Prague, Czechia
* Tech lead in a team developing and managing advanced mathematical optimization models for diverse energy assets across the Czech Republic, including nuclear, hydro, CCGT, and coal. * Specializing in sophisticated mixed integer models to optimize energy production over time horizons from hours to years, crucial for operational efficiency and long-term planning. * Ensuring the reliability of these models in production. * Leveraging the latest technologies and tools to continuously improve the performance and also the ease of maintenance of the models.
* Co-developed SK8O, a two-legged wheeled balancing robot, handling software development and co-designing the balancing controller. * Engaged in PhD research on real-time optimization-based control and estimation for dielectrophoretic (DEP) micromanipulation. * Innovated and published a method for precise position measurement in DEP setups. * Derived a control-oriented DEP force field model, making complex equations analytically tractable. * Addressed electric field shaping for targeted microparticle movement, utilizing advanced optimization techniques. * Contributed to teaching a course on Optimal and Robust Control, refining its content to emphasize numerical optimization methods, enhancing students’ understanding of practical application in control theory.
Athens Programme - Introduction to Finite Element Method
Alice Project 2012