AKINYEMI LATEEF ADESOLA

Electronics and Computer Engineering

At the Electronics And Computer Engineering department office

Appointment on Visitation important

Topic: Photonics, Plasmonics And Materials Engineering Nanoscience ;Radio Wave Propagation Quantum Electronics ;Microwave Engineering And Antennas Electromagnetic Waves And Fields Wireless Communications ; Numerical Analysis And Application Digital Signal Processing ;Privacy, Security And Authentication

Description:

Using ML/AI/DL/RL applications to solve RRAM in Wireless Communications and Quantum-Inspired Nano-based Metallic Materials using Numerical Techniques such as  SFDM, FVM, FEM, CFDM and BEM

#	Certificate	School	Year
1.	Ph.D (Wireless Communications with Quantum-Based Modelling and Simulations of Plasmonic and Photonic small-scaled devices)	Electrical Engineering, University of Cape Town, South Africa	2021

Ab initio Quantum Physics Based Dielectric function for Irregular Geometry Using Conservative Finite Difference Method

Effect of Electromagnetic waves on Off-shore and On-shore in Vegetational Environment.

Plasmonic devices with accelerated computing in Dielectric Material coupled with Electromagnetic Signals.

Ab initio Quantum Physics-Based Dielectric function for Irregular Geometry Using Conservative Finite Difference Method

Due to non-comprehensive numerical technique for modelling and simulation of plasmonic

device applications and particularly small-scale devices as a result of scaling of semiconductor

devices from macro to micro up to nano region, there is an urgent need for exploration

 and investigation of different models applicable in this field of study. In this work, efforts

will be geared towards addressing this lacuna by applying a novel numerical technique,

the Conservative Finite Difference Method to the modelling and simulation of frequency-dependent dielectric function in plasmonic and small-scale device applications for the next

generation.

This research comprises analytical derivations, ab initio modelling as well as computer

simulations. The approaches adopted in this study include analytical and theoretical

formulations, Standard Finite Difference Method and Conservative Finite Difference Method

(CFDM) for the simulation of devices. The merit of using a conservative numerical scheme

such as CFDM is that it preserves the original properties of the differential operator involved

after discretization. Computer simulations using MATLAB and other software tools will be

presented in evaluating the developed models.

AKINYEMI LATEEF is a Lecturer II at the Department of Electronics and Computer Engineering

AKINYEMI has a Ph.D in Wireless Communications with Quantum-Based Modelling and Simulations of Plasmonic and Photonic small-scaled devices from Electrical Engineering, University of Cape Town, South Africa