We are looking for a Senior Associate with a strong understanding of both the technical and policy dimensions of energy storage and its applications in the energy and power sector. The ideal candidate will be responsible for delivering high-quality outputs within project timelines, while effectively coordinating and communicating with internal and external stakeholders to achieve project objectives.

Responsibilities

• Conduct research on energy storage technologies and their applications in the energy and power sector.
• Undertake technical analyses related to the sizing and siting of energy storage systems in distribution networks.
• Perform techno-economic assessments of energy storage, renewable energy, electric mobility, and electricity transmission and distribution systems to support policy and planning decisions.
• Contribute to least-cost resource planning studies for states, including load flow, short-circuit, reliability, and contingency analyses across transmission and distribution networks.
• Develop financial, economic, and econometric models relevant to the energy and power sector.
• Compile and analyse energy market data, including demand, supply, and price trends and projections.
• Engage with stakeholders across government, industry, and academia to support data collection, analysis, and project implementation.
• Document and disseminate research findings through reports, journal publications, conference papers, policy briefs, op-eds, and newsletters.

Qualifications

• MTech in Energy, Power Systems, or a related field, with 5–6 years of relevant professional experience in power systems and energy modelling.
• PhD in Energy, Power Systems, or a related field is desirable.

Skill Set

• Demonstrated experience in preparing high-quality research outputs, including white papers, journal articles, policy briefs, technical reports, and other publications
• Expertise in conducting load-flow, short-circuit, reliability, and contingency analyses using relevant power system software
• Strong experience in distribution network modelling and the integration of energy storage systems
• Proven capability in least-cost resource planning, power flow analysis, power electronics, cost–benefit and life cycle cost assessments, forecasting, market penetration studies, and impact analyses in the energy sector
• Experience in preparing medium- to long-term energy sector outlooks and planning studies for states and utilities
• A strong interest in undertaking technical and policy research in the energy and power sector
• Experience working with generation companies, distribution utilities, renewable energy agencies, regulatory commissions, ministries, and government bodies
• Proficiency in Microsoft Office applications, including Word, PowerPoint, and Excel, is expected
• Strong written and verbal communication skills, with the ability to clearly articulate technical concepts to diverse audiences
• Ability to work effectively in multidisciplinary and cross-functional teams
• Willingness to travel as required for stakeholder consultations, data collection, and dissemination of research findings
• Strong analytical, problem-solving, and decision-making abilities, along with the capacity to manage multiple priorities effectively
• Experience with software tools such as DIgSILENT PowerFactory, PSS®E, GridPath, and analytical tools including Python, R, SAS, Tableau, or SPSS will be an advantage
• Familiarity with power system planning and optimisation tools will be preferred

We are seeking an Analyst with a strong understanding of both the technical and policy aspects of energy-intensive industrial sectors, such as refining, petrochemicals, pharmaceuticals, steel, and cement, including MSMEs/SMEs. The candidate should have solid functional knowledge of low-carbon technologies, energy efficiency, and their applications. They will be responsible for supporting project proposals, managing deliverables and timelines, and coordinating effectively with internal and external stakeholders to achieve project objectives.

Responsibilities

• Track and analyse developments in industrial decarbonisation (IDC) across state, national, and global contexts.
• Work at the intersection of clean technologies and implementation strategies, identifying ways to improve decision-making and policy in industrial sectors.
• Conduct research on IDC-related policies and regulations to generate actionable insights.
• Develop concept notes, project ideas, and proposals aligned with sector priorities and economic impact.
• Undertake research, modelling, and analysis to build a strong knowledge base on IDC trends, technologies, and business models.
• Apply knowledge of low-carbon and net-zero pathways for industry, including policy frameworks, financial modelling, market assessment, energy auditing, and GHG accounting protocols.
• Engage and coordinate with stakeholders, including industry, associations, government bodies, funding agencies, and research institutions.
• Document and disseminate findings through reports, journal publications, conferences, op-eds, and newsletters.

Qualifications

• Bachelor’s degree or equivalent in chemical/petrochemical/biochemical/industrial chemistry/materials science & metallurgical engineering, business, or a related field.
• 0–2 years relevant professional/project/academic experience in industrial process engineering, economic analysis, and low-carbon applications related to industrial sectors.

Skill Set

• Hands-on experience in data collection, analysis, and reporting for industrial processes.
• Familiarity with environmental compliance, sustainability practices, and energy efficiency initiatives.
• Basic understanding of life cycle assessment, energy audits, and environmental impact assessments.
• Strong fundamentals in mass transfer, heat transfer, reaction engineering, and process design.
• Exposure to chemical process applications through academic projects, internships, or industry training.
• Willingness to undertake technical and policy research in energy-intensive industrial sectors.
• Proficiency in analytical tools such as MS Excel and Tableau; working knowledge of Python, R, or SAS is an advantage.
• Ability to assess industrial operations and develop innovative, practical solutions.
• Strong communication skills, with the ability to present ideas clearly and build stakeholder buy-in.
• Willingness to travel for data collection and stakeholder engagement.
• Ability to make timely and effective decisions.

We are seeking an Analyst for the Renewables team with a strong understanding of the technical and policy aspects of the renewable energy (RE) sector, as well as functional expertise in GIS techniques and applications. The role requires the candidate to contribute effectively to project proposals and deliverables, manage assigned responsibilities in line with project schedules, and support the achievement of project objectives. The candidate should possess strong coordination and communication skills and be able to collaborate productively with internal and external stakeholders to ensure timely, high-quality project delivery.

Responsibilities

• Explore and analyse emerging developments, technologies, and trends in the RE sector at the state, national, and international levels.
• Work at the intersection of RE and GIS, identifying innovative applications of geospatial tools and techniques to strengthen decision-making and policy formulation in the sector.
• Conduct research and analytical studies on RE policies, regulations, and market developments to generate actionable insights and policy inputs.
• Develop concept notes, project ideas, and proposals on high-impact, socially relevant themes in the RE sector.
• Undertake research, data analysis, and modelling to build a strong knowledge base on sector performance, technology transitions, emerging business models, and evolving market dynamics.
• Apply knowledge of tariff determination, regulatory reforms, financial modelling, retail tariff design, market assessment, open access, energy auditing, and ACS–ARR analysis.
• Coordinate and engage with key sector stakeholders, including utility companies, regulators, funding agencies, government bodies, and research institutions.
• Document and disseminate research findings through detailed reports, journal and conference publications, op-eds, and newsletters.

Qualifications

• Master’s degree or equivalent in Engineering, Business, or a related field.
• 0–2 years of relevant professional experience in policy and economic analysis and GIS applications related to the RE sector.

Skill Set

• Demonstrated expertise in conducting GIS-based studies and analyses, including cost-benefit analysis, life-cycle assessment, impact assessment, forecasting, market penetration studies, and consequence analysis.
• Ability to develop medium- to long-term RE sector outlooks for different states.
• Strong interest and willingness to undertake technical and policy research in the RE sector.
• Experience engaging with regulatory commissions, DISCOMs, transmission utilities, RE nodal agencies, solar system integrators and developers, ministries, and other government bodies.
• Basic understanding of Power Purchase Agreements (PPAs), electricity market design, Deviation Settlement Mechanism (DSM), demand response, and open access frameworks.
• Proficiency in software and statistical tools such as MS Excel and Tableau for developing economic and business models; knowledge of Python, R, or SAS would be an added advantage.
• Proficiency in GIS tools and platforms, including ArcGIS and QGIS.
• Proven ability to assess RE sector operations and develop innovative alternatives and approaches to problem-solving.
• Strong listening, communication, and presentation skills, with the ability to build support for ideas and recommendations.
• Willingness to travel for data collection, stakeholder consultations, and discussions on study findings.
• Strong research and technical writing skills, with experience producing high-quality reports, white papers, journal articles, policy briefs, and other research publications.
• Ability to make effective, evidence-based, and timely decisions.

Duration

24 months