Dr. Nurul Hazlina Noordin
hazlina@ump.edu.my
Updates
Portfolio
Graduate Member of Boards of Engineers Malaysia - 2006
Member of Institute of Engineers Malaysia (MIEM) - 2015
Taught Subjects
Digital Systems / Electronic System Designs
Course Outcomes:-
- Describe the principles of designing finite state machines (FSM)
- Implement logic circuit using HDL
- Design a digital system using combinational & sequential (medium scale Integrated logic) MSI component.
- Design finite state machines based on electrical & electronics engineering problem
Antenna and Propagation
Course Outcomes:-
- Characterize the fundamentals of antenna
- Analyze the parameters of antenna such as radiation pattern, impedance, directivity, gain, polarization
- Design and evaluate various antennas to meet application requirements
- Analyze the atmospheric and surrounding effects on radio wave propagation
Principles of Communication System
Course Outcomes:-
- Describe the basic principle of communication system
- Analyse and differentiate various type of modulation and demodulation techniques
- Apply the concepts to practical applications in Telecommunication
Multimedia Technology and Applications
Course Outcomes:-
- Demonstrate the knowledge of principles in multimedia (text, images, audio, video and animation), compression techniques and multimedia technologies
- Practice various type of software application in multimedia system.
- Develop a multimedia system
Digital Systems / Electronic System Designs
Course Outcomes:-
- Describe the principles of designing finite state machines (FSM)
- Implement logic circuit using HDL
- Design a digital system using combinational & sequential (medium scale Integrated logic) MSI component.
- Design finite state machines based on electrical & electronics engineering problem
Analog Electronics
Course Outcomes:-
- Describe the characteristic and operation of semiconductor diodes and BJT transistor properties in AC and DC condition
- Analyse the operating condition of various BJT configuration in AC and DC condition
- Determine the frequency response of various BJT configuration
Signals and Systems
Course Outcomes:-
- Identify various types of signals and systems.
- Apply Fourier and Laplace transform in solving electrical circuit problems.
- Analyse filters characteristic and obtain its transfer function.
- Apply two-port parameters in solving electrical circuit problems
Basic Programmable Logic Controller
Course Outcomes:-
- Explain the principle, operation and function of PLC.
- Identify PLC hardware and software configuration.
- Construct control operation system for specific task using PLC.
- Trace the problems in PLC programming implementation
Digital Electronics
Course Outcomes:-
- Apply various techniques for digital logic simplification
- Apply basic gates, flip flops and MSI in digital circuit
- Analyse simple logic system
- Work in a team and communicate effectively
Research
Supervision & Publications
Embedded
Systems
Antenna
Systems
Adaptive
Beamforming
Engineering
Education
Publications
Research
Overview
Post Graduate
Supervision
- Embedded Systems on FPGA
FPGA implementation of Simulated Kalman Filter Optimisation Algorithm
Michel Hoh Xin Jie - PSM 2016
- Wireless Navigation Systems
Indoor Child Monitoring Based on Arduino Development Board
Normazatul Shakira - PSM 2014
Child Monitoring System Based on Intel-Galileo Board
Lim Sook Fun - PSM 2014
- Localization Systems
Forest Fire Detection System Using Integrated Mobile Communication Standards
Tan Wei Suen - PSM 2016
Wireless Localization System for Forest Fire Detection System
Heh Whit Ney - PSM 2015
Indoor localization system that identifies people and their location based on the telephone
hotspot WIFI ID
Christopher Seng - PSM 2015
- Internet of Things
Wireless Inventory Systems
Lee Shea Qi - PSM 2015
Indoor Navigation and Inventory Systems
Wng Pu Xuan - PSM 2015
- Reconfigurable Antenna Design
RF switching Circuit for a 2.4G Hz Frequency Reconfigurable Antenna
Lee Boon Hwa - PSM 2016
Low Profile Frequency Reconfigurable Microstrip Antenna for Wireless Communication Application
Loke Sern Huang - PSM 2016
Polarization Reconfigurable Antenna Design for Wireless Communication Systems
UMP RDU - April 2014
Frequency Reconfigurable Antenna Design for Applications in Software Defined Radio
Nor Zirwatul Ainee Binti Naharuddin - UMP MSc Candidate - March 2014
Microstrip antenna design with frequency reconfiguration for wireless communication application
Azwani Zakaria - PSM 2014
The design an RF switching using PIN diode for a 2.4GHz frequency reconfigurable antenna
Nor Iylia Ismail - PSM 2014
- Wideband Antenna Design
- Microstrip Antenna Design
Microstrip antenna design for anti-collision applications in the inter-vehicle communication system
Nor Nadia Adnan - PSM 2014
- Conformal Array Design
Adaptive Beamforming Algorithm for High Resolution Hemispherical
Scanning Coverage in RSSI-based Indoor Localization Reference Unit
Muhamad Sahal Azani Sudin - PSM 2016
- Beamforming Algorithm for Adaptive Array Antenna
Adaptive Beamforming Using Biologically Inspired Algorithm
Kelvin Lazarus - UMP MSc Candidate - Sept 2015
- Smart Antenna Design for Automotive Industry
- Smart Antenna Design for Underwater Communications
- Development of Concept Inventory for Engineering Subjects
The Development and Analysis of Concept Inventory for
Electronic System Design Subject in Universiti Malaysia Pahang
UMP RDU - November 2014
- PhD
Suhail Najm Shahab
An Enhanced Minimum Variance Distortionless Response Bemaformer
Techniques to reduce Interference in Array Antenna System
Co-Supervision - Completed 2016
- MSc / MEng
Chan Hwee Geem
Investigation on the Occurance of Positive Cloud to Ground (+GD) Lightning in UMP Pekan
Co Supervisor - Ongoing
Kelvin Lazarus
Simulated Kalman Filter Algorithms for Adaptive Beamforming
Main Supervisor - Completed 2017
Noor Zirwatul Ainee Binti Naharudin
Reconfigurable Trapezoidal Ultra Wideband Antenna Design
for Wireless Communication System
Main Supervisor - Completed 2016
Outreach
sponsors:-
The Activities
UMP STEM Outreach
As much as we enjoy our daily routine as engineering lecturers, we are also keen to be part of the STEM community, especially in the area of engineering education.
Why STEM?
Stop! Step back and look around. There are buildings, bridges, telephone and many more. Interestingly, in every corner you'll find things that are connected to STEM.
We look forward to bring engineering to the young generation - the school children.
We strongly believe that early exposure would ignite interest among the youngsters to take up STEM in their future, InSyaAllah.
Do contact us for further information.
Upcoming Events
Contacts
Nurul Hazlina Binti Noordin (PhD)
Fakulti Kejuruteraan Elektrik & Elektronik
Universiti Malaysia Pahang
26600 Pekan Pahang
Malaysia
+609 - 424 6089
Room: E11-C19
hazlina@ump.edu.my
webmaster@hazlina 2017