SALINDA BUYAMIN, PhD

ASSOCIATE PROFESSOR

Control and Mechatronics Engineering  Department (CMED)


SCHOOL OF ELECTRICAL ENGINEERING,

FACULTY OF ENGINEERING
UNIVERSITI TEKNOLOGI MALAYSIA (UTM)


CONTACT ME

Control and Mechatronics Engineering  Department (CMED),
 P19a, Level 4, Faculty of Electrical Engineering
Universiti Teknologi Malaysia, 
81310 Skudai,
 Johor Malaysia 

Telephone: +607-5557077 
Fax: +607-5566272 
Primary Email: salinda@utm.my
 Secondary Email: salinda@fke.utm.my

MORE INFORMATION

  • ResearcherID: A-7227-2013
  •  Scopus Author ID 22333814300
  • Orcid ID: 0000-0002-6620-6621
  • http://pure.utm.my/en/searchall.html?search=salinda+buyamin
  • https://www.researchgate.net/profile/Salinda_Buyamin
  • https://scholar.google.com/citations?user=11xc560AAAAJ&hl=en
  • http://scival-expert.utm.my/expert.asp?u_id=472










ACADEMIC QUALIFICATIONS

  • PhD in Control of Electrical Drives, University of Newcastle, United Kingdom, July 2007, Thesis: Optimisation of the Extended Kalman Filter for Speed Estimation of Induction Motor Drives
  • MSc in Automation and Control (Distinction), University of Newcastle, United Kingdom, Dec 2003, Thesis: Automatic Vehicle Distance Control
  • BSc in Electrical Engineering, University of Toledo, USA, Dec 1998, Project: Investigation of Antilock Bracking System (ABS)

RESEARCH INTERESTS

Dynamic Systems, Electrical Drives System, System Identification and Estimation, Optimisation, Intelligent Control , Sensorless Control and Smart Agriculture System

Sensorless Control to include:
  • Machine model based algorithms
  • Signal injection based algorithms
  • Sensorless-oriented design of electrical motors and drives
  • Applications and case studies: industrial, transport, domestic  
  • Performance issues: stability, accuracy, parameter sensitivity, fault performance
  • Implementation issues for sensorless control e.g. FPGA
  • High speed sensorless drives
  • Standstill and low speed drive quality
  • Comparison and standard tests for sensorless performance characterization
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