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Norani binti Atan, Dr.

Dr. Norani Binti Atan

Senior Lecturer

Department of Electrical & Electronic Engineering

College of Engineering

03-89212020 (Ext: 2290)
Norani@uniten.edu.my

Academic Qualifications

  • PhD in Micro & Nano Electronic Engineering, National University of Malaysia, UKM (2019)
  • Master of Electrical Engineering, Universiti Tenaga Nasional (2008)
  • Degree of Electrical Engineering, Institut Teknology Mara (0)

Working Experience

Position Place of Work Start End
Lecturer Universiti Tenaga Nasional 2002 Present
Lecturer Universiti Tenaga Nasional 2009 Present
Tutor Universiti Tenaga Nasional 2002 2009
R&D Senior Engineer Matsushita Television & Network (M) Sdn Bhd 1995 2002
Part Time Lecturer Universiti Teknology Mara (Shah Alam) 1999 2000

Research Projects

  • Evaluation of Time Domain Harmonic Current Estimation Technique for Harmonic Mitigation of Nonlinear
  • Shunt Active Power Filter for Harmonic Compensation of Nonlinear Loads
  • Modeling of Shunt Active Power Filter with Improved Control Algorithm for Power Quality
  • Evaluation of Power Theory for the Control of Shunt Active Filter for Power Quality Improvement
  • Shunt Active Power Filter with Improved Control Algorithm for Power Quality Improvement
  • Evaluation of Time-Domain Harmonic Current Estimation Techniques for Harmonic Mitigation of Nonlinea
  • An Improvement of Active Power Filter Control Methods
  • Evaluation of reference signal Estimation Techniques for the control of shunt active power filter

Courses Taught

  • Digital Logic
  • Digital Logic Lab
  • Electronics
  • Electronics Analysis & Design I
  • Electronics Lab
  • Signal and System I

Professional Associations

  • IEM: Normal Member (2024)
  • IEM: (2009)
  • BEM: Normal Member (2008)

Recent Notable Publications

1.

NORANI BTE ATAN. Influence Of Optimization Of Control Factors On Threshold Voltage Of 18 Nm Hfo2/Tisi2 Nmos. Indonesian Journal Of Electrical Engineering And Computer Science (Apr 2019). Journal. Cited: SCOPUS

2.

NORANI BTE ATAN; Chong Kok Hen. Analysis The Effect Of Control Factors Optimization On The Threshold Voltage Of 18 Nm Pmos Using L27 Taguchi Metho. Indonesian Journal Of Electrical Engineering And Computer Science (Ijeecs) (Jun 2018). Journal. Cited: SCOPUS

3.

NORANI BTE ATAN; Chong Kok Hen. Analysis The Effect Of Control Factors Optimization On The Threshold Voltage Of 18 Nm Pmos Using L27 Taguchi Method. Indonesian Journal Of Electrical Engineering And Computer Science (Jun 2018). Journal. Cited: SCOPUS

4.

NORANI BTE ATAN; Chong Kok Hen. Analysis The Effect Of Control Factors Optimization On The Threshold Voltage Of 18 Nm Pmos Using L27 Taguchi Method. The International Conference On Electrical, Electronic, Communication And Control Engineering (Iceecc2017) (Dec 2017). Conference Proceeding. Cited: None

5.

NORANI BTE ATAN; Ibrahim Bin Ahmad. Influence Of Optimization Of Process Parameters On Threshold Voltage For Development Of Hfo2/Tisi2 18 Nm Pmos. Matec Web Conf. (Oct 2016). Journal. Cited: SCOPUS

6.

NORANI BTE ATAN; Ibrahim Bin Ahmad. Influence Of Process Parameters On Threshold Voltage And Leakage Current In 18Nm Nmos Device.. National Physics Conference 2014, Perfik 2014 (Nov 2014). Conference Proceeding. Cited: SCOPUS

7.

NORANI BTE ATAN; Ibrahim Bin Ahmad. Influence Of Process Parameters On Threshold Voltage And Leakage Current In 18Nm Nmos Device. National Physics Conference 2014 (Nov 2014). Conference Proceeding. Cited: None

8.

NORANI BTE ATAN; Ibrahim Bin Ahmad. Influence Of Process Parameters On Threshold Voltage And Leakage Current In 18Nm Nmos Device. . National Physics Conference 2014, Perfik 2014 (Nov 2014). Conference Proceeding. Cited: SCOPUS

9.

NORANI BTE ATAN; Ibrahim Bin Ahmad. Effects Of High-K Dielectrics With Metal Gate For Electrical Characteristics Of 18Nm Nmos Device . 11Th Ieee International Conference On Semiconductor Electronics, Icse 2014 (Aug 2014). Conference Proceeding. Cited: SCOPUS

10.

NORANI BTE ATAN; Ibrahim Bin Ahmad. Effects Of High-K Dielectrics With Metal Gate For Electrical Characteristics Of 18Nm Nmos Device . 11Th Ieee International Conference On Semiconductor Electronics, Icse 2014 (Aug 2014). Conference Proceeding. Cited: SCOPUS

11.

NORANI BTE ATAN; Bahisham Bte. Yunus. Evaluation Of Reference Signal Estimation Techniques For The Control Of Shunt Active Power Filter . 3Rd International Conference On Energy And Environment: Advancement Towards Global Sustainability (Dec 2009). Conference Proceeding. Cited: SCOPUS

12.

NORANI BTE ATAN. Evaluation Of Reference Signal Estimation Techniques For The Control Of Shunt Active Power Filter . 3Rd International Conference On Energy And Environment: Advancement Towards Global Sustainability (Dec 2009). Conference Proceeding. Cited: SCOPUS

13.

NORANI BTE ATAN. An Improvement Of Active Power Filter Control Methods In Non-Sinusoidal Condition . Ieee 2Nd International Power And Energy Conference, Pecon 2008 (Dec 2008). Conference Proceeding. Cited: SCOPUS

14.

NORANI BTE ATAN; FARRUKH HAFIZ NAGI. An Improvement Of Active Power Filter Control Methods In Non-Sinusoidal Condition . Ieee 2Nd International Power And Energy Conference, Pecon 2008 (Dec 2008). Conference Proceeding. Cited: SCOPUS

15.

NORANI BTE ATAN. Shunt Active Power Filter For Harmonic Compensation Of Nonlinear Loads . National Power Engineering Conference, Pecon 2003 (Dec 2003). Conference Proceeding. Cited: SCOPUS

16.

NORANI BTE ATAN; IZHAM BIN ZAINAL ABIDIN. Shunt Active Power Filter For Harmonic Compensation Of Nonlinear Loads . National Power Engineering Conference, Pecon 2003 (Dec 2003). Conference Proceeding. Cited: SCOPUS