Sign In
Ask UTP
Lecturer Search
Photo
Position
Associate Professor
Name
Assoc Prof Ts. Dr Mohamad Naufal bin Mohamad Saad
Nationality
Malaysia
Email
naufal_saad@utp.edu.my
Department
Electrical & Electronic Engineering
Qualifications

2005, PhD in High-Frequency and Optical Telecommunications by Universite de Limoges

2001, Master in Electronic, Telecommunication and Instrumentation Engineering, focus in Telecommunication Network Systems by Ecole Nationale Supérieure d'Ingénieurs de Limoges, France. (National Higher School of Engineers of Limoges, France)

1998, Degree in Telecommunications and Network (Engineering) by Institute Universitaire de Technologie(IUT) de Colmar, France. (University Institute of Technology of Colmar, France)

Specialization
  1. Electronics, Electromagnetic Theory, Photonics, Biomedical Engineering
  2. Biomedical Engineering - Signal Treatment
  3. Brain Signal Processing and Imaging
Research

Photonics

Optical Code Division Multiple Access

Smart Antenna

Zero Vectors Combinatorial Code Family for Spectral Amplitude Coding (SAC-OCDMA)

New Receiver Architecture Based on Optical Parallel Interference Cancellation for the Optical CDMA

Study of Optical Spectral CDMA Zero Cross-correlation Code

Reducing the Hardware Complexity and Processing Time of Optical Parallel Interference Cancellation

Using an Enhanced Antenna Positioning System for Performance Analysis of MANET

Automated Access Control and Time Attendance System for Students using Radio Frequency Identification (RFID)

Performance Analysis of The Optical Parallel Interference Cancellation Using Adjustable Code Length

Throughput and Delay Performance Improvement of Angular-MAC Protocol using Adaptive Antenna Arrays for Mobile Ad-hoc Network

Spectral Amplitude Coding Optical CDMA: Double Weight Code Family Detection Scheme Using Reduced Set of Fiber Bragg Gratings

Cross-layer optimization for the physical and Medium Access Control layers in Mobile Ad-hoc Network with Smart Antennas

Multi-User Detection for the OCDMA : Optical Parallel Interference Cancellation with Optical Limite

One Stage Optical arallel Interference Cancellation for the Optical CDMA

Network Simulation Analysis Using Optical Zero Cross Correlation in OCDMA System

Designing 8 Degrees of Free om Humanoid Robotic Arm

Performance Study of Optical Parallel Interference Cancellation with Varying Threshold Values

Improving The Performance of Directional Medium Access Control Protocols with Smart Antennas for Mobile Ad Hoc Network

“Using Adaptive Antenna Arrays in Mobile Ad Hoc Network with Multihop-RTS MAC Protocol

Hardware Reduction in Optical Parallel Interference Cancellation

OSCDMA Double Weight Code : A Simplified Formula Code Construction Technique

New Approach of Double Weight Code Family Detection Using Reduced Set of Fiber Bragg Gratings

Optical Spectrum CDMA: A New Code Construction with Zero Cross Correlation for Double Weight Code Family

OSCDMA Double Weight Code: Analysis On The Detection Scheme For The Mapping Technique

Equation-Based Construction Technique for the OSCDMA Zero Cross Correlation Code for the Basic Matrix

A Comparison Study of Directional Medium Access Control Protocols with Smart Antennas for Mobile Ad hoc Network

Optical CDMA Serial Interference Cancellation: First Cancellation Stage

Optical CDMA: Optical Parallel Interference Cancellation using the Lowest Threshold Value

Multi-User Detection for the Optical Code Division Multiple Access: One Stage Optical Parallel Interference Cancellation

Impacts of Industrial Work Environments on Employees' Mental Stress: EEG-fNIRS Study

Publications
No.Title of Publication
1https://scholar.google.com/citations?hl=en&user=yPH1paQAAAAJ
Working Experience
No.PositionFrom - To (Year)Company Name
1Lecturer, Tutor, Researcher1998 - 2001Ecole Nationale Supérieure d'Ingénieurs de Limoges, France. (National Higher School of Engineers of Limoges, France)
2Engineering Training Placement with a Dissertation Defense2001 - 2001United Pan-Europe Communications - UPC Broadband
3Technical Training Placement with report2000 - 2000United Pan-Europe Communications - UPC Broadband
4Professional Placement with a Dissertation Defense1998 - 1998British Telecom
5Summer Job - Superieur Technician1998 - 1998British Telecom
6Temporary Job - Technician1997 - 1997Telekom Malaysia Bhd.
7Temporary Job - Sales1994 - 1995FAJAR Supermarket Sdn. Bhd.
8Associate Professor2005 - 2021Universiti Teknologi Petronas
Membership
No.PositionFrom - To (Year)Professional Bodies / Association
12005 - 2020IEEE
Research
No.Level of involvementResearch Title
1Leader
Photonics
2Leader
Optical Code Division Multiple Access
3Leader
Smart Antenna
4Leader
Zero Vectors Combinatorial Code Family for Spectral Amplitude Coding (SAC-OCDMA)
5Leader
New Receiver Architecture Based on Optical Parallel Interference Cancellation for the Optical CDMA
6Leader
Study of Optical Spectral CDMA Zero Cross-correlation Code
7Leader
Reducing the Hardware Complexity and Processing Time of Optical Parallel Interference Cancellation
8Leader
Using an Enhanced Antenna Positioning System for Performance Analysis of MANET
9Leader
Automated Access Control and Time Attendance System for Students using Radio Frequency Identification (RFID)
10Leader
Performance Analysis of The Optical Parallel Interference Cancellation Using Adjustable Code Length
11Leader
Throughput and Delay Performance Improvement of Angular-MAC Protocol using Adaptive Antenna Arrays for Mobile Ad-hoc Network
12Leader
Spectral Amplitude Coding Optical CDMA: Double Weight Code Family Detection Scheme Using Reduced Set of Fiber Bragg Gratings
13Leader
Cross-layer optimization for the physical and Medium Access Control layers in Mobile Ad-hoc Network with Smart Antennas
14Leader
Multi-User Detection for the OCDMA : Optical Parallel Interference Cancellation with Optical Limite
15Leader
One Stage Optical arallel Interference Cancellation for the Optical CDMA
16Leader
Network Simulation Analysis Using Optical Zero Cross Correlation in OCDMA System
17Leader
Designing 8 Degrees of Free om Humanoid Robotic Arm
18Leader
Performance Study of Optical Parallel Interference Cancellation with Varying Threshold Values
19Leader
Improving The Performance of Directional Medium Access Control Protocols with Smart Antennas for Mobile Ad Hoc Network
20Leader
“Using Adaptive Antenna Arrays in Mobile Ad Hoc Network with Multihop-RTS MAC Protocol
21Leader
Hardware Reduction in Optical Parallel Interference Cancellation
22Leader
OSCDMA Double Weight Code : A Simplified Formula Code Construction Technique
23Leader
New Approach of Double Weight Code Family Detection Using Reduced Set of Fiber Bragg Gratings
24Leader
Optical Spectrum CDMA: A New Code Construction with Zero Cross Correlation for Double Weight Code Family
25Leader
OSCDMA Double Weight Code: Analysis On The Detection Scheme For The Mapping Technique
26Leader
Equation-Based Construction Technique for the OSCDMA Zero Cross Correlation Code for the Basic Matrix
27Leader
A Comparison Study of Directional Medium Access Control Protocols with Smart Antennas for Mobile Ad hoc Network
28Leader
Optical CDMA Serial Interference Cancellation: First Cancellation Stage
29Leader
Optical CDMA: Optical Parallel Interference Cancellation using the Lowest Threshold Value
30Leader
Multi-User Detection for the Optical Code Division Multiple Access: One Stage Optical Parallel Interference Cancellation
31Leader
Impacts of Industrial Work Environments on Employees' Mental Stress: EEG-fNIRS Study

Universiti Teknologi PETRONAS, 32610 Seri Iskandar, Perak Darul Ridzuan, Malaysia

Tel: 1-300-22-8887 | Enquiries: UCS Portal

Approval by Registrar of MOHE: KP(JPS)5195/US/7(9)

MOHE Registration Certification No: DU003(A)

Copyright © Universiti Teknologi PETRONAS

Disclaimer: Universiti Teknologi PETRONAS shall not be liable for any loss or damage caused by the usage of any information obtained from this web site. Privacy Notice Best Viewed using Google Chrome 46.0 and Above. All Rights Reserved.