Phortify combines academic excellence, digital learning technologies and real-world photonics practice to deliver advanced digital skills.
Learning takes place across institutions and borders, through flexible combinations of physical, online and hybrid formats, and in close interaction with research and industry. Our delivery of digital skills includes, but is not limited to:
Computer-aided modelling, simulation and virtual prototyping have become integral parts of modern photonics. Phortify teaches learners how physical photonic systems can be represented, analysed, designed and optimised in the digital domain.
Modern photonics increasingly requires learners to translate physical problems into algorithms, numerical models and reproducible computational workflows. Phortify develops programming and computational skills directly in the context of photonic applications.
Artificial intelligence and machine learning are becoming important tools for designing, analysing and controlling photonic systems. Phortify introduces learners to data-driven approaches and their application to optical design, imaging, sensing and experimental data.
Virtual experiments, remotely controlled equipment and simulation environments bring laboratory experience into digital learning. They enable learners to explore real experimental systems, fabrication processes and scientific workflows without requiring permanent physical access to specialised infrastructure.
Digital skills are developed by actively using the software, instruments and workflows employed in contemporary photonics research and development. Learners move from theoretical concepts to simulation, design, measurement and data evaluation.
Flexible combinations of online, hybrid and classroom-based learning give participants access to specialised photonics education independent of location and schedule. Digital learning environments combine lectures with exercises, tutorials and self-paced materials.
Full details, dates and registration for every module are on the Phortify programme pages.
