An Integrated Framework for Advanced Optical Communication Engineering Education

Abstract Book of the 10th International Academic Conference on Education

Year: 2026

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An Integrated Framework for Advanced Optical Communication Engineering Education

Tianhua Xu

ABSTRACT:

The rapid evolution of modern optical communication systems, driven by coherent detection, advanced modulation formats, and intelligence-assisted signal processing, poses increasing challenges for conventional lecture-based engineering education. This work presents a simulation-integrated pedagogical framework tailored for advanced optical communication engineering education, with a strong emphasis on system-level understanding and engineering practice. The proposed approach combines structured theoretical instruction with a unified, research-grade simulation environment that serves as the core experimental platform throughout the module. Within this environment, students systematically investigate key physical-layer phenomena and system components, including optical fiber impairments, receiver architectures, modulation schemes, and end-to-end system performance under realistic parameter variations. The framework further enables exploration of emerging topics such as machine-learning-assisted optical communication and intelligent signal processing, bridging fundamental photonics principles with contemporary research and industrial practice. The effectiveness of the framework is evaluated through quantitative performance metrics and qualitative student feedback, demonstrating clear improvements in conceptual understanding, analytical capability, and confidence in addressing advanced topics such as coherent transmission and intelligent optical systems. The results indicate that simulation-integrated pedagogy provides an effective pathway for modernising photonics and optical communication education, while better preparing students for research and engineering challenges in next-generation optical networks.

Keywords: Optical Communication Systems; Photonics Engineering Education; Simulation-Driven Learning; Coherent Optical Transmission; Intelligent Optical Systems