The candidate must be well versed in the technical and policy aspects of energy storage and its application in the energy and power sector. She/he should meet the requirements related to deliverables and project schedule, and should coordinate and communicate effectively with internal and external teams to meet the project objectives.

Responsibilities

• Conduct research related to the field of energy storage
• Undertake economic analysis in the areas of energy and power sector such as energy storage, renewable energy, electric mobility, electricity transmission and distribution, to support policy decisions
• Conduct research related to least cost resource planning for different states
• Conduct research related to load flow, short-circuit, reliability, and contingency analysis for both transmission and distribution
• Develop financial/ econometric models pertaining to energy and power sector 
• Compile energy market data, analyse market trends, including demand, supply and price projections
• Establish communication and coordinate for data/analysis with relevant stakeholders(government, industry, and academia) for energy and power sector
• Document and publish the research findings in detailed reports, journals and conferences, op-eds, newsletters

Qualifications

MTech in energy/power or its equivalent in a related field.

Skill Set

• Ability to produce high-quality research reports, white papers, journals, policy briefs, etc.
• Willingness to travel frequently to collect necessary data and discuss study findings.
• Willingness to undertake technical and policy research in the energy domain.
• Good working knowledge of Microsoft suite (Word, PowerPoint, and Excel).
• Competence in using power system planning tools, as well as in using software and statistical tools (Python, R, SAS, tableau, SPSS, etc.) to develop economic models and derive results.
• Strong written and verbal communication skills and good interpersonal skills.
• Ability to work in a multi-functional team.
• Expertise in carrying out least-cost resource planning for power sector, power flow 
• analysis, power electronics, cost-benefit, life-cycle cost, impacts, forecasting, market 
• penetration, and consequences analyses of energy 
• Expertise in carrying out load-flow, short-circuit, reliability, and contingency analysis in relevant power system software
• Prepare medium to long-term energy sector outlook reports for various states 
• Willingness to undertake technical and policy research in energy domain
• Experience working with generating companies, distribution utilities, renewable nodal agencies, regulatory commissions, ministries and government bodies

We are seeking a dynamic, skilled, and experienced professional for the position of Analyst/Senior Analyst to join the Energy and Power team at CSTEP and support ongoing work on Just Transition. The Analyst will play a vital role in analysing and assessing the regulatory landscape and policy developments impacting Just Transition in India, particularly in the context of renewable energy development. The role will also involve contributing to the formulation of strategies and recommendations to help achieve India’s Just Transition goals while implementing energy transition policies.

The shortlisted candidate will lead analytical and policy-oriented research on energy transition, with a strong focus on justice and equity. This position requires strong technical, analytical, and policy skills, along with the ability to engage effectively with both internal and external stakeholders.

Responsibilities

• Research and Analysis
• Lead research on Just Transition pathways for renewable energy (RE) development across Indian states, with emphasis on social, economic, and environmental impacts on affected communities.
• Assess technical, economic, and policy levers to drive fair and inclusive energy transitions, including workforce reskilling, community benefit-sharing, land-use planning, and equitable access to clean energy.
• Evaluate state-level RE characteristics, including resource potential, local economic dependencies, and social vulnerability indicators, to inform and contextualise transition strategies.
• Stakeholder Engagement
• Collaborate with stakeholders at state, national, and community levels to co-develop actionable recommendations for just and equitable RE deployment.
• Prepare policy briefs, technical reports, presentations, and journal articles to share research findings and recommendations.
• Represent the organisation in research forums, energy transition discussions, roundtables, and conferences, providing expert insights and influencing policy conversations.
• Willingness to travel across India to engage with stakeholders and support project requirements.

Qualifications

• Bachelor’s or Master's degree in a relevant field such as law, public policy, economics, environmental studies, or a related social science field. 
• 3–5 years of professional experience in one or more of the following areas: energy transition research, Just Transition planning, renewable energy policy and planning, socio-economic impact assessment, community engagement, data analytics, and policy advocacy and communications.

Skill Set

• In-depth knowledge of India's regulatory framework, policies, and market dynamics in the renewable energy and power sectors, with an understanding of the social and economic impacts of energy transitions.
• Familiarity with energy transition trends, Just Transition best practices, emerging clean energy technologies, and leading sustainability frameworks.
• Strong analytical skills, with the ability to interpret complex regulatory and policy documents and provide strategic recommendations.
• Excellent written and verbal communication skills, including proficiency in preparing presentations and reports.
• Demonstrated experience engaging stakeholders and cultivating effective relationships with regulatory authorities, industry associations, and state-level government agencies.
• Proven ability to lead and collaborate within cross-functional teams and manage multiple projects simultaneously.
• Strong problem-solving capabilities and the capacity to work efficiently under tight deadlines.
• Proficiency in data analysis and research methodologies.

We are seeking a highly motivated candidate to support the assessment of next-generation sustainable technologies for converting renewable carbon feedstocks and biomass into liquid chemicals/fuels. The role offers a unique opportunity to explore waste management, green technologies, and climate change impacts, helping reimagine how future technologies can go circular and low carbon. The candidate will operate at the intersection of science, technology, and climate action to advance sustainable industrial innovation, with a focus on renewable feedstocks and biomass valorisation.

Responsibilities

• Conduct research on biomass and renewable feedstock conversion technologies to produce chemicals and fuels.
• Perform Life Cycle Assessments on selected low-carbon technologies.
• Explore cutting-edge research on biomass, renewable energy, and climate change.
• Develop a deep understanding of sustainability evaluation for next-generation green technologies.
• Prepare technical reports, research papers, and presentations.

Qualifications

Pursuing a Master’s degree in science or engineering disciplines (chemical, industrial, renewable energy, sustainability, or related fields)

Skill Set

• Strong understanding of biomass conversion concepts, renewable/green technologies, and carbon conversion processes.
• Proficiency in mass and energy balance analysis.
• Excellent analytical, problem-solving, and research skills

Duration

3–6 months (full-time internship) 

We are looking for a Senior Associate (Built Environment Specialist) to lead research on Karnataka’s and India’s buildings sector, with a focus on affordable housing and developing scalable low-carbon pathways. The role involves driving systemic transformation through robust scientific approaches—from on-site data collection and digital twin development to life-cycle assessments—and translating research insights into actionable policies through close engagement with government agencies, industry partners, and other stakeholders.

Responsibilities

• Lead research activities, including data collection, literature reviews, and quantitative analyses, to assess energy demand, thermal comfort, and emissions in the buildings sector.
• Develop and apply life-cycle assessment (LCA) methodologies to quantify embodied and operational carbon in building prototypes.
• Oversee on-site performance monitoring to establish real-world energy and comfort baselines.
• Synthesise research findings to create scalable models projecting energy use and emissions across affordable housing schemes.
• Track emerging trends in urban and buildings sector policies, construction technologies, and sustainability standards.
• Engage with experts, government stakeholders, contractors, and communities to co-create practical, evidence-based solutions.
• Organise and facilitate stakeholder consultations, workshops, and roundtables to ensure research relevance and policy impact.
• Disseminate research outcomes through technical reports, policy briefs, journal publications, and interactive dashboards.

Qualifications

Master's degree in architecture, urban planning/design, civil engineering, building science, or a related sustainability field, with 5-8 years professional experience in sustainable built environments, building performance analysis, construction materials, and/or policy research.

Skill Set

• Hands-on experience with building energy modelling software and/or life-cycle assessment (LCA) tools, with the ability to apply these for low-carbon building design and analysis.
• Proven experience in stakeholder engagement, fieldwork, and translating technical research into actionable insights for policy and implementation.
• Applied understanding of the buildings sector, including construction materials, energy demand, and thermal comfort principles.
• Strong quantitative, analytical, and critical-thinking abilities, with proficiency in technical analysis such as energy modelling, LCA, or data science.
• Experience with data analysis and scripting tools (e.g., Python, R) will be an advantage.
• Excellent interpersonal and communication skills, with the ability to work effectively with diverse stakeholders across government, industry, and academia.
• Demonstrated ability to manage multiple projects simultaneously and work both independently and collaboratively in multidisciplinary teams.
• Familiarity with India’s urban development and affordable housing ecosystem, and awareness of relevant policies and standards.
• Experience or interest in system dynamics, policy modelling, or on-site building performance monitoring will be beneficial.
• Proficiency in Microsoft Office Suite and standard analytical tools.
• Proficiency in spoken Kannada will be considered an asset.

We are seeking a motivated and passionate Analyst to join our Climate Change Mitigation team. This entry-level position is ideal for a recent post-graduate who is eager to build a career in sustainability and climate policy. You will play a key support role in impactful research projects, gaining hands-on experience in data analysis, modelling, and stakeholder engagement while contributing to CSTEP's mission of enabling a sustainable future.

Responsibilities

• Assist in data collection, literature reviews, and quantitative analysis for projects related to climate change, energy, and sustainable built environments.
• Support the development and maintenance of research models and databases.
• Contribute to the preparation of high-quality reports, policy briefs, and presentations.
• Provide logistical and research support for stakeholder consultations, workshops, and field studies.
• Collaborate with senior researchers to monitor sectoral trends, policies, and scientific advancements.

Qualifications

Master’s degree in climate science, environmental policy, sustainability studies, urban planning, or a closely related field, with 0–2 years of relevant work experience. Fresh graduates are encouraged to apply.

Skill Set

• Strong quantitative, analytical, and research skills.
• Excellent written and verbal communication abilities.
• Proficiency in the Microsoft Office Suite (Word, Excel, and PowerPoint).
• A keen interest in climate change, environmental sustainability, and public policy.
• Ability to work effectively in a team and manage multiple tasks efficiently.
• A proactive mindset and a strong desire to learn and grow in a research-oriented environment.

We are looking for an Analyst to lead research and modelling on emission reduction in India’s thermal power sector. The role involves analysing global emission trends and evaluating international technologies and regulatory frameworks for their applicability in the Indian context. You will contribute to the development of India-specific emission reduction strategies by conducting technology feasibility assessments, abatement cost analyses, and evaluating social and environmental impacts. The position also includes designing a standardised proforma to collect and analyse plant-level emission data, supporting India’s 2030 and 2070 decarbonisation goals.

Responsibilities

• Analyse global and national emission trends of thermal power plants and benchmark India’s performance against international standards.
• Evaluate emission control technologies, policies, and regulatory frameworks adopted by leading countries such as China, the United States, and Russia.
• Conduct detailed assessments of India’s thermal power sector, including emission profiles, efficiency levels, and abatement potential.
• Develop India-specific, phased emission reduction strategies aligned with national and global climate targets.
• Perform technology feasibility and abatement cost analyses for advanced and low-emission thermal technologies.
• Assess the social and environmental impacts of proposed mitigation measures and recommend just transition pathways.
• Design and implement a standardised proforma to collect, verify, and analyse plant-level emission data from public and private utilities.
• Collaborate with government agencies, utilities, and research partners to ensure data robustness, analytical accuracy, and policy relevance.

Qualifications

Bachelor’s degree in electrical, mechanical, energy, or environmental engineering or a Master’s degree in power systems, energy policy, or sustainability (preferred), with 2–4 years of experience in power sector modelling, emission assessment, or energy policy research.

Skill Set

• Strong understanding of thermal power plant operations, emission processes, and control technologies such as FGD, SCR, supercritical systems, and carbon capture and storage (CCS).
• Proficiency in energy and emission modelling tools (e.g., GridPath, PyPSA, or equivalent analytical platforms).
• Knowledge of global and national policy frameworks, including IEA Net Zero scenarios, UNFCCC methodologies, and India’s CCTS and PAT schemes.
• Experience in data analysis, techno-economic assessment, and marginal abatement cost (MAC) modelling.
• Ability to design standardised data-collection templates (proformas) and manage large, multi-source datasets.
• Strong skills in policy research, benchmarking, and technical report writing for government or multilateral projects.
• Familiarity with environmental and social impact assessments (ESIA) in the power sector.
• Excellent communication, analytical, and stakeholder coordination skills for engagement with utilities, regulators, and consultants.

We are looking for a Senior Associate to lead network modelling and studies that enable transmission planning and renewable energy integration in India’s evolving power system. The role involves using advanced tools such as PSSE and DIgSILENT PowerFactory to conduct load flow and grid stability studies under various scenarios, contributing to the development of a reliable, efficient, and future-ready transmission network.

Responsibilities

• Develop and validate PSSE and DIgSILENT PowerFactory models for existing and planned transmission systems.
• Assess renewable energy and energy storage integration under diverse demand–generation scenarios.
• Identify least-cost network strengthening and expansion measures to enable reliable and efficient grid integration.
• Lead grid stability and flexibility assessments, accounting for emerging technologies such as electric vehicles (EVs), green hydrogen, and rooftop solar photovoltaics.
• Conduct reactive power and voltage stability analyses to ensure system reliability and regulatory compliance.
• Integrate policy and regulatory targets into analytical frameworks and scenario development.
• Collaborate with transmission utilities, system operators, and regulatory bodies on planning and operational studies.
• Prepare and present technical reports and study findings for stakeholder consultations and project dissemination.

Qualifications

Bachelor’s degree in electrical engineering, energy systems, or Master’s degree in power systems, energy modelling, or operations research (preferred), with 5–8 years of experience in power system modelling and transmission planning.

Skill Set

• Strong experience in transmission system planning and grid integration studies.
• Proficiency in power system analysis tools such as PSSE, MiPower, and DIgSILENT PowerFactory.
• Demonstrated ability in data management, scenario modelling, and power system simulations.
• Expertise in assessing reactive power margins, voltage stability, and system reliability.
• Sound knowledge of grid codes, CEA standards, and relevant regulatory frameworks.
• Understanding of emerging technologies, including energy storage, green hydrogen, EVs, and distributed generation.
• Proven ability to integrate policy and regulatory targets into transmission planning models and analyses.

We are looking for an Analyst to work on network modelling and studies that support transmission planning and renewable energy integration in India’s evolving power system. The role involves using advanced tools such as PSSE and DIgSILENT PowerFactory to perform load flow and grid stability studies under various scenarios, contributing to the development of a reliable and future-ready transmission network.

Responsibilities

• Develop and validate PSSE and DIgSILENT PowerFactory models for existing and planned transmission systems.
• Identify least-cost network strengthening and expansion measures to ensure reliable power system integration.
• Support grid stability and flexibility assessments, considering emerging technologies such as electric vehicles (EVs), green hydrogen, and rooftop solar photovoltaics.
• Integrate policy and regulatory targets into technical analyses and planning scenarios.
• Collaborate with transmission utilities, system operators, and regulatory bodies on planning and operational studies.
• Prepare technical reports, summaries, and presentations for stakeholder consultations and dissemination.

Skill Set

• Experience in transmission network planning and grid integration studies.
• Proficiency in power system analysis tools such as PSSE and DIgSILENT PowerFactory.
• Hands-on experience in power system data management, scenario modelling, and system simulations.
• Expertise in evaluating reactive power margins, voltage stability, and system reliability.
• Knowledge of grid codes, CEA standards, and relevant regulatory frameworks.
• Understanding of emerging technologies such as energy storage, green hydrogen, electric vehicles (EVs), and distributed generation.
• Ability to incorporate policy and regulatory targets into transmission planning models and analyses.

Qualifications

Bachelor’s degree in electrical engineering, energy systems, or Master’s degree in power systems, energy modelling, or operations research (preferred), with 2–4 years of experience in power system modelling and transmission planning.

We are looking for a highly motivated candidate to assess biogenic carbon sources and their quantification for effective carbon utilisation (B2C). The role offers a unique opportunity to explore biogenic carbon sources, their geological distribution, and utilisation at various point sources, supporting future technologies in achieving net zero. The candidate will work mainly at the interface of science, geology, and social interventions to support carbon circularity in B2C.

Responsibilities

• Conduct research on point and non-point biogenic carbon sources.
• Assess and quantify biomass and waste carbon distribution.
• Perform scenarios for sustainability and market assessments of feedstocks.
• Prepare technical reports, research papers, and presentations.

Qualifications

Pursuing a Master’s degree in science or engineering (chemical, biological, renewable energy, environmental, sustainability, or a related area).

Skill Set

• Strong understanding of carbon and biomass data collection and analysis, technology assessment, and geological mapping.
• Excellent analytical, problem-solving, and research skills.

Duration

3–6 months (full-time internship)

We are looking for a highly motivated candidate to assess policies and regulatory aspects related to sustainable carbon and green energy/fuels. The role offers a unique opportunity to examine domestic and international policies to establish sustainability frameworks. The candidate will work at the interface of science, technology, and policy to address climate change.

Responsibilities

• Conduct policy and regulatory research on sustainable carbon and energy/fuels for decarbonisation.
• Provide recommendations on sustainable carbon technologies.
• Assess mitigation measures by outlining opportunities, barriers, and policy implications for identified sustainable technologies.
• Prepare technical reports, research papers, and presentations.

Qualifications

Pursuing a Master’s degree in energy, technology, climate change, or related policy domains.

Skill Set

• Proficiency in understanding biomass and energy/fuel policies and regulations.
• Strong ability to develop recommendations in energy and carbon policy and regulation.
• Excellent analytical and research skills.

Duration

3–6 months (full-time internship) 

The Version 1 (V1) (which can be accessed here) of the CSTEP’s Solar Techno-Economic Model for Photovoltaics (CSTEM PV) was built under the US-India Partnership to Advance Clean Energy Research (PACE-R) for the Solar Energy Research Institute for India and the United States (SERIIUS