Master's Final Examination: Electrical and Electronic Engineering Presentation

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In this Master's Final Examination presentation at Bangladesh University of Engineering and Technology, Mr. John Doe explores the topic of GST Modulator and Nano Cavity Based Sensor Structure. The presentation covers a detailed literature review of relevant studies, design aspects, simulation results, and a conclusive analysis. The examination committee, led by Dr. XYZ, evaluates the depth of research and the presentation's clarity. Mr. John Doe's thorough investigation and insightful findings contribute to the field of Electrical and Electronic Engineering.

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Presentation Transcript

BANGLADESH UNIVERSITYOF ENGINEERINGAND TECHNOLOGY DEPARTMENTOF ELECTRICALAND ELECTRONIC ENGINEERING MASTERS FINAL EXAMINATION Date: 1st December 2022 Title of Presentation Examination Committee: 1. Dr. XYZ (Chairperson) 2. Dr. Head (Ex-Officio) 3. Dr. XY (Member) 4. Dr. XY (Member) 5. Dr. XY, Dept of XY, Uni (External Member) Presented by: Mr. John Doe MSc Candidate Student ID: 042106XXXX Department of Electrical and Electronic Engineering Bangladesh University of Engineering and Technology Mr. John Doe 1 Title of the Presentation, Date: dd/mm/yyyy

Outline of Presentation Title of the Presentation, Date: dd/mm/yyyy Summary Literature Review Design Simulation Results Conclusion Acknowledgement and References 2 Mr. John Doe

Outline of Presentation Title of the Presentation, Date: dd/mm/yyyy Summary Literature Review Design Simulation Results Conclusion Acknowledgement and References 3 Mr. John Doe

Summary 4 Title of the Presentation, Date: dd/mm/yyyy Mr. John Doe

Outline of Presentation Title of the Presentation, Date: dd/mm/yyyy Summary Literature Review Design Simulation Results Conclusion Acknowledgement and References 5 Mr. John Doe

Literature Review GST Modulator Gear-shaped Resonator YF Abed et al. J. Opt. Soc. Am. B (2021) AH Bhuiyan et al. Appl Optics (2022) 6 Title of the Presentation, Date: dd/mm/yyyy Mr. John Doe

Literature Review Nano Cavity Based Sensor Structure Reflection Spectra Mode 1 occurs when h2 is greater than 30 nm and undergoes a small redshift with the increase of h2 while mode 2 does not undergo any significant spectral shift YF Abed et al. J. Opt. Soc. Am. B (2021) 7 Title of the Presentation, Date: dd/mm/yyyy Mr. John Doe

Outline of Presentation Title of the Presentation, Date: dd/mm/yyyy Summary Literature Review Design Simulation Results Conclusion Acknowledgement and References 8 Mr. John Doe

Design 9 Title of the Presentation, Date: dd/mm/yyyy Mr. John Doe

Outline of Presentation Title of the Presentation, Date: dd/mm/yyyy Summary Literature Review Design Simulation Results Conclusion Acknowledgement and References 10 Mr. John Doe

Simulation 11 Title of the Presentation, Date: dd/mm/yyyy Mr. John Doe

Outline of Presentation Title of the Presentation, Date: dd/mm/yyyy Summary Literature Review Design Simulation Results Conclusion Acknowledgement and References 12 Mr. John Doe

Results 13 Title of the Presentation, Date: dd/mm/yyyy Mr. John Doe

Outline of Presentation Title of the Presentation, Date: dd/mm/yyyy Summary Literature Review Design Simulation Results Conclusion Acknowledgement and References 14 Mr. John Doe

Conclusion 15 Title of the Presentation, Date: dd/mm/yyyy Mr. John Doe

Outline of Presentation Title of the Presentation, Date: dd/mm/yyyy Summary Literature Review Design Simulation Results Conclusion Acknowledgement and References 16 Mr. John Doe