School of Electrical and Electronic Engineering

Associate Professor Dr. Nur Syazreen Ahmad

Infografik Nur Syazreen Ahmad 2023

Last Updated on 01.03.2023

Personal Info

Ph.D in Control Systems (Electrical & Electronic Engineering),
University of Manchester, UK  

B.Eng (Hons) in Electrical & Electronic Engineering,
University of Manchester, UK 

Tel : +604-599 6014
Fax : +604-599 6909
Email: This email address is being protected from spambots. You need JavaScript enabled to view it.

Researcher ID : F-5246-2019
ORCID : 0000-0003-2615-8386
Scopus ID : 36781810400
GoogleScholar ID : l3APd90AAAAJ
USM Expertise Link : syazreen/usmexpertise
Coordinator : NI-USM Embedded System Laboratory

Last Updated on 29.07.2021

Publications


Live update on my publications can be seen via the following Google Scholar link:
https://scholar.google.com.my

Last Updated on 15.01.2021

Grants

Research University Grant (USM)  
Role: Principal Investigator 
H∞- Synthesis of Multivariable Hammerstein-Wiener Systems for Reduced Power Consumption and Improved Tracking Performance 
Duration: May 2018 – July 2021 

ASEAN IVO  (International)
Role: Co-researcher 
Smart Aquaculture Quality Monitoring (AQM) System with Internet of Things (IoT) 
Duration: June 2018-Dec 2020 

Research University Grant (USM)  
Role: Co-researcher 
A pole-residue formulation for eye height/width analysis of high-speed interconnect signals using artificial neural networks.  
Duration: Mar 2017-Feb 2020 

Research University Grant (USM)  
Role: Co-researcher 
On the Synthesis of a Stabilizing Neuronal Control for Non-Linear Systems 
Duration: Dec 2018-Aug 2021 

Fundamental Research Grant Scheme (MOE)  
Role: Co-researcher 
Störmer-Verlet Modeling of Thin-Film Transistors for an Analytical Voltage-Charge Current-Charge Decoupled Time-Stepping Formulation 
Duration: Nov 2020-Oct 2023 

Fundamental Research Grant Scheme (MOE)  
Role: Principal Investigator 
Novel Robust Control Approach for Critically Stable Systems with Non-monotonic Perturbations via Convex Search Algorithms 
Duration: Aug 2016-Jan 2020 

Fundamental Research Grant Scheme (MOE)  
Role: Principal Investigator 
Novel Tractable Algorithm for Discrete-time Zames-Falb Multiplier Search: LMI-based Approach  
Duration: Dec 2013-Nov 2016 

Short term Grant (USM)  
Role: Principal Investigator 
Lyapunov Method and Multiplier Approach for Robust Lur’e Systems with Linear Matrix Inequality Formulation  
Duration: Dec 2014-Nov 2016 

Bridging University Grant (USM)  
Role: Principal Investigator 
Improved Tracking in RFID Range-based Indoor Navigation 
Duration: Jan 2018- Jan 2019 

CREST (Industry)
Role: Co-researcher   
Impact Drill Controller Development 
Duration: Nov 2015-Sept 2018 

Fundamental Research Grant Scheme (MOE)  
Role: Co-researcher 
Energy Harvesting Impact for Longevity of Portable Sensor Node 
Duration: Dec 2014-Nov 2017 

Fundamental Research Grant Scheme (MOE)  
Role: Co-researcher 
Formulation of Novel Distributed Adaptive Observer (DAO) Algorithm for multi-agent system with weak inter-agent communication to solve for specific Lyapunov function of Distributed Control System 
Duration: June 2014-June 2017 

Short term Grant (USM)  
Role: Co-researcher 
Physically Consistent Fast Transient Simulations of Large Linear Circuits using the Latency Insertion Method 
Duration: Mar 2014-Mar 2016 

(NEW!) Postgraduate Opportunities

I am looking for prospective students to pursue MSc and/or PhD degree under the following projects:

1.    Robust control design for systems with imperfect state information2.    Brain-computer interactions with intelligent control 
3.    Tracking and localization of mobile robots4.    Robust localization in wireless sensor network 

Funding Opportunities

Students wishing to read for an MSc degree (by research) and/or PhD degree under my supervision will have the opportunities to receive monthly stipend or partial allowance. Any inquiries, please email your application together with CVs and academic transcripts to This email address is being protected from spambots. You need JavaScript enabled to view it.
 
Thank you.

 Last Updated on 09.12.2021