologies and market trends. Qualifications: Bachelors or Master’s degree in Electrical/Mechanical Engineering or Energy Management. Certified Energy Auditor (BEE)/Energy Manager is preferred. 5–10 years of relevant experience in energy auditing and renewable energy procurement. Strong knowledge of building systems, energy modeling, and renewable energy solutions. Proficiency in data analysis tools and MS Excel. Excellent report writing and communication skills. Willingness to travel for site audits as required

Greeting of the day ! Company Name-Waaree Energies Ltd Role- Expert Manager Experience - 6 Years Location -Mumbai Key Responsibilities 1. Business Development through Experts Build and expand the Expert network across India, covering urban, semi-urban, and rural markets. Drive solar sales leads and conversions through the Expert ecosystem. Ensure Experts contribute a defined percentage of overall retail business. 2. Expert Onboarding & Engagement Design and execute an onboarding process for new Experts. Create attractive earning models, incentive structures, and loyalty programs to drive Expert participation. Develop regional/segment-wise strategies for increasing Expert activity and billing. 3. Capability Building Conduct regular training sessions (product knowledge, sales pitch, digital tools, customer engagement). Provide marketing collaterals, technical know-how, and digital enablement to Experts. Empower Experts with financing, subsidy, and policy knowledge to strengthen their sales capabilities. 4. Digital & Process Enablement Build and manage a dedicated digital platform/app for Experts to register, track leads, monitor incentives, and access knowledge resources. Use analytics to measure Expert productivity, lead conversion ratio, and customer satisfaction. 5. Partnerships & Ecosystem Development Collaborate with system integrators, distributors, and installers to provide execution support for Expert-generated leads. Partner with financial institutions to offer attractive consumer financing schemes through Experts. 6. Performance Management Set clear KPIs: expert registrations, active Experts, lead-to-order conversion, business contribution, repeat business. Monitor performance region-wise and implement corrective actions. Prepare periodic MIS/reports for management. 7. Brand Building Position Waaree as the most trusted solar brand among influencers and community advisors. Organize Expert meets, recognition events, and success story campaigns. Key Deliverables 10x growth in active Expert base within 1218 months. Minimum % contribution of Experts to monthly sales (to be defined by business target). High engagement score (70% Experts remain active monthly). Reduced lead-to-order cycle time through structured processes. Establishment of Waaree Expert Program as the largest influencer-led sales ecosystem in the Indian solar market . Qualifications & Experience MBA/PGDM or equivalent degree in Sales, Marketing, or Business Management. 58 years of experience in channel management / influencer management / B2C retail ecosystem , preferably in solar, renewable energy, consumer durables, or telecom/fintech sectors. Proven track record of scaling a partner-driven or influencer-driven sales channel . Skills & Competencies Strong leadership and stakeholder management. Expertise in channel partner/influencer management. Understanding of solar products, distributed energy solutions, and subsidy/financing landscape. Strong digital mindset experience with apps, CRMs, and digital engagement tools. Excellent communication, training, and motivational skills. Entrepreneurial drive with a passion for renewable energy. Interested candidate can send their resume on deepalishingade@waaree.com For any query please feel free to contact on 7486027374 Thanks & Regards, Deepali

Key Responsibilities Lead electrical & instrumentation operations, projects, and maintenance for the plant. Plan, execute, and monitor erection, testing, and commissioning of HT/LT equipment, transformers, motors, switchgears, instrumentation systems, and sub-stations. Oversee preventive, predictive, and condition-based maintenance programs for E&I equipment. Ensure smooth functioning of plant instrumentation including PLC/DCS systems, field instruments, analyzers, weigh feeders, and automation systems. Review & approve technical specifications, SLDs, cable schedules, protection schemes, and instrumentation logic diagrams. Prepare and manage CAPEX/OPEX budgets, cost optimization, and inventory management of electrical & instrumentation spares. Drive energy efficiency and process optimization through instrumentation and automation upgrades. Vendor evaluation, negotiations, procurement, and technical approvals for E&I systems. Ensure statutory compliance with Electricity Boards, Electrical Inspectorate, and other regulatory authorities. Lead, mentor, and develop electrical & instrumentation teams including contract manpower. Enforce strict adherence to safety standards, quality protocols, and environmental compliance. Desired Candidate Profile Education: B.E./B.Tech in Electrical / Electrical & Instrumentation Engineering (Full-time) from a recognized university. Experience: 1520 years of experience in Cement/Steel/Power/Process industries with strong exposure to E&I projects, commissioning, and plant maintenance. Proven expertise in 132/220 kV switchyards, HT/LT switchgears, large motors (up to 8000 kW), transformers (up to 100 MVA), UPS/DC systems, PLC/DCS-based automation, field instrumentation, and analyzers. Strong knowledge of project management, cost control, vendor management, and statutory liaisoning. Hands-on experience with AutoCAD, MS Office, SAP/ERP, and PLC/DCS software tools. Strong leadership, analytical, and problem-solving skills. Key Competencies Electrical & Instrumentation Project Execution & Commissioning Preventive & Predictive Maintenance (E&I Systems) PLC/DCS, Automation & Process Control Energy Efficiency & Cost Optimization Vendor & Contract Management Team Leadership & Training Compliance & Safety Management

You should be an Architect/Engineer with a minimum of 5+ years of work experience in the field of Sustainability and Green Buildings. Possessing a Bachelor's degree is the minimum requirement, while candidates with a Master's degree will be given preference. Your role will involve a strong knowledge of Green Building Certifications, Energy efficiency, and sustainability concepts. It is essential that you have successfully delivered and completed a minimum of 5 Green Building projects, encompassing both Pre-certification and/or Certification. Additionally, being an accredited professional from IGBC & GRIHA is mandatory. Candidates holding a LEED AP/WELL AP credential will be favored during the selection process. You should possess effective presentation, communication, and interpersonal skills, along with the ability to work well within a team. Candidates with prior experience in team management will be given preference. Proficiency in AutoCAD and MS Office is a must, and familiarity with BIM, Daylight, and Energy simulations will be an added advantage.,

Leadership & Strategy: Lead the Energy Conservation Cell and develop a comprehensive energy conservation strategy to reduce energy consumption, costs, and environmental impact across the organization. Drive the development and implementation of sustainable energy management practices and policies. Collaborate with senior leadership to integrate energy conservation and sustainability goals into the organizations overall strategy. Energy Management & Optimization: Oversee the monitoring, analysis, and optimization of energy usage across the organization’s facilities, operations, and systems. Identify areas of energy inefficiency and implement improvement projects to enhance energy performance. Develop and execute energy audits, assessments, and benchmarking initiatives to identify opportunities for energy savings. Project Management & Implementation: Lead and manage energy conservation projects from concept through to completion, ensuring they align with the company’s sustainability objectives. Coordinate with other departments to implement energy-efficient technologies, upgrades, and solutions. Monitor and report on project progress, ensuring timelines and budgets are adhered to while achieving desired energy-saving results. Sustainability & Compliance: Ensure compliance with local, national, and international energy regulations, standards, and sustainability initiatives. Develop policies and programs to support corporate sustainability goals, including carbon footprint reduction, renewable energy integration, and waste minimization. Track and report on energy-related performance metrics, sustainability achievements, and regulatory compliance. Innovation & Research: Stay informed on the latest energy-saving technologies, renewable energy innovations, and energy efficiency best practices. Evaluate and implement new technologies and practices that enhance energy conservation efforts and reduce overall consumption. Promote a culture of innovation and continuous improvement within the department to discover new and effective ways of conserving energy. Team Development & Management: Lead, mentor, and develop a team of energy specialists and conservation professionals, providing guidance, training, and career development opportunities. Establish performance goals for the team and conduct regular performance reviews. Foster a collaborative environment to promote teamwork and knowledge-sharing across the organization. Stakeholder Engagement: Communicate energy conservation initiatives, progress, and achievements to internal and external stakeholders, including senior leadership, employees, suppliers, and regulatory bodies. Engage with external partners, government agencies, and industry groups to stay abreast of developments in energy conservation policies, technologies, and funding opportunities. Serve as the organization's representative on energy conservation matters at conferences, workshops, and other events. Budgeting & Resource Management: Develop and manage the Energy Conservation Cell budget, ensuring efficient allocation of resources for energy-saving projects, technology upgrades, and team development. Identify cost-effective solutions to implement energy-saving measures while maintaining high operational standards.

Job Description: This position involves working within the MEP Design & Engineering Team at Axium Globals Delivery Centre in Andheri, Mumbai. The team consists of skilled professionals, including mechanical, electrical and plumbing engineers with varied experience. The engineer will be responsible for developing and implementing sustainable design strategies, reducing environmental impacts and improving the overall sustainability of our projects. The expertise will help in creating environmentally responsible, socially conscious and economically viable buildings. Key Roles and Responsibilities: Reporting to the Team Leader of MEP Design & Engineering Setting up and obtaining results from models Knowledge of sustainability principles to identify errors and potential issues. Designing to current legislation and codes of practice for various building types, based on client brief and guidelines. Working independently on calculations and mark-ups, as per requirements The role will involve regular communication with the client and taking on design responsibilities on project types like commercial, residential, retail, laboratories & hospitals. The role would involve understanding codes & standards local to project location and utilizing the latest & industry leading software. Independently creating models and performing calculations using different software Displaying leadership skills and mentoring junior engineers with respect Open to training and working on new sustainability design software Displaying exibility, collaborative nature and empathy Qualification and Experience Required: BE/BTech/ME/MTech degree in mechanical engineering or a related technical field Minimum 4 years of experience in sustainability design for commercial, retail, hospital and residential projects Experience in using sustainability software IESVE, Design Builder, eQUEST Experience in using MS Ofce Proven experience in having successfully managed client communication independently

Immediate Joiners are preferred .. Energy efficiency, Climate Change, renewable energy, training, government lesioning, survey, meetings, stakeholders engagement, B.Tech qualified with 60% marks in all academics

Design and plan mechanical systems, which may include HVAC (heating, ventilation, and air conditioning), as well as electrical and plumbing systems within buildings. Compliance : Ensure that designs and installations comply with local building codes, regulations, and safety standards. Energy Efficiency : Focus on designing energy-efficient systems that minimize energy consumption, reduce operational costs, and promote sustainability. Collaboration : Collaborate with architects, structural engineers, and other professionals to integrate MEP systems seamlessly into building designs. System Sizing : Determine the appropriate size and capacity of HVAC equipment, electrical distribution systems, and plumbing components to meet the needs of the building. Equipment Selection : Select and specify HVAC equipment, electrical components, lighting systems, plumbing fixtures, and other equipment required for a project. Cost Estimation : Prepare cost estimates and budgets for MEP systems within construction projects, considering both materials and labor. Construction Oversight : Monitor the installation and construction of MEP systems to ensure they are implemented correctly, safely, and according to design plans.

You will be responsible for lighting control, lighting design, architectural lighting, and interior design. Your role will involve creating innovative lighting solutions, collaborating with architects and interior designers, and ensuring the effective implementation of lighting concepts. To excel in this role, you should have experience in lighting control, lighting design, and architectural lighting. You will be expected to produce dialux reports for customized requirements and should have extensive CAD experience. A strong knowledge of interior design principles and practices is essential. Creativity and problem-solving skills are key attributes for this role, along with a strong attention to detail. Good communication and collaboration skills will be vital as you work closely with a team. A relevant degree or certification in lighting design, interior design, or a related field is required. Proficiency in AutoCAD, lighting control systems, energy efficiency, and knowledge of lighting codes and standards are important skills for this position. Project management skills and the ability to communicate effectively are also crucial. Fluency in spoken Hindi is a must for this role.,

Designation: Energy Analyst - Energy System Experience: 1 - 3 years Location: Anand , Gujarat ( On- Site ) Education: B.Tech or M.Tech Electrical Roles & Responsibilities: Solar PV Plant Analysis: Perform comprehensive energy yield analysis, including solar resource assessment, technology selection, tilt and pitch optimization and detailed shadow analysis (near-shading and horizon shading). System Design & Optimization: Conduct string sizing and optimization for both fixed-tilt and tracker systems. Financial & Technical Documentation: Prepare bankable detailed project reports, feasibility studies and technical due diligence reports. Tender and Bid Support: Understand and interpret tender requirements from major agencies like NTPC, SECI, SJVN, GUVNL and key players in the Middle East. Cost and Financial Modelling: Develop and analyze project Bill of Quantities (BOQ), including CAPEX, OPEX and Levelized Cost of Energy (LCOE) estimations. Engineering & Contracts: Work on Detailed Engineering and Owner's Engineering projects and assist with drafting contracts and Requests for Proposals (RFPs) for utility-scale solar PV plants. Technical Drawing Analysis: Understand basic DC Single Line Diagrams (SLDs) and AC system SLDs Conduct feasibility studies for multimegawatt-scale PV and BESS plants, including equipment selection, layout design and energy yield prediction (P50/P75/P90). Compute and optimize plant configurations, including DC overload analysis, tilt-pitch optimization and plant sizing. Design and optimize hybrid systems (e.g., PV + BESS, PV + Wind + PSP) using Python and other scientific computing platforms. Perform battery sizing based on load profiles and grid/offtaker requirements. Develop and apply Python-based tools for simulation, control logic and optimization studies. Evaluate technical bids and warranty documentation for hybrid renewable systems. Conduct independent technical due diligence of operational and planned renewable energy projects. Review technology specifications, layout drawings, contracts, certifications and warranties. Identify technical risks and recommend corrective measures to ensure optimal plant performance. Analyze operational plant data (SCADA, irradiance, temperature) to assess plant health and performance. Apply data-driven methods (including AI/ML where applicable) to detect underperformance and system anomalies. Evaluate component-level performance: PV arrays, WTGs, inverters, converters, batteries, energy meters, etc. Develop Python/VBA-based automation scripts for data processing, reporting and performance analytics. Conduct techno-commercial evaluation of PV modules, inverters, converters, battery cells, racks and BESS systems. Stay up to date with advancements in renewable energy technologies and share relevant updates internally. Review PV module certifications, BOMs, CDFs, and testing standards for compliance and quality control. Participate in site visits for feasibility assessment, inspection and acceptance testing. Review and validate PR (Performance Ratio) testing methodologies and acceptance procedures proposed by EPCs or third parties. Experience with performance ratio (PR) testing, thermographic inspection and technical audits. Organizational Skills: The ability to manage multiple tasks and prioritize effectively. Communication Skills: Clear and professional communication, both written and verbal. Strong analytical, statistical and problem-solving capabilities.

Critical Equipment Management: Hi Side Equipment Management Lead the engineering team in evaluating, selecting, and acquiring cutting-edge semiconductor equipment. Collaborate with vendors to assess equipment performance and plan upgrades for advanced technology adoption. Implement strategies to enhance equipment reliability and reduce mean time to repair (MTTR). Facilitate collaboration with vendors to ensure seamless integration of new equipment into the lab environment. Scrubber Management Develop and implement protocols for efficient operation and maintenance of scrubbers. Conduct regular assessments to ensure scrubbers meet air quality standards. Implement improvements to enhance the overall effectiveness of scrubber systems. Toxic Gases Management Develop and enforce strict protocols for the safe handling, storage, and disposal of toxic gases. Conduct regular safety drills and training sessions for team members on handling toxic gases. Collaborate with vendors to enhance gas detection systems and implement advanced safety features. ETP Management Optimize ETP performance to meet wastewater treatment standards and regulatory requirements. Collaborate with environmental engineers to implement advanced technologies for ETP efficiency. Implement preventive maintenance programs to minimize downtime and ensure continuous ETP operation. Gas Panel Management Collaborate in the design and optimization of gas panel systems for semiconductor processes. Implement safety measures and protocols related to gas panel operation. Train team members on gas panel operation and emergency procedures. Project & Operation Management Project Management Lead complex projects such as lab expansions, infrastructure upgrades, and facility improvements. Collaborate with architects, Designers, contractors, and other stakeholders for effective project execution. Implement project management best practices, ensuring timely completion within budget constraints. EHS Management Oversee EHS initiatives within the engineering department, ensuring compliance and best practices. Collaborate with EHS teams to integrate safety measures into engineering processes. Implement measures to enhance the overall well-being and safety of engineering team members. Vendor Management Collaborate with vendors for equipment procurement, maintenance, and services, ensuring cost-effectiveness and quality. Budget Management Collaborate in budget planning, ensuring financial resources are allocated effectively for engineering projects. Team Leadership Provide strong leadership to a multidisciplinary team of engineers and technicians, fostering a culture of innovation and excellence. Establish and communicate team goals aligned with the lab's strategic objectives. Conduct performance evaluations and implement career development plans for team members. Implement continuous improvement initiatives and recognize team achievements. Compliance & Governance Risk Management Assess and manage risks associated with engineering projects, ensuring proactive risk mitigation measures. Compliance & Audits Lead the development and implementation of robust safety protocols and compliance standards. Stay abreast of industry standards and regulatory requirements, implementing necessary changes in protocols and procedures. Interface with regulatory agencies to ensure the lab's compliance with environmental and safety regulations. ESG Responsibilities Integrate ESG considerations into the decision-making process for facility projects and operations. Develop strategies to reduce the lab's environmental impact and promote social responsibility. Implement measures to enhance diversity and inclusion within the engineering team and the lab. Collaborate with cross-functional teams to incorporate ESG considerations into lab design and operations. Regulatory Affairs Monitor and ensure compliance with relevant regulations and standards governing engineering projects and lab operations. Data Security and Intellectual Property Protection Collaborate with IT and security teams to ensure data security and intellectual property protection measures are in place. Energy, Innovation & Quality Energy Efficiency and Sustainability Integrate energy-efficient solutions into engineering projects, promoting sustainability in lab operations. Implement strategies to improve energy efficiency and enhance sustainability. Lead the adoption of innovative technologies in engineering projects. Emergency Response and Continuity Planning Implement and test emergency response plans for engineering projects, minimizing disruptions. Collaboration with Research and Development Teams Collaborate with R&D teams to align engineering projects with research goals and facilitate seamless integration. Space Utilization and Optimization Collaborate in lab design and layout planning to optimize space utilization for engineering projects and team efficiency. Innovation and Technology Adoption Advocate for the adoption of innovative technologies in engineering projects, keeping the lab at the forefront of industry advancements. Quality Management Incorporate quality management practices into engineering processes to deliver high-quality results and meet industry standards. Standards, Community, and Training International Standards (ISO) Ensure compliance with ISO standards applicable to engineering practices, contributing to the lab's overall certification efforts. Community Engagement Represent the lab in community engagement initiatives and promote a positive image through outreach and collaboration. Training and Development Provide ongoing training for engineering team members to enhance skills and keep them informed about technological advancements. Execution of Safety Protocols Strict adherence to cleanroom protocols to minimize contamination. Comprehensive training on the proper handling, storage, and disposal of chemicals. Regular equipment inspections and maintenance to ensure safe operation. Implementation of lockout/tagout procedures to prevent accidental equipment activation during maintenance. Mandating the use of appropriate PPE, including safety glasses, face shields, gloves, and specialized protective clothing. Development and regular testing of emergency response plans for various scenarios. Installation of gas detection systems to monitor and alert personnel to the presence of toxic gases. Regular calibration and maintenance of gas monitoring equipment. Comprehensive training programs on safety procedures, chemical hazards, and emergency response. Ongoing education to keep employees informed about the latest safety protocols and industry best practices. Access to and understanding of Material Safety Data Sheets (MSDS) for all chemicals used in the semiconductor manufacturing process. Collaboration with regulatory agencies to ensure compliance with environmental and safety regulations. Implementation of advanced air filtration and ventilation systems to maintain a clean and safe working environment. Monitoring and regular maintenance of air quality control systems. Adherence to specific safety guidelines for handling semiconductor manufacturing tools. Proper training on tool operation and maintenance. Implementation of continuous improvement programs to identify and address safety concerns. Regular safety audits and reviews to enhance overall safety performance. Qualifications: Minimum requirement: B-Tech/BE (Mechanical/Electrical/Civil & Environmental engineering) Preferred: Masters or Ph.D. in a related engineering field. Additional Qualification Substantial experience in health care Manufacturing or R&D labs in Pharmaceutical or semiconductor Industry. Certifications in facility management, project management, environmental management may be advantageous.

You will be responsible for assisting in the design and layout of electrical systems for building projects, ensuring compliance with electrical codes and standards. Collaborating with the mechanical and plumbing teams is essential to ensure the integration of systems for energy efficiency and safety. You will oversee and manage the installation of electrical wiring, circuits, lighting systems, and electrical panels, ensuring that installations are completed according to specifications, project timelines, and safety standards. Regular inspections and maintenance of electrical systems will be part of your duties to ensure proper operation. Identifying and resolving electrical issues such as faults in circuits, lighting, and power distribution systems is crucial. Collaboration with other MEP teams, particularly the mechanical and plumbing teams, will be necessary to ensure the smooth integration of electrical systems into the overall project. Supervising contractors or electricians to ensure efficient task completion in compliance with codes and regulations will be one of your responsibilities. You will also be expected to suggest and implement energy-saving solutions, including the use of renewable energy sources and efficient lighting systems. Monitoring energy usage and providing recommendations for reducing consumption will be part of your role. Preparing technical reports, as-built drawings, and operation manuals for the electrical systems and maintaining records of electrical system performance and repairs are important tasks. This position is full-time and permanent, located in Okhla, Delhi. The work schedule is during the day, and a Bachelor's degree is preferred for this role. The ideal candidate will have a total of 6 years of work experience. The job offers benefits such as Provident Fund and requires in-person work at the designated location.,