Budapest University of Technology and Economics, Budapest, Hungary
Topics
AI in Energy and Power Systems Modeling and Simulation of Power Systems
Biography
Passionate about energy systems, AI-driven decision-making, and sustainable solutions, I am a Postdoc researcher specializing in energy management, reinforcement learning, and data-driven optimization for smart grids, homes, and microgrids.
With a strong research background and hands-on experience in developing AI-powered energy trading systems, I work at the intersection of technology, data, and real-world impact. My work extends beyond technical innovation into humanitarian and development-focused projects, where I have contributed to project coordination, implementation support, and community-oriented energy solutions—particularly in resource-constrained and off-grid environments. This experience has strengthened my ability to bridge advanced research with practical, high-impact applications.
I bring a combination of analytical expertise and project support experience, including stakeholder coordination, problem-solving in dynamic environments, and contributing to initiatives that aim to improve access and resilience for vulnerable communities.
As an aspiring entrepreneur, I am driven to translate innovative ideas into scalable solutions.
Currently, I am exploring opportunities in academia, industry, and entrepreneurship, with a keen interest in AI applications for energy, postdoctoral research, and leadership roles in sustainable and humanitarian initiatives.
