MSc courses in Applied Physics/Electro-Optics Engineering

Course 850404:
Electro-Optics & Photonics Devices: Principles, Materials and Applications

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Quantum Dots, Quantum Wires, Quantum Wells, Band-To-Band Transitions, Inter Sub-Band Radiative Transitions, Electro-Luminescence, Photo-Luminescence, Transitions, Hot Electrons, Tunneling, Avalanche Breakdown, Photo-Activated Modulators, Thermo-Activated Modulators, Sensors, Light Emitting Devices, and more.

Course 850402:
Electro-Optics Measurements & Thin Films Characterization (TFC) Techniques

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VAMFO (Variable Angle Monochromatic Fringe Observation), CARIS (Constant Angle Reflection Interference Spectroscopy), Interferometry, Ellipsometry, AFM, SEM, TEM and more.

Course 850403:
Selected Topics in Failure Mechanisms and Quality & Reliability Engineering

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Q&R (Quality & Reliability) Principles, FIFA (Failure Isolation and Failure Analysis), RV (Reliability Validation), DFx (Design For ...) such as DFM (Design For Manufacturing), DFBI (Design For Burn-In), and more.

Stresses: ESD (Electro-Static DIscharge), ESD CDM, HBM and MM Models, LU (Latch-Up), BI (Burn-In), HAST, and more.

BSc courses in Applied Physics/Electro-Optics Engineering

Course 240252:
Material Engineering and Manufacturing Techniques

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Atom structure, Periodic Table, Crystal Types,  Atoms bonding. Defect in Crystals. Material properties (electrical, optical, thermal...), Stress and Strain. Material types (Semiconductors, Insulators and conductors). Polymers, Ceramics, Metals... Fabrication & Characterization Techniques. How to choose the optimal material for an application.

Course 140911:
Final Project in Electro-Optics

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Supervision of a 1.5 years research activity, including publications.

Course 140811:
Seminar in Electro-Optics A

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Industrial oriented applications, high-level last research updates.

Course 140821:
Seminar in Electro-Optics B

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Industrial oriented applications, high-level last research updates.