pensyarah universiti
institut kejuruteraan mikro & nanoelektronik (imen)
nhidayah.az@ukm.edu.my
Kluster Kepakaran/ Cluster of Expertise :
Kesihatan dan Perubatan Termaju,
Teknologi Digital dan Terkehadapan,
Biografi/ Biography :
Nur Hidayah Azeman received the B.Sc. degree in Resource Chemistry from Universiti Malaysia Sarawak, Malaysia, in 2009. She gained industry experience as a Chemist while pursuing the Master of Environment degree from Universiti Putra Malaysia, which she completed in 2012. She obtained her PhD degree in Smart Sensing Materials from Universiti Putra Malaysia in 2017. From 2017 to 2022, she was a postdoctoral researcher with the Department of Electrical, Electronic, and Systems Engineering, Faculty of Engineering and Built Environment, Universiti Kebangsaan Malaysia (UKM), Bangi, Malaysia. She is currently a Senior Lecturer/Research Fellow at the Institute of Microengineering and Nanoelectronics (IMEN), UKM, where she is involved in the coordination of research activities at the Quantum Electronics Laboratory. Her research focuses on the design and synthesis of functional sensing materials, as well as the investigation of their properties for optical and emerging quantum sensing applications. Her research interests include the development of carbon quantum dots, metal–organic frameworks, polymers, chemical and optical sensors, and advanced sensing technologies. She is an active member of the Institut Kimia Malaysia (IKM), IEEE Young Professionals Malaysia (IEEE YP), and IEEE Photonics Society Malaysia Chapter (MyIPS). In 2023, she was competitively selected to participate in the Second Commonwealth Chemistry Congress in Trinidad and Tobago, with full sponsorship provided by the Royal Society of Chemistry, U.K., and Institut Kimia Malaysia (IKM).
nur hidayah azeman, khairunnisa yusof, naveed zafar ali, fariza hanim abdul aziz, muhammad qayyum othman, nur afifah ahmad nazri, mohd hafiz abu bakar, ahmad rifqi md zain, mohd suzeren md jamil, ahmad ashrif a bakar.. (2026). plasmonic agnp/pva/zif-8 hybrid framework for enhanced sensitivity and selectivity in creatinine detection. - ieee sensors journal. 3625 - 3638.
muhammad qayyum othman, nur hidayah azeman, mohd hafiz abu bakar, nur afifah ahmad nazri, nadhratun naiim mobarak, retna apsari, ahmad ashrif a. bakar. (2026). simultaneous dual detection of total chlorine in oil matrices via quantum dot-based lspr. - journal of materials chemistry c. 3292 - 3305.
mohd hafiz abu bakar, wan mohd ebtisyam mustaqim mohd daniyal, muhammad qayyum othman, athiyah sakinah masran, nur hidayah azeman, muhammad asif ahmad khushaini, retna apsari, mohd adzir mahdi, mohammed thamer alresheedi, fairuz abdullah, ahmad ashrif a. bakar. (2026). thermally tuned long-range surface plasmon resonance sensor for in situ detection of oil mixture in edible oils. - sensors and actuators: a. physical. 1 - 9.
nur hidayah azeman, adhitya gandaryus saputro, nur afifah ahmad nazri, nadhratun naiim mobarak, mohd hafiz abu bakar, wan mohd ebtisyam mustaqim mohd daniyal, ahmad rifqi md zain, brian yuliarto, ahmad ashrif a. bakar.. (2026). modulating evanescent-field transduction via interfacial zif-8/carbon quantum dot hybridisation for spr sensing. - sensors and actuators: a. physical. 1 - 11.
fazliyana 'izzati za'abar, pei fern ooi, nur hidayah azeman, muhammad faizul hadi abu kasim, mohd norzaliman mohd zain, ahmad ashrif a. bakar, mohd hadri hafiz mokhtar. (2026). objective quantification of free fatty acids in edible oils using rgb sensor-based multi-wavelength colourimetric titration. - journal of the science of food and agriculture. 4926 - 4941.
nur hidayah azeman, khairunnisa yusof, naveed zafar ali, fariza hanim abdul aziz, muhammad qayyum othman, nur afifah ahmad nazri, mohd hafiz abu bakar, ahmad rifqi md zain, mohd suzeren md jamil, ahmad ashrif a bakar.. (2026). plasmonic agnp/pva/zif-8 hybrid framework for enhanced sensitivity and selectivity in creatinine detection. - ieee sensors journal. 3625 - 3638.
muhammad qayyum othman, nur hidayah azeman, mohd hafiz abu bakar, nur afifah ahmad nazri, nadhratun naiim mobarak, retna apsari, ahmad ashrif a. bakar. (2026). simultaneous dual detection of total chlorine in oil matrices via quantum dot-based lspr. - journal of materials chemistry c. 3292 - 3305.
mohd hafiz abu bakar, wan mohd ebtisyam mustaqim mohd daniyal, muhammad qayyum othman, athiyah sakinah masran, nur hidayah azeman, muhammad asif ahmad khushaini, retna apsari, mohd adzir mahdi, mohammed thamer alresheedi, fairuz abdullah, ahmad ashrif a. bakar. (2026). thermally tuned long-range surface plasmon resonance sensor for in situ detection of oil mixture in edible oils. - sensors and actuators: a. physical. 1 - 9.
nur hidayah azeman, adhitya gandaryus saputro, nur afifah ahmad nazri, nadhratun naiim mobarak, mohd hafiz abu bakar, wan mohd ebtisyam mustaqim mohd daniyal, ahmad rifqi md zain, brian yuliarto, ahmad ashrif a. bakar.. (2026). modulating evanescent-field transduction via interfacial zif-8/carbon quantum dot hybridisation for spr sensing. - sensors and actuators: a. physical. 1 - 11.
fazliyana 'izzati za'abar, pei fern ooi, nur hidayah azeman, muhammad faizul hadi abu kasim, mohd norzaliman mohd zain, ahmad ashrif a. bakar, mohd hadri hafiz mokhtar. (2026). objective quantification of free fatty acids in edible oils using rgb sensor-based multi-wavelength colourimetric titration. - journal of the science of food and agriculture. 4926 - 4941.
nur hidayah azeman, khairunnisa yusof, naveed zafar ali, fariza hanim abdul aziz, muhammad qayyum othman, nur afifah ahmad nazri, mohd hafiz abu bakar, ahmad rifqi md zain, mohd suzeren md jamil, ahmad ashrif a bakar.. (2026). plasmonic agnp/pva/zif-8 hybrid framework for enhanced sensitivity and selectivity in creatinine detection. - ieee sensors journal. 3625 - 3638.
muhammad qayyum othman, nur hidayah azeman, mohd hafiz abu bakar, nur afifah ahmad nazri, nadhratun naiim mobarak, retna apsari, ahmad ashrif a. bakar. (2026). simultaneous dual detection of total chlorine in oil matrices via quantum dot-based lspr. - journal of materials chemistry c. 3292 - 3305.
mohd hafiz abu bakar, wan mohd ebtisyam mustaqim mohd daniyal, muhammad qayyum othman, athiyah sakinah masran, nur hidayah azeman, muhammad asif ahmad khushaini, retna apsari, mohd adzir mahdi, mohammed thamer alresheedi, fairuz abdullah, ahmad ashrif a. bakar. (2026). thermally tuned long-range surface plasmon resonance sensor for in situ detection of oil mixture in edible oils. - sensors and actuators: a. physical. 1 - 9.
nur hidayah azeman, adhitya gandaryus saputro, nur afifah ahmad nazri, nadhratun naiim mobarak, mohd hafiz abu bakar, wan mohd ebtisyam mustaqim mohd daniyal, ahmad rifqi md zain, brian yuliarto, ahmad ashrif a. bakar.. (2026). modulating evanescent-field transduction via interfacial zif-8/carbon quantum dot hybridisation for spr sensing. - sensors and actuators: a. physical. 1 - 11.
fazliyana 'izzati za'abar, pei fern ooi, nur hidayah azeman, muhammad faizul hadi abu kasim, mohd norzaliman mohd zain, ahmad ashrif a. bakar, mohd hadri hafiz mokhtar. (2026). objective quantification of free fatty acids in edible oils using rgb sensor-based multi-wavelength colourimetric titration. - journal of the science of food and agriculture. 4926 - 4941.
MATERIALS SCIENCE :PURE AND APPLIED SCIENCES
Sensing Materials Synthesis; Carbon Quantum Dots, Metal-Organic Frameworks; Polymers
Pengalaman / Experience : 9 tahun/years(s)
CHEMISTRY :PURE AND APPLIED SCIENCES
Optical Sensors
Pengalaman / Experience : 14 tahun/years(s)
ELECTRIC AND ELECTRONIC :TECHNOLOGY AND ENGINEERING
Plasmonics; Quantum Sensing
Pengalaman / Experience : 3 tahun/years(s)