11-11-2026 –, Tango 1
The rapid growth of integrated photonics and quantum technologies is creating an increasing demand for engineers who can work confidently across device design, fabrication, and system-level applications. However, many of the underlying concepts are difficult to visualize and often require access to specialized laboratories, fabrication facilities, and expensive hardware. This creates a gap between theoretical instruction and practical experience, particularly for students encountering photonic integrated circuits (PICs) for the first time.
To address this challenge, we have explored a range of digital learning approaches that leverage gamification, simulation, and immersive technologies to make integrated photonics education more accessible, engaging, and effective. Rather than relying solely on traditional lectures and lab exercises, our work investigates how interactive learning environments can help students develop intuition, technical understanding, and practical skills before entering the lab.
A central component of this effort is the development of gamified learning tools that allow students to experiment with photonic concepts in a low-risk environment. Through interactive challenges and simulation-based activities, learners can explore the behavior of photonic components and circuits, test design choices, and immediately observe the consequences of their decisions. These digital environments encourage active learning and repeated practice while reducing dependence on scarce laboratory resources. By providing students with opportunities to investigate realistic photonic systems virtually, simulations bridge the gap between abstract theory and physical implementation.
Beyond design and simulation, we have also investigated immersive training through virtual reality (VR). As part of the preparation for the development and fabrication of a micro-opto-electro-mechanical systems (MOEMS) device, we created a VR-based cleanroom training environment. This platform allows students and researchers to familiarize themselves with cleanroom procedures, equipment, and workflows in a safe and repeatable setting. This way, VR can accelerate onboarding and improve preparedness for fabrication activities.
This presentation provides an overview of these educational innovations and discusses their role in preparing the next generation of photonics and quantum technology professionals. We will share lessons learned, student feedback, and future opportunities for combining gamification, simulation, and immersive technologies into a coherent digital learning ecosystem for the integrated photonics era.
an overview of these educational innovations and discusses their role in preparing the next generation of photonics and quantum technology professionals by Gamified and Immersive Training
