Assoc. Prof. Ir. Dr. Nazrul Anuar Nayan | Innovator, Engineer, Educator
Academic Researcher · Professional Engineer (BEM) · Founder

Connecting Silicon Precision to Human Vitality

Welcome. I am Assoc. Prof. Ir. Dr. Nazrul Anuar Nayan—an academic researcher and practicing electronic engineer based at Universiti Kebangsaan Malaysia (UKM). My professional life centers on bridging the gap between rigorous industrial semiconductor design and non-invasive digital healthcare solutions.

BEM PEPC (Electronic: C115815) Univ. of Tokyo & Gifu Alum Oxford Postdoc (IBME & Kellogg) 50 Gems of the East (ALEPS)
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Ir. Dr. Nazrul Anuar

Associate Professor (DS14), UKM

UMBI Senior Associate Research Fellow

801
Scopus Citations
17
Scopus H-Index
25+
Years Engineering
1,040+
STEM Learners
Guiding Principle

“Continuity is power (継続は力なり). True engineering mastery is forged not through quick sprints, but in steady, deliberate, and quiet iteration.”

— Japanese Maxim
Chapter One

The Journey From Chemor to Tokyo & Oxford

My voyage into electronic engineering started in Chemor, Perak, fueled by an early curiosity to see how minuscule electric currents could instruct massive industrial assemblies. That curiosity became a reality under Malaysia’s Look East Policy, leading me to Japan where I graduated with my Bachelor of Engineering from The University of Tokyo in 1998. Later, backed by the Japanese Government (Monbukagakusho) Scholarship, I completed my Master of Engineering and Doctor of Engineering in Electronics and Information Systems at Gifu University, earning the IEICE Student Research Award and the University Academic Excellence Award. Read my detailed academic qualifications

Before stepping into full-time academia, I spent seven intensive years across the frontline semiconductor manufacturing sector. I began as a Design Engineer at Hitachi Ltd. in Tochigi, Japan, and subsequently worked as a Test Engineer at Unisem (M) Berhad, followed by a Senior R&D Engineer role at STATS ChipPAC. In 2012, I also served as an Academic Researcher at MIMOS Berhad. Those years on cleanroom floors and packaging test cells instilled an uncompromising discipline: an engineering concept is only truly validated when it can survive real-world tolerances, thermal stresses, and high-volume manufacturability. Explore my industrial work experience

In March 2008, I joined Universiti Kebangsaan Malaysia (UKM). Six years into my academic tenure, I was drawn toward healthcare technology, prompting a two-year postdoctoral research appointment (2014–2016) at the Institute of Biomedical Engineering (IBME), University of Oxford, alongside a Research Membership of the Common Room at Kellogg College. There, our team architected digital signal pipelines analyzing photoplethysmogram (PPG) waveforms to detect vital sign abnormalities, deploying digital telemetry systems across clinical health trials in Malawi and South Africa.

Chapter Two

Three Pillars of Electronic Systems

My laboratory at UKM focuses on three core technological domains, linking fundamental physics to applied human benefit.

RESEARCH PILLAR I

Semiconductor Packaging, 2PASCL Adiabatic Logic & 2D Nanomaterials

In the era of battery-constrained IoT devices and dense microchips, conventional static CMOS design faces steep thermal and leakage penalties. To address this, our research advances Two-Phase Adiabatic Static Clocked Logic (2PASCL)—a circuit topology that recycles energy rather than dissipating it as heat into the substrate. We have realized low-power 2PASCL multipliers, 9T SRAM memory cells, and phase detectors tailored for RFID tags.

Under the Ministry of Higher Education’s Fundamental Research Grant Scheme (FRGS), we are actively synthesizing 2D van der Waals heterostructure sensors. By stacking atom-thin materials like graphene and molybdenum disulfide (MoS₂), we create ultra-sensitive piezoresistive interfaces capable of capturing micro-pressure pulsations for continuous, non-invasive blood pressure measurement.

Energy Recycling Logic
2PASCL Digital Architectures

Ultra-low power multipliers and SRAM cells for autonomous sensor nodes.

Nanotechnology
2D van der Waals Heterostructures

Graphene-based pressure sensors for real-time arterial tonometry.

Scholarly Journals & Conference Papers

Over 801 citations across Clarivate, Scopus, and IEEE indexing archives.

Browse Complete Publications
Chapter Three

Translating Science Into Enterprise

I strongly believe that engineering education must not live exclusively in textbook theory. In 2018, I established IDNA Training & Consulting , focused on industrial engineering courses and professional training frameworks. This was followed in 2024 by the incorporation of IDNA Ideas Sdn. Bhd. , an approved UKM technology start-up where I serve as Chief Executive Officer.

Supported by an RM 200,000 SME Corp Malaysia i-SEE Program grant, IDNA develops experiential STEM toolkits—spanning edge-computing microcontrollers, computer vision, and autonomous drone navigation. Having qualified as an HRD Corp Registered Training Provider, we have directly trained over 1,040 school and university students across Malaysia and Indonesia, helping young minds demystify algorithms and robotics through tactile problem-solving.

Alongside enterprise building, I have had the privilege to serve in key university leadership roles, including Director of Alumni Relations (establishing 26 UKM chapters across Indonesia) and Deputy Director of the Institute of Islam Hadhari (2022–2025). In 2024, I served as General Chair of the IEEJ International Conference on Analog VLSI Circuits (AVIC), followed by an invited keynote address at AVIC 2025 in Matsue, Japan.

Chapter Four

Global Odyssey & Endurance Life

Mental clarity in research is continually nurtured through athletic focus, global travel, and cultural immersion.

Curriculum Vitae & Full Research Archive

For full academic metrics, an exhaustive index of journal papers, patent details, university administrative appointments, and student supervision records, view my complete professional resume.

Official Repository at nazrulanuar.com/author/resumef/