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Estimated Reading Time: 17 minutes An educational exploration of how Lumerical and Synopsys tools guide the transition from photonic crystal concepts to quantum-enhanced PIC simulations, addressing technical, cultural, and policy challenges along the way.
Estimated Reading Time: 4 minutes Cademix Program on Multiphysical Energy Planning & Sustainable Development, includes various Simulation, modeling and Optimization tools for Smart Cities, Energy Harvesting Systems, Autonomous vehicles and Buildings
Estimated Reading Time: 17 minutes A critical exploration of the technical, organizational, and policy-related challenges shaping waveguide integration in quantum photonic devices, revealing opportunities for scalable and reliable next-generation systems.
Estimated Reading Time: 13 minutes A critical exploration of the interplay between semiconductor fabrication, optical packaging, and foundry services in quantum integrated photonics, revealing strategic barriers and opportunities for scalable, high-fidelity device production.
Estimated Reading Time: 3 minutes Computational material science & engineering techniques for design, manufacturing, optimization of materials/structures to control and guide acoustic waves.
Estimated Reading Time: 3 minutes Postgraduate Program in Computational Physics is a bridge for physics graduates (Bachelor, Master or PhD), who wish to continue their career in industry.
Estimated Reading Time: 4 minutes Computational Mat. Science & Eng. is an Academic-Industrial Bridge and perfect choice for graduates adn Engineers who wish to continue a career in industry.
Estimated Reading Time: 3 minutes Computational Mechanics and Lightweight Engineering, latest trends in computer simulation; computer aided engineering, data analysis, digital twins and visualization methods.
Estimated Reading Time: 4 minutes Study in Europe Austria, Certificate Diploma Program | Bioinformatics and Bio-Inspired Engineering | Interdisciplinary Engineering, Biomimetics, Bionic
Estimated Reading Time: 3 minutes Learn the basics of Computational Photonic and Semiconductor Physics. Check out the list of available simulation techniques from linear and nonlinear optics, photonic, FDTD, and FEM in Multi-scale and Multiphysical frameworks. Also, learn how to develop the tools, evaluate the results, and how to optimize the procedures.