Kavya Wadhwa
Nuclear Energy, Technology, Security & Policy
Kavya Wadhwa
About Kavya
Kavya Wadhwa is a Nuclear Policy Advocate, Researcher, and Strategic Advisor working at the intersection of nuclear technology, international security, climate policy, energy transition, and global governance. Combining rigorous scientific training with practical experience in diplomacy, policy development, and industry advisory, he contributes to advancing evidence-based solutions for nuclear energy deployment, climate action, and international security.
- E-mailkavyavadhwa@gmail.com
Currently serving as Climate Policy Lead for Nuclear4Climate at COP31 (UNFCCC), Kavya works alongside policymakers, industry stakeholders, civil society organizations, and international institutions to advance the role of nuclear energy in achieving global climate and development objectives. His work includes supporting UNFCCC constituencies, contributing to government white papers, drafting international position papers, and engaging with multilateral stakeholders on climate, energy, and technology governance. He has played an active role in developing policy recommendations presented to national governments and international organizations, with particular focus on energy security, decarbonization pathways, sustainable finance, and nuclear energy integration within climate strategies.
Alongside his policy work, Kavya serves as an Independent Consultant for nuclear energy and infrastructure projects, advising companies and investors seeking to establish or expand operations within India’s rapidly evolving energy and industrial ecosystem. His consulting work encompasses regulatory assessment, market-entry strategy, stakeholder engagement, policy analysis, financing pathways, and strategic advisory related to nuclear energy deployment, advanced reactor technologies, clean energy investments, and emerging technology ventures. He provides clients with insights into India’s regulatory landscape, investment environment, energy transition policies, and long-term infrastructure opportunities.
Kavya’s policy expertise spans nuclear weapons policy, nuclear nonproliferation, arms control, deterrence theory, export control regimes, strategic stability, nuclear energy regulation, climate-energy policy, and global nuclear governance. His work addresses emerging challenges arising from advanced nuclear technologies, geopolitical instability, strategic competition among major powers, and the erosion of traditional arms control frameworks. Through his research and advisory activities, he provides strategic insights relevant to governments, research institutions, international organizations, industry stakeholders, and multilateral forums.
Beyond international negotiations and policy development, Kavya regularly contributes to public discourse through op-eds, policy commentaries, and analytical articles published in leading national newspapers, policy platforms, and international publications. His writing focuses on nuclear energy, climate policy, strategic affairs, technological governance, and international security, helping bridge the gap between technical expertise, policymaking, and public understanding.
Kavya holds a Bachelor of Science in Physics from Pandit Deendayal Energy University (PDEU) and has pursued advanced academic training through internationally recognized programs, including MIT’s Nuclear Energy: Science, Systems, and Society (22.011x), the University of Geneva’s Particle Physics Program, and the Research Experience for Young Engineers and Scientists (REYES) Program at the University of California, Berkeley.
His technical research focuses on reactor physics, neutronics simulations, radiation transport analysis, and reactor safety systems. He has worked on the assessment of passive safety systems for Indian Pressurised Heavy Water Reactors (PHWRs) and utilized advanced computational methods to model nuclear and particle interactions. His research interests include reactor safety optimization, neutron transport modeling, nuclear systems analysis, and advanced nuclear technologies.
This scientific foundation informs his policy and advisory work, enabling him to evaluate complex technological challenges through both technical and strategic lenses. By bridging the traditionally separate domains of scientific research, public policy, and industry implementation, he brings a multidisciplinary perspective to discussions surrounding energy security, nuclear governance, and sustainable development.
His broader interests encompass CBRN (Chemical, Biological, Radiological, and Nuclear) security, critical technology governance, energy finance, the climate-energy nexus, and the application of artificial intelligence and generative AI to energy systems modeling, infrastructure planning, and policy analysis.
Through a unique combination of technical expertise, policy leadership, international engagement, and strategic advisory experience, Kavya represents a new generation of nuclear professionals dedicated to advancing responsible nuclear stewardship, accelerating clean energy deployment, and strengthening global security in an increasingly complex technological landscape.
Resume
Road Map
Nuclear For Climate
2025Deputy Research Lead
Leading the global research team in drafting position papers and policy briefs that advocate for the integration of nuclear energy within global climate strategies for COP30. Responsible for conducting and supervising background research to inform high-level dialogues with heads of state and international organizations, while shaping public communication strategies that strengthen the visibility of nuclear solutions in climate discourse. The role involves managing multi-regional research initiatives, ensuring analytical precision and timely publication, and driving outreach campaigns that enhance public engagement and support for nuclear energy as a cornerstone of decarbonization.
UNFCCC constituencies
2023-PresentNuclear energy consultant
Contributed to global youth-led policy discussions on the role of nuclear energy in sustainable energy transitions. Provided inputs on international nuclear energy strategies.
Examined implications for South Asia's long-term energy security and resilience within the context of evolving international climate and technology diplomacy.
TensorField
2024Consultant
Analyzed closed nuclear fuel cycles, policy frameworks, and business strategies for nuclear sector growth.
Nuclear For Cliamte
2024Research Analyst on Nuclear policies for COP29,
Contributed to the drafting of research and policy inputs for the Nuclear for Climate position paper at COP29, focusing on the role of nuclear energy in achieving global decarbonization goals. Analyzed national energy transition frameworks, integrated nuclear pathways within the UNFCCC agenda, and collaborated with international experts to align policy recommendations with sustainable development and climate resilience objectives.
Research
Consultancy
China’s Civil Nuclear Program, Military-Defense Supply Chain, and Security Posture in the Indian Ocean
Conducted an in-depth analytical study examining the intersection of China’s civil nuclear expansion, military-industrial supply chain, and strategic footprint in the Indian Ocean Region (IOR). Assessed reactor export strategies, dual-use technology linkages, and implications for India’s maritime and energy security.
The project integrated open-source intelligence (OSINT), satellite imagery interpretation, and nuclear policy analytics to forecast regional security trends and supply chain dependencies.
Evaluating Reprocessing Techniques and Proliferation Risks in the Management of Advanced Nuclear Fuels,
This research explores reprocessing technologies, such as PUREX and pyroprocessing, used in advanced Generation IV (Gen4) nuclear reactors. It focuses on fuels like TRISO, HEU, HALEU, LEU, and ANEEL, analyzing reprocessing outcomes and associated proliferation risks. The study examines the chemical and physical properties of spent fuels, the effectiveness of reprocessing techniques, and strategies to minimize proliferation risks. By comparing fuel types and reprocessing methods, it highlights the trade-offs between fuel efficiency, waste reduction, and non- proliferation. This work provides critical insights for the design, policy, and future sustainability of nuclear energy.
Optimizing Heat Recovery from Nuclear Reactors for Energy Storage
Conducted an in-depth study on integrating sand-based thermal energy storage (TES) systems with nuclear power plants to enhance waste heat utilization and improve overall efficiency. Analyzed the thermodynamic and material properties of sand as a high-temperature storage medium, evaluating its feasibility for long-duration energy storage.
Explored the potential of TES in enabling load following capabilities, cogeneration applications, and decarbonizing industrial sectors by supplying stored heat for off-grid energy needs.
Proposed innovative system designs to maximize heat recovery, improve reactor efficiency, and contribute to a more resilient and sustainable nuclear energy infrastructure
Overview of Israel's Nuclear Weapon Program, (Interdiciplinary)
Conducted independent research analyzing the development and evolution of Israel's nuclear program, focusing on the Dimona nuclear facility, nuclear weapons production, and integration with the country's defense sector.
Explored Israel's clandestine nuclear capabilities, strategic partnerships, and advanced weapon delivery systems, including the Jericho missile series and Dolphin class submarines. The research provides insights into Israel's nuclear deterrence strategy and its geopolitical significance.