Penerbitan SCOPUS/ERA

nazihah zainal, norazreen abd aziz, fatin afika abdul mutalib, muhamad ramdzan buyong.  (2020).  chaotic mixing of microdroplets using surface acoustic waves device.  - journal of advanced research in fluid mechanics and thermal sciences.  13-24. 

norazreen abd aziz, mimie asmiera mohd zain, muhamad ramdzan buyong.  (2018).  particle separation using acoustic wave device for microfluidic applications.  - journal of advanced research in fluid mechanics and thermal sciences. 

noorfazila kamal, siti s. mokri, norazreen a. aziz, norhana arsad, iskandar yahya, ashrani a. a. rahni, mohd h. h. mokhtar.  (2017).  external assessors perception towards final year project.  - journal of engineering science and technology.  22-30. 

m.r. buyong, j. yunas, a.a. hamzah, b. yeop majlis, f. larki, n. abd aziz.  (2015).  design, fabrication and characterization of dielectrophoretic microelectrode array for particle capture.  - microelectronics international.  96-102. 

norbahiah misran, sarifah nurhanum syed sahuri, norhana arsad, hafizah hussain, wan mimi diyana wan zaki & norazreen abd aziz.  (2012).  malaysian matriculation student`s factors in choosing university and undergraduate program.  - asian social science.  16(8):222-231. 

hamzah, aa; abd aziz, n; majlis, by; yunas, j; dee, cf; bais, b.  (2012).  optimization of hna etching parameters to produce high aspect ratio solid silicon microneedles.  - journal of micromechanics and microengineering.  22(9):Art no.095017. 

buyong, m.r., aziz, n.a., majlis, b.y..  (2011).  mems very low capacitive pressure sensor based on cmos process.  - sains malaysiana.  40(3):259-266. 

muhamad ramdzan buyong, norazreen abd aziz, burhanuddin yeop majlis.  (2009).  characterization and optimization of seals-off for very low pressure sensors (vlps) fabricated by cmos mems process.  - journal of advanced materials research.  74:231-234. 

norazreen abd aziz, muhamad ramdzan buyong and burhanuddin yeop majlis.  (2009).  process characterization of wet etching for high aspect ratio microneedles development.  - journal of advanced material research.  74: 341-344.