We are looking for a dynamic and technically skilled professional to join our Energy Policy and Regulations team as a Senior Analyst and play a leading role in driving CSTEP's project on the solarisation of agricultural demand, working at the intersection of distribution-sector planning, renewable energy policy, including distributed renewable energy (DRE). The role involves shaping project strategy, conducting in-depth technical and financial analysis, engaging with a diverse set of stakeholders, and contributing to actionable policy recommendations that address the barriers to large-scale solarisation of the agriculture sector. This position offers a unique opportunity to influence India's energy transition by bringing together insights from DISCOM operations, regulatory frameworks, RE policies, and on-ground field realities.

Responsibilities

• Lead techno-economic and policy analysis on the solarisation of agricultural demand, including evaluation of deployment models (e.g. feeder-level solarisation, on-grid and off-grid pump solarisation, and KUSUM components) and their suitability across different state contexts.
• Develop and review financial models to assess project economics, including tariff design, Levelised Cost of Electricity (LCOE), subsidy structures, viability gap funding, and developer returns, to support evidence-based recommendations.
• Track and interpret the evolving RE policy and regulatory landscape at the central and state levels, including DISCOM regulations, agricultural power supply policies, and emerging schemes that influence solarisation pathways.
• Generate strategic insights from data analytics and present them through clear, decision-ready outputs for state and national stakeholders.
• Lead stakeholder mapping and engagement with state DISCOMs, State Electricity Regulatory Commissions (SERCs), state and central RE agencies (MNRE, SNAs), developers, industry experts, and farmer representatives.
• Coordinate with the Ministry of New and Renewable Energy (MNRE), Ministry of Power, and state-level departments to align project outputs with policy priorities and ongoing initiatives.
• Undertake field visits to validate ground realities, engage with farmers and developers, and capture implementation insights that inform research outputs.
• Bring forward innovative ideas and solutions to address persistent barriers in agricultural solarisation, spanning regulatory, financial, technical, and behavioural dimensions.
• Prepare and deliver policy briefs, technical reports, presentations, and journal articles to disseminate research findings to diverse audiences ranging from policymakers to farmer-level stakeholders.
• Support project leadership in planning, execution, and timely delivery of project milestones.
• Engage with project partners on technical workstreams and research methodology.
• Willingness to travel within India for stakeholder consultations, field visits, and project engagements as per project requirements. 

Qualifications

Bachelor's or master's degree in Electrical & Electronics Engineering, Energy & Power Systems, Energy Policy, Economics, Public Policy, or a relevant field.

Skill Set 

• Deep understanding of the agricultural power supply ecosystem in India, including tariff structures, subsidy mechanisms, supply hours, feeder segregation, and ongoing schemes such as PM-KUSUM.
• Proficiency in financial modelling and techno-economic assessment, including tariff design, LCOE computation, subsidy and incentive analysis, and project viability assessments.
• Strong data analytical skills, with proficiency in tools such as Excel (advanced), Python/R, and the ability to derive insights from large, multi-source datasets.
• Excellent stakeholder engagement skills, with the ability to communicate effectively with a diverse audience—from senior policymakers and ministry officials to developers, industry experts, and farmers.
• Strong written and verbal communication skills, including the ability to produce high-quality policy briefs, technical reports, and presentations for senior audiences.
• Working knowledge of GIS tools (QGIS, ArcGIS) and IT/data platforms relevant to energy and distribution analytics is desirable.
• Prior experience interacting with state DISCOMs, SERCs, MNRE, or state RE agencies is desirable.

We are looking for a highly motivated candidate to assess the integration of carbon capture technologies in cement plants from technical, techno-economic, and policy perspectives. The Intern will also engage with key stakeholders across the ecosystem to understand their perspectives, challenges, and requirements for enabling carbon capture deployment in the cement sector.

Responsibilities

• Assess the technical feasibility of integrating carbon capture technologies into cement plants, considering plant configurations, emission sources, and technology options.
• Conduct techno-economic assessments of carbon capture pathways, including capital and operating costs, energy requirements, and cost of CO₂ captured.
• Review relevant policies, regulations, and incentives influencing carbon capture deployment in the cement sector.
• Engage with stakeholders across the cement and CCUS ecosystem to understand implementation challenges, infrastructure needs, and opportunities for scale-up.
• Prepare technical reports, policy briefs, and presentations.

Qualifications

Pursuing a Master’s degree in Energy, Technology, Climate Change, Policy, or a related domain

Skill Set 

• Strong skills to develop recommendations on energy and carbon policy and regulatory frameworks.
• Excellent analytical and research skills.

Duration

2–3 months