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Doctoral Researcher

Hossameldin Elsayed

Advanced Assembly and Packaging Techniques for High-Precision Photonic and Electronic Integration

My research focuses on engineering robust, scalable assembly and packaging methodologies for integrated photonic and electronic systems. This includes precision chip-to-chip edge coupling, controlled adhesive and flip-chip bonding processes, and design strategies for thermal and mechanical stability. The work spans hybrid photonic integration technologies to hermetic packaging solutions for high-reliability applications such as active medical implants and industrial gas sensors, combining experimental process development, dimensional stability analysis, and system-level validation to enable next-generation deployable integrated devices.

Industry partner
Ville Hevonkorpi
Ville Polojärvi

My research focuses on engineering robust, scalable assembly and packaging methodologies for integrated photonic and electronic systems. This includes precision chip-to-chip edge coupling, controlled adhesive and flip-chip bonding processes, and design strategies for thermal and mechanical stability. The work spans hybrid photonic integration technologies to hermetic packaging solutions for high-reliability applications such as active medical implants and industrial gas sensors, combining experimental process development, dimensional stability analysis, and system-level validation to enable next-generation deployable integrated devices.

Academic supervisor
Mircea Guina
Jukka Viheriälä

SCHOTT Primoceler Oy

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